Draft Sectoral Marine Plan Offshore Wind Energy 2019 PDF
Draft Sectoral Marine Plan Offshore Wind Energy 2019 PDF
Draft Sectoral Marine Plan Offshore Wind Energy 2019 PDF
December 2019
Draft Sectoral Marine Plan for Offshore Wind Energy
consultation
This document forms part of the consultation on the draft Sectoral Marine Plan for
Offshore Wind Energy. The draft plan is accompanied by many supporting
assessments under a Sustainability Appraisal. These documents are all available
online at:
https://consult.gov.scot/marine-scotland/draft-sectoral-marine-plan-for-offshore-wind/
Draft Sectoral Marine Plan for Offshore Wind Energy (this document)
http://www.gov.scot/ISBN/9781839603747
Sustainability Appraisal
http://www.gov.scot/ISBN/9781839603785
Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
Contents
EXECUTIVE SUMMARY
1. Introduction ........................................................................ 8
1.1 Purpose and vision ...................................................................................... 10
1.2 The draft Plan.............................................................................................. 11
1.3 The final Plan .............................................................................................. 13
1.4 Crown Estate Scotland seabed leasing (“ScotWind”) .................................. 13
1.5 National and Regional Marine Plans ........................................................... 13
1.6 Scottish Offshore Wind Policy ..................................................................... 15
1.7 Wider context .............................................................................................. 16
2. Plan development process .............................................. 20
3. Impact assessments ........................................................ 24
3.1 Underpinning assumptions .......................................................................... 24
3.2 Strategic Environmental Assessment (“SEA”) ............................................. 28
3.3 Habitats Regulations Appraisal (“HRA”) ...................................................... 28
3.4 Socio-Economic Impact Assessment (“SEIA”) ............................................ 28
3.5 Sustainability Appraisal (“SA”)..................................................................... 29
3.6 Consultation Analysis Report (“CAR”) ......................................................... 29
3.7 Supporting partial impact assessments ....................................................... 29
4. Draft Plan Options ............................................................ 30
4.1 National perspective .................................................................................... 30
4.2 South West region ....................................................................................... 33
4.3 West Region................................................................................................ 35
4.4 North region ................................................................................................ 37
4.5 North East Region ....................................................................................... 41
4.6 East region .................................................................................................. 47
5. Plan adoption, implementation and Action Plan ........... 51
5.1 Key considerations ...................................................................................... 51
5.2 Plan level mitigation measures.................................................................... 53
5.3 Iterative plan review .................................................................................... 58
5.4 Advisory Group ........................................................................................... 59
6. Action Plan........................................................................ 60
6.1 Further seabed leasing for Scottish Waters ................................................ 60
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
LIST OF ABBREVIATIONS
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
LIST OF FIGURES
Figure 1 Current and planned offshore energy generation, DPOs and draft Plan
regions ....................................................................................................................... 8
Figure 2 Draft Plan Options (2019) .......................................................................... 12
Figure 3 Draft Plan Options and Scottish Marine Regions ....................................... 14
Figure 4 UK and Scottish policy and regulatory context ........................................... 17
Figure 5 Sectoral Marine Plan for Offshore Wind Energy Development Process ..... 20
Figure 6 Evolution of Areas of Search to Draft Plan Options.................................... 22
Figure 7 Implications of development scenarios for the first cycle of ScotWind
Leasing..................................................................................................................... 26
Figure 8 Sectoral Marine Plan Regions and DPOs .................................................. 32
Figure 9 South West Region DPO ........................................................................... 33
Figure 10 West Region DPO .................................................................................... 35
Figure 11 North Region DPOs ................................................................................. 37
Figure 12 North East Region DPOs ......................................................................... 41
Figure 13 East Region DPOs ................................................................................... 47
Figure 14 DPOs subject to high levels of ornithological constraint ........................... 54
Figure 15 Application process - DPOs subject to higher levels ornithological
constraint.................................................................................................................. 56
LIST OF TABLES
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
MINISTERIAL FOREWORD
Earlier this year, Scotland became one of the first countries in the world to
acknowledge the fact that we are facing a global climate emergency and the Climate
Change (Emissions Reduction Targets) (Scotland) Act 2019 contains some of the
most ambitious statutory emissions reduction targets anywhere in the world.
The Committee on Climate Change advice to the UK, Scottish and Welsh
governments (published 2 May 2019)1 highlights the role that offshore wind can play
in helping Scotland and the UK achieve ‘net zero’ by 2050 or earlier.
Scotland has significant potential for further offshore wind development, with a large
proportion of Europe’s estimated offshore wind resources. In particular, our deeper
waters offer tremendous potential for future offshore wind development and
innovation. Exploiting offshore wind technology in an environmentally sustainable
way will enable Scotland to lead the world in the transition to the low carbon
economy over the next four decades and offers huge industrial and economic
potential for Scotland.
The draft Sectoral Marine Plan for Offshore Wind Energy (“the draft Plan”) is our
vision for future offshore wind energy development up to 2030 and beyond. The draft
Plan seeks to maximise the benefits for Scotland, our communities and our people,
striking a balance between economic, social and environmental needs. Our marine
environment is perhaps our greatest natural asset and we believe that the draft Plan
1Committee on Climate Change, Net Zero – The UK’s contribution to stopping global
warming (May 2019). Available at: https://www.theccc.org.uk/publication/net-zero-the-uks-
contribution-to-stopping-global-warming/
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
This draft Plan builds on previous sectoral marine planning exercises undertaken in
2011 and 2013 and the Scottish Government has worked with a wide range of
stakeholders during the development of this draft Plan in order to identify the most
sustainable options for further commercial-scale offshore wind development in
Scottish waters. This consultation seeks your views on these draft Plan Options
before we look to finalise and adopt the final version of the Plan in 2020 and we look
forward to hearing your views on our draft Plan over the coming months.
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
1. Introduction
To date, Scotland has seen a significant amount of offshore wind energy activity,
with eight offshore wind farms (including two floating wind farms) having received
consent and a further six currently operational, equating to a total generating
capacity of just over 5 GW. Our first Sectoral Marine Plan for Offshore Wind Energy
(Blue Seas Green Energy) (“the 2011 Plan”) was adopted in 2011,2 with draft wind,
wave and tidal plans subsequently produced in 2013.3
Figure 1 Current and planned offshore energy generation, DPOs and draft Plan
regions
2 Scottish Government, Blue Seas Green Energy (March 2011) Available at:
https://www2.gov.scot/Topics/marine/marineenergy/wind
3 Further information available here:
https://www2.gov.scot/Topics/marine/marineenergy/Planning
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
Three of the six short-term option sites identified in the 2011 Plan have progressed
to consenting (Beatrice, Inch Cape and Neart na Gaoithe), with Beatrice Offshore
Wind Farm becoming operational in 2019 with an installed capacity of 588 MW. As
part of the 3rd UK Offshore Wind Farm Leasing Round, two Round 3 sites are being
progressed in Scottish Waters - the Firth of Forth Offshore Wind Zone and the Moray
Firth Offshore Wind Zone.
Offshore wind energy has the potential to play a pivotal role in Scotland’s energy
system over the coming decades. As the amount of planned and constructed
offshore wind development increases, however, opportunities to install offshore
windfarms closer to shore and/or in shallower waters will decrease, resulting in the
need to explore opportunities to develop sites located further offshore and/or in
deeper waters. These types of development pose new technical and financial
constraints which will need to be overcome, however, Scotland has natural
advantages in terms of a combination of high wind speeds and availability of deep
water sites, which help to address these challenges. The development of deep water
wind also provides an opportunity to further develop offshore wind supply chains and
to lever existing infrastructure and supply chain capabilities from the offshore oil and
gas industry and creating the requisite conditions to position Scotland as a world
leader in deep water wind technologies.
4 Department for Business, Energy and Industrial Strategy, Offshore wind Sector Deal
(2019). Available at: https://www.gov.uk/government/publications/offshore-wind-sector-deal
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
The Plan aims to identify the most sustainable plan options for the future
development of commercial-scale offshore wind energy in Scotland, including deep
water wind technologies and covers both Scottish inshore and offshore waters
(extending out to the Exclusive Economic Zone limit).
This Plan seeks to contribute to the achievement of Scottish and UK energy and
climate change policy objectives and targets, through the provision of a spatial
strategy to inform the seabed leasing process for commercial offshore wind
energy in Scottish waters, which;
This Plan has been developed to ensure consistency with the objectives and
principles set out within Scotland’s National Marine Plan (2015) and the UK
Marine Policy Statement (2011).
For the purposes of the draft Plan and Sustainability Appraisal, commercial-scale
offshore wind projects are defined as projects capable of generating more than 100
MW of electricity. This definition of ‘commercial-scale’ originated from historic leasing
rounds for projects in Scottish Waters, in which the term ‘commercial-scale’ was
considered to apply to projects with a generating capacity of over 100 MW of
electricity.
Whilst the Plan only seeks to identify DPOs suitable for the development of
commercial-scale offshore wind, the Scottish Government remains committed to
considering opportunities for local, small-scale and innovative offshore wind
development within Scottish waters. It is recommended that early and proactive
engagement takes place with Crown Estate Scotland, Marine Scotland and other
stakeholders (as appropriate) to discuss any such proposals.
Given the increase in turbine size and output in recent years, Scottish Ministers wish
to consider whether the 100 MW threshold should be raised, in order to facilitate the
development of new and innovative test and demonstration projects capable of
generating more than 100 MW of electricity. We are seeking views on the 100 MW
threshold as part of the consultation on the draft Plan (please see further the
consultation questions included at section 8). Such test and demonstration projects
often have different planning considerations and we would therefore encourage early
engagement regarding these types of projects with Marine Scotland, CES and other
stakeholders.
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
This draft Plan identifies 17 Draft Plan Options (“DPOs”), split across five regions
(see Figure 2), which are capable of generating several GW of renewable energy.
The potential impacts of the DPOs are assessed in the Sustainability Appraisal,
Strategic Environmental Assessment, Habitats Regulations Appraisal and Socio
Economic Impact Assessment, which have been published for consultation along
with this draft Plan. Further information about these impact assessments is outlined
at section 3 below.
There are, of course, uncertainties regarding the timing, type and scale of future
development within the DPOs identified and these factors are beyond the control of
the Plan. There may be project-level technical, environmental and economic
constraints which could limit the scale and timing of development within each DPO.
Further, development may be taken forward in some regions and DPOs in
preference to others. The draft Plan, therefore, has been prepared and assessed
using low, medium and high regional and national deployment scenarios (for further
details, see section 3.1), to reflect this uncertainty. During the planning process, the
higher deployment scenario was increased from 8 GW to 10 GW, reflecting the
outputs of the Opportunity and Constraint analysis, anticipated future demand and
market appetite for further development. The SEA also recognises that, at present,
limiting the scale of development under the Plan to 10 GW is required to reduce or
offset the potential environmental effects of development. This figure is still higher
than the Scottish Offshore Wind Energy Council’s (“SOWEC”) goal to deliver at least
8 GW of offshore wind in Scottish waters by 2030.5
5 SOWEC has been formed to maximise the benefits to Scotland of deployment of offshore
wind in Scottish waters and consists of sub-groups including; developers, skills, clusters,
innovation and barriers to deployment/route to market. Further information about SOWEC is
available here: https://www.offshorewindscotland.org.uk/sowec/
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
Following consultation on the draft Plan, the final Plan will be prepared and
presented for approval by the Scottish Ministers. In the event that substantial
changes are required as a result of this consultation process, further assessment
and consultation may be required. A Post Adoption Statement, outlining any changes
made to the draft Plan, will be published with the final Plan.
It should be noted that the final Plan will not provide decisions on the proposed
development and management of Plan Options. The Plan articulates the Scottish
Government’s strategic vision and objectives for future commercial-scale offshore
wind development and articulates the spatial framework to inform the CES leasing
process. The Plan will guide the relevant consenting bodies when making decisions
on individual licence and consent applications, but should not be considered as pre-
determining those decision-making processes.
In addition, the final adopted Plan will be subject to iterative plan review, as set out
below at section 5.3, which will ensure that the Plan remains reflective of current
scientific understanding and knowledge, as well as the wider regulatory and policy
context. It is currently anticipated that the final Plan will be reviewed and updated to
reflect and inform the spatial requirements for any further leasing round(s) from CES.
In November 2017, Crown Estate Scotland (“CES”) announced its intention to run a
further leasing round for commercial-scale offshore wind energy projects in Scottish
waters. The final Plan will provide the spatial framework for this leasing round, by
identifying which Plan Options are available for leasing.
The Plan has also been developed in accordance with the strategic aims of the
National Marine Plan (2015), which addresses the potential for interactions between
renewable energy development and other marine users (including, but limited to,
recreational users, commercial fishers, other construction works, shipping traffic,
ports and harbours).
Regional marine plans are currently in the process of being prepared within those
Scottish Marine Regions where there is an established Regional Marine Planning
Partnership. The planning competence of these Regional Marine Planning
Partnerships extends out to 12 nautical miles. Regional marine plans are required to
be developed in accordance with the National Marine Plan (unless relevant
considerations indicate otherwise) and will be required to take into account the Plan
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
Options identified via the sectoral marine planning process, as well as co-ordination
with the CES leasing regime and any relevant grid requirements and initiatives.
Figure 3 shows the DPOs in relation to the Scottish Marine Regions.
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
As set out in the Government’s Programme for Scotland 2019-20, we will continue to
work hard to make Scotland an attractive place to invest in offshore wind energy
developments, and will take further steps this year to provide clarity and certainty
across the sector.
The draft Scottish Offshore Wind Energy Policy Statement6 sets out our ambition to
capitalise on the potential that offshore wind development can bring to Scotland and
the role this technology could play in meeting our commitment to reach net zero by
2045. The Policy Statement builds on the ambitions outlined in Scotland’s Energy
Strategy7, published in December 2017, which set out the 2050 vision for energy in
Scotland, including generation and energy usage targets and strategic priorities for
action. The Plan will form a key component of the implementation of the Offshore
Wind Policy Statement, by identifying suitable areas for further offshore wind
deployment and identifying a pipeline of potential projects for the industry and supply
chain. The draft Scottish Offshore Wind Energy Policy Statement is currently subject
to consultation and is anticipated to be finalised in 2020.
Following the Offshore Wind Supply Chain Summit, held on 2 May 2019 and chaired
by the Finance Secretary and the Energy Minister, the Scottish Government set out
its intention to explore the levers and regulatory instruments at the disposal of
Ministers to increase local content in projects. Whilst Scottish Ministers remain open
to industry efforts to increase local content in projects, they have been clear that they
will do everything within their devolved competence to secure an equitable economic
return for the Scottish supply chain.
SOWEC has set out the scale of ambition necessary if Scotland is to meet its share
of the UK Sector Deal’s targets with scale and pace. SOWEC believes that the
sector in Scotland should seek to deliver at least 8 GW of offshore wind in Scottish
waters by 2030 and increase the number of offshore wind jobs in Scotland to more
than 6,000, a 75% increase on 2019 figures. The draft Plan is reflective of the scale
and ambition of SOWEC’s vision and recommendations and any further
6 https://consult.gov.scot/energy-and-climate-change-directorate/draft-offshore-wind-policy-
statement/
7 Scottish Government, The future of energy in Scotland: Scottish energy strategy (2017).
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
The Plan development process has taken into account wider policies and priorities
relating to climate change, lowering carbon emissions and promoting green energy
to ensure that the Plan supports the delivery of our national and international
obligations. The process has also taken into consideration the potential economic,
social and environmental impacts of offshore wind energy and has been undertaken
in accordance with relevant Scottish, UK and EU legislation. A brief overview of the
wider legislative and policy context is provided in Figure 4.
The CCC Report recommended a net-zero date of 2045 for Scotland, reflecting
Scotland’s greater relative capacity to remove emissions than the UK as a whole. In
line with this advice, amendments were lodged to the Climate Change Bill, which
raised the ambition of the 2030 and 2040 targets for emissions reductions to 70%
and 90% respectively. The newly passed Climate Change (Emissions Reduction
Targets) (Scotland) Act 2019 implements some of the most stringent statutory
targets in the world, with the aim of ending our contribution to climate change,
definitively, within a generation. Future iterations of the Plan may need to plan
accordingly to support these aspirations.
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
• Places Climate Change duties on Scottish public bodies and includes provisions on climate • Sets out the Scottish Government’s 2050 vision for the future energy system, taking a whole system approach and
change including adaption, forestry, energy efficiency and waste reduction. sets out two new 2030 targets for the Scottish energy system, including that 50% of the energy for Scotland’s heat,
transport and electricity consumption is supplied from renewable sources.
Climate Change (Emissions Reduction Targets) (Scotland) Act 2019
• Amended the 2009 Act and introduced new greenhouse gas emission reductions targets and
Climate Change Plan (updated 2018)
target-setting criteriae.
• Prepared in accordance with 2009 Act, provides the framework for Scotland’s transition to a low carbon economy
• Sets 2045 as the “net-zero emissions target year” (100% reduction of greenhouse gas emis-
(sits alongside 2017 Strategy).
sions from the baseline) in line with advice received from the Committee on Climate Change (2
May 2019).
• Shared UK-wide statement, sets out high-level marine objectives including the promotion of sustainable economic development,
Electricity Act 1989 enabling the movement to a low-carbon economy, ensuring a sustainable marine environment which promotes healthy, functioning
marine ecosystems and protects marine habitats, species and our heritage assets, contributing to the societal benefits of the ma-
• Consents granted under section 36 to construct and operate electricity generating stations.
rine area, including the sustainable use of marine resources to address local social and economic issues.
Applications are made to and granted by the Scottish Ministers
Marine and Coastal Access Act 2009 Scotland’s National Marine Plan (2015)
• UK-level marine management framework, including planning and licensing. • Developed in accordance with 2010 Act, sets out the strategic policies for the sustainable development of Scot-
• Licensing regime covers UK offshore region (12-200nm) - therefore, Scottish projects may re-
quire licenses under both the UK and Scottish Acts
Sectoral Marine Plans
Marine (Scotland) Act 2010
• Specific plans for the development of offshore wind and marine renewables in Scotland’s seas. Consistent
• Scottish marine management framework—includes duty to protect and enhance the marine with the National Marine Plan (2015).
environment and to mitigate and adapt to climate change.
• Blue Seas Green Energy (2011), draft plans published 2013, new Plan for Offshore Wind in development.
• Covers: Marine planning (Scottish Territorial Waters and Scottish Offshore Waters, subordi-
nate legislation includes Scottish Marine Regions Order 2015), marine licensing (out to 12nm),
Regional Marine Plans
• Local plans for the 11 Scottish Marine Regions, to be developed by Marine Planning Partnerships (out to
Assessing the impacts
12nm)
Implements Environmental Impact Assessment directive (dependent on nature, scale and location of • Regional marine plans must be consistent with the National Marine Plan (2015)
project—see schedules for definitions and thresholds);
• The Marine Works (Environmental Impact Assessment) (Scotland) Regulations 2017 (as
amended) - applies out to 12nm Marine Scotland: Offshore wind, wave and tidal energy applications: consenting and
licensing manual (2018) & Decommissioning Guidance (in preparation) (2019)
• The Electricity Works (Environmental Impact Assessment) (Scotland) Regulations 2017
(as amended) - applications under section 36 of the 1989 Act • Sets out guidance for applying for marine licences and consents (within Scottish Territo-
rial Waters and Scottish Offshore Waters) and decommissioning programme require-
• The Marine Works (Environmental Impact Assessment) Regulations 2007 (as amended)
- licensable activities within the offshore region
Strategic environmental assessment of plans and programmes: Scottish Planning Policy & Planning Circular 1/2015
• Environmental Assessment (Scotland) Act 2005 • Territorial planning authorities are responsible to MLWS and marine fish farming (finfish
and shellfish) where planning consent required out to 12nm. In the intertidal zone, be-
Implements EU Habitats and Birds Directives (Habitats Regulations Appraisal):
tween MLWS and MHWS, the planning authority overlaps with Marine Scotland’s re-
• Conservation (Natural Habitats, &c.) Regulations 1994 (as amended) sponsibilities. Circular 1/2015 sets out the relationship between terrestrial and marine
planning, e.g. harbours and port developments and aquaculture
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
Our energy demand and mix is changing rapidly and will continue to do so for the
coming decades, as a result of factors such as; the need to reduce greenhouse gas
emissions, the increased demand for low-carbon electricity for transport, ensuring
security of energy supplies and tackling energy poverty.
The Future Energy Scenarios (“FES”) 2019 report10 identifies that the commitment to
net zero requires greater action in relation to electrification, energy efficiency and
carbon capture than predicted in previous scenarios. Further significant offshore
wind farm development will require further investment in and improvements to our
electricity transmission and distribution systems, particularly for more remote areas,
as well as measures to reduce barriers such as connection costs for generators.
For Scotland, National Grid scenarios suggest a total Scottish generating capacity of
between 15 and 25 GW by 2035 (10-20 GW low carbon generation). With demand in
Scotland not expected to exceed 4.7 GW by 2035, there is potential to export power
south, out of Scotland into England, for significant periods of time.11 A number of
projects are currently being undertaken to improve connectivity within Scotland and
between Scotland and the rest of the UK, which will facilitate the export of electricity.
Marine Scotland are working closely with the Offshore Renewable Energy Catapult
(“ORE Catapult”) and transmission operators to explore opportunities regarding the
grid network, including novel approaches and technology, to ensure that the
necessary infrastructure is in place to facilitate further development.
The likely scale and location of future offshore wind development presents
challenges around grid connection and costs for developers. Innovative approaches
such as hybrid projects (where transmission infrastructure and assets are shared
between projects), electricity conversion and battery storage could help to address
these challenges. These approaches may offer potential cost and space savings, as
well as potential reductions in environmental impacts, however, there are legal and
regulatory barriers that would need to be addressed prior to deployment.12
In addition, there exists the opportunity for further offshore development in Scottish
waters to support the integration of the European offshore grid network. Whilst there
are technical, regulatory and financial challenges to the integration of the offshore
grid network, such a network could offer important socio-economic and
environmental benefits to Scotland and other North Seas countries, whilst supporting
the energy transition and decarbonisation of the energy sector. The European North
10 National Grid Electricity System Operator, Future Energy Scenarios (July 2019). Available
at: http://fes.nationalgrid.com/media/1409/fes-2019.pdf
11 National Grid, Electricity Ten Year Statement (2018). Available at:
https://www.nationalgrideso.com/insights/electricity-ten-year-statement-etys
12 See further, Roland Berger GmbH, Hybrid Projects: How to reduce costs and space of
offshore developments (North Seas Offshore Energy Clusters Study) (December 2018).
Available at: https://publications.europa.eu/en/publication-detail/-/publication/59165f6d-802e-
11e9-9f05-01aa75ed71a1/language-
en?WT.mc_id=Searchresult&WT.ria_c=37085&WT.ria_f=3608&WT.ria_ev=search
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
Seas countries have been working together to facilitate the strategic, co-ordinated
and cost-effective development of hybrid projects, with one project nearing
commissioning.
The development of improved grid connectivity may also provide an opportunity for
our islands to develop clean energy projects and interconnectors for Orkney and
Shetland are currently at an early development stage. Recent research published by
CES has explored how the integration of offshore renewables (including floating
offshore wind, tidal and wave projects) into local energy systems can support the
commercial viability of offshore projects, whilst benefitting local coastal
communities.13
13See further, Crown Estate Scotland, Offshore Generation, Energy Storage & Systems
Feasibility Study (2019). Available at: https://www.crownestatescotland.com/maps-and-
publications
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
The sectoral marine planning process (as shown in Figure 5) is an iterative process,
informed through stakeholder engagement and evidence from the related social,
economic and environmental assessments. All of the information and consultation
feedback gathered since the initial Areas of Search were identified in early 2018 has
been used to support the Scottish Ministers in identifying DPOs to progress to the
next phase of the plan process.
Figure 5 Sectoral Marine Plan for Offshore Wind Energy Development Process
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
The key stages of the planning process in relation to the identification of the Draft
Plan Options are:
Full details of the O&C analysis can be found in the AoS scoping report published for
consultation in 2018.17 The O&C analysis sought to identify areas of opportunity for
the future development of offshore wind, whilst also identifying areas that minimised
potential negative impacts to the environment, other sectors and users of the sea.
This analysis was completed through the use of GIS and numerous spatial data
resources.
This refinement process identified a range of distinct AoS (see Figure 6). As the draft
Plan is technology neutral, no commercial or technology specific information was
used in this refinement process.
14 https://www.gov.scot/publications/scoping-areas-search-study-offshore-wind-energy-
scottish-waters-2018/
15 Davies, I. M. and Watret, R. (2011) Scoping Study for Offshore Wind Farm Development
in Scottish Waters. Scottish Marine and Freshwater Science Vol 2 No 13. Available at:
www.gov.scot/Publications/2011/11/28104658/0
16 https://www2.gov.scot/Topics/marine/marineenergy/Planning/DRLG
17 https://www.gov.scot/publications/scoping-areas-search-study-offshore-wind-energy-
scottish-waters-2018/
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
The AoS were refined with consideration to the outputs of the Iteration 3 O&C
Analysis. As a result, certain AoS were either removed or refined to
avoid/incorporate certain areas of Scottish Waters.
This stage also considered the areas of seabed proposed by stakeholders via the
scoping consultation. A number of the areas proposed overlapped with existing AoS,
while others overlapped with areas with higher levels of constraint or entirely new
areas.
Upon review of the above information, a number of areas were identified to move
forward in the plan process. Accordingly, some additional areas were included at
this stage, where there was significant stakeholder interest, but also increased
constraint. The Sustainability Appraisal stage assessed these new areas in greater
detail.
Responses from both the Board and Steering Groups, together with the outputs of
the initial assessments, werepresented to Scottish Ministers to inform their decision
on which AoS should progress to the Sustainability Appraisal for more detailed
assessment. 17 revised AoS were selected as DPOs.
6. Next Steps
Following the statutory consultation, the responses received will be subject to
consultation analysis. This analysis will be considered by Scottish Ministers and
inform their decision on which Options to take forward in the final Plan.
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
3. Impact assessments
In addition, draft Regional Locational Guidance (“RLG”) has been prepared for the
DPOs, to support further spatial planning and inform project-level site selection and
assessment. The draft RLG is also available for review and comment as part of this
consultation process.20
The likely significant effects during all phases of offshore wind development,
including pre-construction (e.g. unexploded ordnance clearance and survey works),
construction, operation and maintenance and decommissioning, have been
considered. In order to complete the assessment of potential impacts, a number of
underpinning assumptions have been made (these are set out in full in the various
assessment reports) but are summarised briefly at section 3.1.
the Conservation (Natural Habitats, &c.) Regulations 1994 (as amended) and the Offshore
Marine Conservation (Natural Habitats, &c.) Regulations 2017.
23 See further, Scottish Government, Sectoral Marine Plan Offshore Wind Scoping
Consultation https://www2.gov.scot/Topics/marine/marineenergy/Planning/smp-scoping-
consultation
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
details on the range of technologies and methods assessed were set out in the
Scoping Context Report.24
The impacts of individual DPOs have been assessed using a realistic maximum
deployment scenario for each DPO, which equates to a proportion of the overall area
of the DPO. This proportion varies according to the size and conditions of the DPO
and has been derived from known constraints on development, early indications as
to likely developer interest and established infrastructure to support development
during the plan timescale.
Development within DPOs should not exceed the parameters assessed in the
Sustainability Appraisal, e.g. meaning that operational development(s) within a DPO
should not exceed the maximum realistic development scenario for that DPO (as
outlined in Table 1 below and Appendix C of the SEA). The regional scenarios
presented have been used in the assessment to provide an indication of potential
impacts, however, these regional scenarios will not be used to constrain potential
levels of operational development within DPOs.
In addition, the impacts have been assessed at regional and national levels using a
range of overall deployment scenarios (3, 5 and 10 GW at a national level). This
range of development scenarios has been used within the SEA, HRA and SEIA to
assess a wide range of impacts and reflect the inherent uncertainty in carrying out
strategic assessments and the possible scales of development within each DPO,
regionally and nationally. These figures are outlined in Table 1.
A recent review of the density of offshore wind turbine layouts of recent European
offshore wind projects, indicated average deployment densities of between 4-6.5
MW/ km2,25 and, therefore, an average deployment density of 5 MW/ km2 has been
assumed in the assessment. When this average deployment density is applied, it is
estimated that approximately 2,000 km2 of seabed would need to be operationally
developed to deliver up to 10 GW of generating capacity.
24 See further, Section 6, Scottish Government, Sectoral marine plan for offshore wind
energy: context report (June 2018). Available at: https://www.gov.scot/publications/sectoral-
marine-plan-offshore-wind-energy-encompassing-deep-water-plan
25 Deutsche Windguard, Capacity Densities of European Offshore Wind Farms (2018).
25
Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
It is recognised, however, that due to the nature of the leasing and development
processes and likely attrition rates,26 Crown Estate Scotland will need to offer
Option Agreements for an area of greater than 2,000 km2 to be likely to enable the
operational development of up to 10 GW of generating capacity.
Making an area of up to 8,600 km2 of seabed available for Option Agreements via
the first cycle of ScotWind Leasing could, therefore, support the development of
projects capable of delivering up to 10 GW of total generating capacity.27
It should be noted, however, that the total generating capacity installed in leased
areas of seabed arising from option agreements awarded in the first cycle of
ScotWind Leasing should not exceed 10 GW and the parameters of any proposed
developments within a DPO should not exceed the maximum realistic
development scenario assessed for that DPO in the Sustainability Appraisal.
26 Scottish Renewables, An industry view of the Draft Sectoral Marine Plan for Offshore
Wind (December 2018), recommended a 30% MW attrition rate - a higher figure for Scotland
given the more challenging conditions here relative to the rest of the UK, particularly
regarding water depth, ground conditions and grid charges. This attrition rate reflects
reduction in eventual capacity both at a project level (where an entire project ceases to be
progressed), and within project (as MW tend to be lost from initial design to construction).
27 To result in a final area of seabed under lease capable of enabling up to 10 GW of
generating capacity, the initial area covered by Option Agreement arising from ScotWind
Leasing needs to allow for the attrition of capacity (as per 26 above). The initial area needs
to offer the flexibility designed into ScotWind Leasing, which allows for Option Agreements
areas to be three times the area of the eventual project, to reduce the risk to developers that
a viable project may not be identified within an Option Agreement area. Applying these
factors alongside the assessment density (5 MW/km2), indicates that an initial area of
seabed under option agreement of 8,571.4 km2 would be necessary to best enable
operational development of up to 10 GW of generating capacity.
26
Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
Table 1 Summary of maximum realistic development scenarios (DPO, regional and national levels)
Realistic
maximum Realistic Regional Regional Regional
development development as Low Medium High
Total DPO scenario for percentage of Scenario Scenario Scenario
Region DPO Area (km²) DPO (GW) total DPO Area (GW) (GW) (GW)
E1 3816 3 16%
E2 1287 2 31%
East
E3 474 1 42%
Sub-total 5577 6 1 2 3
NE1 776 2 52%
NE2 464 1 43%
NE3 339 1 59%
NE4 440 1 45%
North East NE5 496 1 40%
NE6 699 2 57%
NE7 1027 3 58%
NE8 401 1 50%
Sub-total 4641 12 1.5 3 4.5
N1 1163 2 34%
N2 560 2 71%
North N3 1106 2 36%
N4 200 1 100%
Sub-total 3030 7 1 2 3
W1 1107 2 36%
West
Sub-total 1107 2 0.5 1 2
SW1 292 1 68%
South West
Sub-total 292 1 0.3 0.6 1
Total: 14646 28 4.3 8.6 13.5
Scaled back to national scenarios (GW): 3 5 10
27
Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
As a result, the SEA findings have led to broad recommendations for the draft Plan
as a whole. The findings can also, where appropriate, be used as a starting point for
further, detailed, data collection and environmental assessment – either to support
strategic level review or for project-level assessment. A summary of the key findings
for each DPO are set out in section 4.
It was identified at the pre-screening stage that HRA would be required, as the
possibility of likely significant effects on European site(s) from the Plan could not be
excluded (either as a result of development within a DPO in isolation or in-
combination with other plans or projects). Details of the HRA screening process are
included in the Sectoral Marine Plan for Offshore Wind Energy: Strategic Habitat
Regulations Appraisal Pre-Screening Report.28
The SEIA has considered the potential negative and positive social and economic
impacts of the Plan on a range of sectors. Due to uncertainties regarding the
potential scale of development within any DPO, regionally or nationally, assessment
has been undertaken for a range of deployment scenarios (ranging from low-
medium-high), which have been compared to the do nothing approach. The SEIA
has also been undertaken on a worst case scenario basis, given the uncertainty
around development and technology types at a plan level. More detailed project-level
assessment will be required accordingly.
28
Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
The SEIA identified that DPOs are most likely to have negative impacts on the
commercial fisheries, commercial shipping, tourism and recreation sectors. The
SEIA also identified that development may also have impacts for other sectors (such
as the defence and aviation sectors). The SEIA therefore identified a range of
possible project-level mitigation measures, such as; adherence to Maritime and
Coastguard Agency guidance regarding shipping lanes, spatial planning within DPOs
to avoid areas of higher fishing activity, maintaining access to recreational fishing
grounds within arrays or reduction in turbine sizes to minimise landscape, seascape
and visual impacts. Positive impacts in relation to Gross Value Added and
employment, including social impacts, were also assessed in the SEIA. A summary
of the key findings for each DPO are set out in section 4.
Draft partial Islands Communities Impact and Equalities Impact Assessments have
been prepared, to consider how the draft Plan may impact on island communities
and equalities considerations These partial assessments are available to view as
separate documents and views are sought on whether these partial assessments
have identified all potential impacts.
29
Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
The draft Plan identifies 17 DPOs across the five regions within Scottish Waters (see
Figure 8). As the DPOs are spatially distinct within the five regions, there is limited
potential for cumulative negative effects at a national scale. Conversely, there exists
the potential for cumulative positive effects, through a significant contribution to the
decarbonisation of the energy sector in Scotland and the establishment of a secure
energy supply.
Regional cumulative effects include the potential for negative effects on bird
populations, benthic habitats, cetaceans, navigational safety, seascape/landscape
and commercial fisheries. It is recognised that both regionally and nationally, the
level of impacts will vary according to which DPOs become the focus of
development. The development of multiple DPOs within a region could form a
potential barrier for mobile species (such as seabirds, diadromous fish and
cetaceans) or result in the diversion of shipping and fishing traffic routes, or
concentration of vessel traffic in smaller areas. The North East region, for example,
has the largest number of DPOs and, therefore, the scale of potential impacts from
this region may be higher and opportunities to mitigate potential impacts may be
comparatively more limited.
In line with the conclusions of the SA, HRA, SEA and SEIA, the draft Plan includes
measures to mitigate potential impacts at various scales, including the requirement
for further spatial planning within individual DPOs and limiting the scale of
development under the draft Plan to 10 GW nationally.
The following sections summarise the most significant potential opportunities and
constraints that developers will need to overcome in each DPO and region. This is
not intended to be an exhaustive list of all potential impacts which could occur and
project-level impacts will need to be identified via further project-level assessment,
which will benefit from the further level of detail required.
The SA, SEA and HRA provide a list of suggested project-level mitigation measures,
however, these will vary according to the scale, nature and location of the proposed
development. The following types of potential impacts have been identified and
assessed in the SEA, HRA and SEIA and will require further consideration (in
addition to any specific potential impacts appropriate to the proposed development)
at a project-level;
30
Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
Due to the level of uncertainty surrounding potential cable routes to shore, landfall
locations and grid connection, a detailed assessment of specific cable routes to
shore has not been included in the SA. The SEA, HRA, SEIA and draft RLG assume
that any area inshore of a DPO could be utilised as a cable route and identifies areas
of higher sensitivity for cable routes and landfall points. Developers are expected to
take into consideration sensitive areas at a project-planning level and undertake
early engagement with key stakeholders regarding survey requirements, cable
routing and burial/protection methods.
31
Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
32
Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
The South West region encompasses one DPO (SW1), located in the outer Solway
Firth (as shown in Figure 9). The key risk factors to development within the South
West region are:
At a regional scale, there are limited potential cumulative impacts associated with the
DPOs, as there is only one DPO identified in the South West region. The SEA
recognises the potential for cumulative effects on bird species with currently installed
wind turbines at the Robin Rigg windfarm (174 MW, located further into the Solway
Firth). Specifically, concerns around whooper swan migration pathways have
previously been raised within the Solway. Cumulative impacts may also occur as a
result of development outwith Scottish waters, which will need to be addressed with
any project-level assessment.
33
Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
4.2.1 SW1
SW1 covers a total area of 292 km2 and offers a potential maximum realistic
development scenario of up to 1 GW of generating capacity (equating to 68% of the
total area of the DPO). The majority of the DPO is in shallow water (< 60 m), with the
exception of some small areas to the west.
Previous proposals for development within this region have been subject to
opposition as a result of potential negative seascape, landscape and visual impacts,
as well as negative socio-economic impacts relating to commercial fishing, tourism
and recreation. Further, concerns regarding the potential level of socio-economic
benefit which would accrue to the local community were also raised. It is therefore
anticipated that additional and extensive engagement with local stakeholders, to
explore the issues and identify possible solutions, would be required at the pre-
application stage.
The SEIA recognises that there are potential significant cost impacts arising from
potential offshore wind development on commercial shipping, however, there is
potential for project-level mitigation to reduce or avoid these impacts.29 Further
consultation will be required with the Ministry of Defence (“MOD”) regarding potential
impacts on radar and due to the proximity to the Luce Bay Danger Area.
In order to progress development in the South West region, the following (non-
exhaustive) key steps are likely to form part of the development process:
29For example, the application of Maritime and Coastguard Agency, MGN543 Offshore Renewable
Energy Installations Safety Response (February 2016). Available at:
https://www.gov.uk/government/publications/mgn-543-mf-safety-of-navigation-offshore-
renewable-energy-installations-oreis-uk-navigational-practice-safety-and-emergency-
response
30See further, Joint Nature Conservation Committee, Harbour porpoise (Phocoena phocoena)
Special Area of Conservation: North Channel, Conservation Objectives and Advice on Operations
(March 2019). Available at: http://archive.jncc.gov.uk/pdf/NorthChannel_ConsAdvice.pdf
34
Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
The West region encompasses one draft plan option area (W1), located off the coast
of Islay (as shown in Figure 10). The key risk factors to development within the West
region are:
Within the West region, there is the potential for tidal energy development in this
region and three leases were previously awarded for tidal stream installation
(including Isle of Islay, Sound of Islay and Connel), however, none of these sites are
currently operational (although consents have been awarded for the Isle of Islay and
Sound of Islay sites). These projects may need to be considered within any in-
combination assessment. . The SEA recognises the potential for cumulative effects
on migrating birds with currently installed wind turbines at the Robin Rigg windfarm
and other west coast DPOs in the South West and North regions.
35
Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
4.3.1 W1
W1 covers a total area of 1107 km2 and offers a potential maximum realistic
deployment scenario of up to 2 GW of generating capacity (equating to 36% of the
total area of the DPO). The majority of the DPO is in shallow water (< 60 m) with the
exception of some small areas to the north-west.
The SEIA identifies generally lower socio-economic costs arising from potential
offshore wind development within the DPO, with the most significant cost to the
recreational angling sector, however, commercial fisheries may also be impacted by
development.
There would be the potential for adverse visual impacts and impacts on seascape
and landscape character, due to the proximity of the DPO to shore, particularly the
south eastern part of the DPO, however, these impacts may be reduced or avoided
via project-level mitigation measures. The western part of the DPO is located close
to a shipping route and project-level mitigation measures may be required to address
potential impacts on commercial shipping and navigational safety.
36
Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
The North region encompasses four draft plan option areas (N1, N2, N3 and N4) (as
shown in Figure 11). The key risk factors to development within the North region are:
Within the North region, there is one demonstration wind energy development which
still holds a valid consent (Dounreay Tri). In addition, there are a number of tidal and
wave devices have been deployed in the waters around Orkney as part of the
European Marine Energy Centre (“EMEC”) and Phase 1 of the MeyGen tidal array is
currently operational in the Pentland Firth. Development across multiple DPOs in this
region may result in cumulative impacts on a range of receptors, including migrating
birds, cetaceans and landscape/seascape
37
Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
Development across multiple DPOs in this region will require careful consideration of
cumulative impacts on bird species, particularly focussing on migratory species and
flyaways, with increased turbine heights, as well as the consideration of collision risk,
displacement and barrier effects to seabird populations. Migration pathways for
migratory bird species transiting from the UK towards the Faroe Islands and Iceland
intersect DPOs in this region and development within multiple DPOs could result in
cumulative barrier effects, increased collision risk and increased energetic
requirements for these birds.
4.4.1 N1
N1 covers a total area of 1163 km2 and offers a potential maximum realistic
development scenario of up to 2 GW of generating capacity (equating to 34 % of the
total area of the DPO). The water depth across the DPO varies, with areas of
shallow water (< 60 m) and areas of deeper (60-100 m) water dispersed across the
DPO.
The SEIA identifies potential impacts on the commercial shipping sector, which could
be reduced or offset via project-level mitigation measures or spatial planning with the
DPO. There is also the potential for significant cost impacts associated with the loss
of fishing grounds in N1. Key gear types in N1 are demersal trawls and creels. It is
recognised that of these the creels may not be displaced in the medium to long term.
The SEA identifies potential effects on bird populations including connectivity with
nearby SPAs, such as Sule Skerry and Sule Stack SPA, as well as Orkney SPAs.
As such, additional research, spatial planning and consideration of further mitigation
at a project level may be required within N1 to avoid areas of key usage for bird
species or reduce potential impacts.
4.4.2 N2
N2 covers a total area of 560 km2 and offers a potential maximum realistic
development of up to 2 GW of generating capacity (equating to 71% of the total area
of the DPO).The water depth across the DPO is generally deeper (60-100 m) water
with some areas of deep water (> 100 m) in the west of the DPO.
There is some potential for significant cost impacts associated with the loss of fishing
grounds in N2, particularly in relation to demersal trawlers, which are likely to be
excluded from the footprint of any offshore wind development.
38
Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
4.4.3 N3
N3 covers a total area of 1106 km2 and offers a potential maximum realistic
development scenario of up to 2 GW of generating capacity (equating to 36% of the
total area of the DPO). The water depth across the DPO is generally deep (> 100 m)
with some small areas of shallower water (< 60 m) in the northeast of the DPO.
The SEIA identifies potential significant cost impacts associated with the loss of
fishing grounds in N3. Key gear types in N3 are midwater and demersal trawls which
are likely to be excluded from the footprint of any offshore wind development.
The SEA identifies potential risks associated with bird species foraging in the
northeast of the DPO from the North Rona and Sula Sgeir SPA and migrating bird
species transiting towards the Faroe Islands and Iceland. To address these risks at a
project level, appropriate pre-consent bird surveys, mitigation measure development
and post-construction monitoring would be required.
4.4.4 N4
N4 covers a total area of 200 km2 and offers a potential maximum realistic
development scenario of up to 1 GW of generating capacity (equating to 100% of the
total area of the DPO). The water depth across the DPO is shallow (< 60 m)
throughout, with a small area of 60-100 m water depth in the southwest of the DPO.
The SEIA identifies potential cost impacts to recreational angling, tourism and
commercial fishing sectors. The presence of N4 close inshore from the
recommended deep water route around the Hebrides on a lee shore may also affect
navigational safety and these impacts would need to be considered and mitigated at
a project-level.
Impacts to the tourism sector are associated with potential visual, landscape and
seascape issues, which similarly is the most significant risk identified within the SEA.
N4 is located in very inshore waters, and therefore seascape, landscape and visual
impacts will occur. Consideration of these impacts would require early consultation
with local communities and stakeholders. Potential mitigation measures may be
limited, however, consideration could be given to wind farm design and turbine
selection, (i.e. the selection of smaller turbines to reduce visual impact).
Further to the potential landscape, seascape and visual impacts, the SEA identifies
potential noise impacts to local populations, due to the DPO’s close proximity to
land, which will need management through early and comprehensive consultation
with local stakeholders and communities.
39
Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
40
Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
The North East region encompasses eight draft plan option areas (NE1, NE2, NE3,
NE4, NE5, NE6, NE7 and NE8) (see Figure 12). The key risk factors to development
within the North East region are:
Within the North East region, there is already significant offshore wind development,
principally in the Moray Firth, adjacent to DPOs NE4 and NE5, including;
Additionally, there are current marine renewable energy developments in the Orkney
and Shetland Islands (including wave and tidal devices deployed as part of EMEC
and the Nova Innovation Shetland Tidal Array) which would need to be considered in
any in-combination assessments.
41
Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
Within the North East region, development across multiple DPOs could result in
significant cumulative collision risk and displacement impacts on key seabird
species. These concerns are detailed in full in the HRA Report and DPOs NE2, NE3,
NE4, NE5 and NE6 are therefore classed as being ‘DPOs subject to higher levels of
ornithological constraint’ and require that sufficient scientific evidence, which reduces
the level of risk to an acceptable level, is made available. This will, therefore, delay
the progression of licence and consent applications within these DPOs, until such
time that further evidence, research and knowledge around mitigation is available to
support decision-making in this region.
There are some areas of overlap with existing oil and gas infrastructure, licensed
blocks for oil and gas production and round awards for oil and gas exploration.
Further, some DPOs are located inshore of existing and potential oil and gas
production areas. There are some areas of overlap with areas awarded under the
29th and 30th oil and gas leasing rounds, however, it is anticipated that activity will
have lapsed or concluded prior to offshore wind development commencing.
Where there are areas of spatial overlap, it is assumed that renewable energy
development will not be permitted within a given corridor either side of the
pipeline/platform (to facilitate maintenance activity on said structures, until such time
as any structure(s) are decommissioned). It is also assumed that the cost of any
required cable/pipeline crossings with existing infrastructure will be borne by the
offshore wind developer.
Further consultation would be required with the oil and gas industry regarding
potential interactions between these two sectors.
4.5.1 NE1
NE1 covers a total area of 776 km2 and offers a potential maximum realistic
development scenario of up to 2 GW of generating capacity (equating to 52% of the
total area of the DPO). The water depth across the DPO is deep throughout
(> 100 m).
The SEIA identifies some potential for significant cost impacts associated with the
loss of fishing grounds in NE1. Key gear types in NE1 are demersal trawls and
mechanical dredges which are likely to be excluded from the footprint of any offshore
wind development. Areas within NE1 may be important fish spawning grounds,
including for herring, cod and whiting and these risks would need to be addressed by
project-level mitigation measures.
Consultation would be required with the MOD regarding potential radar interference
from turbines in NE1.
42
Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
The SEA identifies that NE1 lies adjacent to the Pobie Bank SAC, designated for
benthic habitats, therefore, some examples of these benthic features could be
present with the DPO. Benthic survey and spatial planning with the DPO would be
required to mitigate any potential impacts, including potential impacts associated
with sediment smothering or increased scour associated with turbine foundations.
4.5.2 NE2
NE2 covers a total area of 464 km2 and offers a potential maximum realistic
development scenario of up to 1 GW of generating capacity (equating to 43% of the
total area of the DPO). The water depth across the DPO is between 60 m and 100 m
throughout.
Key potential cost impacts arising from development in NE2 are to commercial
shipping and power interconnector sectors (due to diversion of routes), which could
be mitigated at a project-level.
The SEA and HRA identify that NE2 may be important as a foraging area for
kittiwake and concerns regarding potential in-combination impacts has resulted in
this DPO as being classified as being ‘subject to higher levels of ornithological
constraint’.
There is potential for areas within NE2 to be important fish spawning grounds,
including for herring. Risks to spawning fish (related to piling noise) would need to be
addressed via project-level mitigation.
4.5.3 NE3
NE3 covers a total area of 339 km2 with a potential maximum realistic development
of up to 1 GW of generating capacity (equating to 59% of the total area of the DPO).
The water depth across the DPO is between 60 m and 100 m throughout.
The SEIA identifies costs to commercial shipping and fishing sectors, both of which
are low when considered over the lifetime of a development and would need to be
considered at a project-level. There is also potential, however, for development in
NE3 to have consequences for navigational safety, due to proximity to key shipping
routes, which will require consideration and management in project level
assessment.
Consultation would be required with the MOD regarding potential radar interference
from turbines in NE3.
The SEA and HRA identify that NE3 may be important as a foraging area for
seabirds, and concerns regarding potential in-combination impacts has resulted in
this DPO as being classified as being ‘subject to higher levels of ornithological
constraint’.
43
Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
There is potential for areas within NE3 to be important fish spawning grounds,
including for herring. Risks to spawning fish would need to be addressed by project-
level mitigation.
4.5.4 NE4
NE4 covers a total area of 440 km2 and offers a potential maximum realistic
development of up to 1 GW of generating capacity (equating to 45% of the total area
of the DPO). The water depth across the DPO is predominantly shallow (<60 m)
throughout, with small areas of deeper water (60-100 m) in the south of the DPO.
The SEIA identifies generally lower socio-economic costs arising from potential
offshore wind development within NE4. The only identified costs are to commercial
shipping and fishing sectors, both of which are low when considered over the lifetime
of a development. There is also potential for development in NE4 to have significant
consequences for navigational safety, due to a large overlap with the key shipping
route around the Scottish coastline. This will require significant consideration and
management in project level assessment, as these effects are unlikely to be
avoidable, due to the high density of traffic throughout the DPO.
Consultation will be required with the MOD regarding potential radar interference
from turbines in NE4.
Similar to NE2 above, the SEA and HRA identify that NE4 is likely to be important as
a foraging area for seabirds, including kittiwake from multiple SPA. As discussed
above, concerns regarding potential in-combination impacts on key seabird species
has resulted in this DPO as being classified as being ‘subject to higher levels of
ornithological constraint’.
4.5.5 NE5
NE5 covers a total area of 496 km2 and offers a potential maximum realistic
development scenario of up to 1 GW of generating capacity (equating to 40% of the
total area of the DPO). The water depth across the DPO is shallow (< 60 m) in the
northern half and deeper (60-100 m) in the southern half of the DPO.
The SEIA identifies generally low socio-economic costs arising from potential
offshore wind development within NE5, with the exception of commercial shipping.
However, the commercial shipping impacts are linked to the diversion of ships
transiting the DPO, the majority of which are currently linked to development of the
other offshore wind farms within the Moray Firth (principally Beatrice). It is therefore
unlikely that the costs identified within the SEIA will be fully realised. Furthermore,
where required, spatial planning at a project level can be used to provide appropriate
shipping lanes through the DPO.
Consultation will be required with the MOD regarding potential radar interference
from turbines in NE5.
The SEA and HRA identify that NE5 is important as a foraging area for seabirds,
including kittiwake and concerns regarding potential in-combination impacts has
44
Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
There is potential for areas within NE5 to be important scallop fishing area, and fish
spawning grounds, including for herring, and these risks would need to be mitigated
at a project-level.
4.5.6 NE6
NE6 covers a total area of 669 km2 and offers potential maximum realistic
development scenario of up to 2 GW of generating capacity (equating to 57% of the
total area of the DPO). The water depth across the DPO is mostly 60 m to 100 m
throughout with some areas of deeper water (> 100 m) in the south and west of the
DPO.
Consultation would be required with the MOD regarding potential radar interference
from turbines in NE6.
The SEA and HRA identify that NE6 may be important as a foraging area for
seabirds, including kittiwake, and concerns regarding potential in-combination
impacts has resulted in this DPO as being classified as being ‘subject to higher
levels of ornithological constraint’.
There is potential for areas within NE6 to be important fish spawning grounds,
including for herring and sandeel. Risks to spawning fish would need to be
considered at a project-level.
4.5.7 NE7
NE7 covers a total area of 1027 km2 and offers a potential maximum realistic
development scenario of up to 3 GW of generating capacity (equating to 58% of the
total area of the DPO). The water depth across the DPO is generally deep
throughout (> 100 m) with some areas of shallower depth (60 – 100 m).
The SEIA identifies potential for significant socio-economic cost impacts associated
with the loss of fishing grounds arising from potential offshore wind farm
development in NE7. Key gear types in NE7 are pelagic trawls and demersal trawls,
which are likely to be excluded from the footprint of any offshore wind development.
Consultation would be required with the MOD regarding potential radar interference
from turbines in NE7.
45
Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
The SEA identifies that NE7 has the potential to affect bird species, although the
distance offshore reduces the potential risk to foraging areas. There may, however,
be species which transit through these offshore areas as part of migration routes,
and therefore project level survey and consideration of potential mitigation measures
would be required.
4.5.8 NE8
NE8 covers a total area of 401 km2 and offers a potential maximum realistic
development scenario of up to 1 GW of generating capacity (equating to 50% of the
total area of the DPO). The water depth across the DPO is generally deeper
throughout with a combination of areas of 60 m to 100 m and areas greater
than 100 m water depth.
The SEIA identifies potential for significant socio-economic cost impacts associated
with the loss of fishing grounds in NE8, which is the most intensively fished DPO
under consideration. Key gear types in NE8 are midwater trawls which are likely to
be excluded from the footprint of any offshore wind development.
Consultation would be required with the MOD regarding potential radar interference
from turbines in NE8.
The SEA identifies that NE8 has the potential to affect bird species, although the
distance offshore reduces the potential risk to foraging areas. There may, however,
be species which transit through these offshore areas as part of migration routes,
and therefore project level survey and consideration of potential mitigation will be
required.
As discussed further in section 5.2.1, DPOs NE2, NE3, NE4, NE5 and NE6 have
been classed as being subject to ‘high levels of ornithological constraint’. It is
proposed, therefore, that development will only be able to progress at DPOs NE2-6
where sufficient scientific evidence can be provided to reduce the risk to an
acceptable level (unless it can be determined that there are imperative reasons of
overriding public interest that require development to proceed).
46
Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
The East region encompasses three draft plan option areas (E1, E2 and E3) (as
shown in Figure 13). The key risk factors to development within the East region are:
Within the East region, there is already significant offshore wind development,
inshore of the proposed DPOs, including the following operational and consented
projects:
47
Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
In addition, Seagreen Phases 2 (c. 1800 MW) and 3 (c. 800 MW) (also known as
Seagreen Charlie and Delta) were previously scoped and these projects would need
to be considered in any in-combination assessment.
Within the East region a key pathway of concern relates to effects on bird
populations, due to potential in-combination impacts resulting from collision risk and
displacement for key seabird species. These concerns are detailed in full in the HRA
report and DPO E3 is therefore classed as being subject to ‘high levels of
ornithological constraint’ (as set out at section 5.2.1). It is proposed, therefore, that
development will only be able to progress at DPOs NE2-6 where sufficient scientific
evidence can be provided to reduce the risk to an acceptable level (unless it can be
determined that there are imperative reasons of overriding public interest that require
development to proceed).
In addition, the HRA report identifies that there are concerns regarding the scale of
the potential in-combination impacts on key seabird species from development at
DPOs E1 and E2. Therefore, further regional survey effort and discussion will be
required (as outlined in section 5.2.2) before development can progress in these
DPOs.
As per the North East region, there is the potential for some overlap and/or
interaction between the DPOs and areas licensed and/or leased for oil and gas
production or exploration. Further consultation would be required with the oil and gas
industry regarding potential interactions.
4.6.1 E1
E1 covers a total area of 3816 km2 and offers a potential maximum realistic
development scenario of up to 3 GW of generating capacity (equating to 16% of the
total area of the DPO). The water depth across the DPO is between 60 m and 100 m
throughout.
The SEIA identifies minor socio-economic cost impacts arising from potential
development in E1 to commercial shipping, fishing and power interconnector sectors,
which would need to be considered at a project-level.
Consultation would be required with the MOD regarding potential radar interference
from turbines in E1.
The SEA and HRA identifies that E1 may be important as a foraging area for
kittiwake and razorbill and therefore, due to the concerns regarding potential in-
combination impacts, further regional survey effort and consultation would be
required.
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4.6.2 E2
E2 covers a total area of 1287 km2 and offers a potential maximum realistic
development of up to 2 GW of generating capacity (equating to 31% of the total area
of the DPO). The water depth across the DPO is between 60 m and 100 m
throughout.
The SEIA identifies minor socio-economic cost impacts arising from potential
development in E2 to commercial shipping and fishing sectors.
Consultation would be required with the MOD regarding potential radar interference
from turbines in E2.
The SEA and HRA identifies that E2 may be important as a foraging area for
kittiwake and razorbill and therefore, due to the concerns regarding potential in-
combination impacts, further regional survey effort and consultation would be
required.
4.6.3 E3
E3 covers a total area of 474 km2 and offers a potential maximum realistic
development of up to 1 GW of generating capacity (equating to 42% of the total area
of the DPO). The water depth across the DPO varies, incorporating area of shallow
water (0-60 m), and deeper water (both 60 – 100 m and > 100 m).
The SEIA identifies minor socio-economic cost impacts for the commercial shipping,
fishing and power interconnector sectors, which would need to be considered and
mitigated at a project-level.
Consultation would be required with the MOD regarding potential radar interference
from turbines in E3.
The SEA and HRA identify that E3 may be important as a foraging area for kittiwake
from designated SPA sites, As discussed above, concerns regarding potential in-
combination impacts on key seabird species has resulted in this DPO as being
classified as being ‘subject to higher levels of ornithological constraint’.
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
As discussed in section 5.2.1, E3 has been classed as a DPO subject to ‘high levels
of ornithological constraint’. It is proposed, therefore, that development will only be
able to progress at DPO E3 where sufficient scientific evidence can be provided to
reduce the risk to an acceptable level (unless it can be determined that there are
imperative reasons of overriding public interest that require development to
proceed). As outlined at section 5.2.2, DPOs E1 and E2 would require the
completion of further regional-level survey effort before development can proceed.
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
Following the conclusion of the consultation period, the draft Plan may be refined
further. If comments received during the consultation process require substantial
changes to the draft Plan, further consultation may be required. The final Plan will be
presented to Ministers for approval and will be published and adopted as soon as
possible thereafter. Implementation of the Plan will require the successful integration
of the following measures;
Key considerations;
Implementation of identified Plan-level mitigation measures; and
The delivery of key actions.
The successful implementation of the Plan will require the Scottish Government to
continue with stakeholder engagement which has been undertaken to date to
support the planning process. It is critical that communication with stakeholders
continues beyond the adoption of the final Plan. This engagement will not be
restricted to the membership Advisory Group and Governance Board (which will be
formed post-adoption to facilitate the implementation of the Plan).
At a strategic level, the Scottish Government will undertake further and ongoing
engagement with the shipping, defence, aviation, renewables and commercial fishing
sectors. Developers will also be expected to engage in these discussions, particular
around issues such as cumulative assessment, socio-economic impacts and
commercial fisheries.
Proposals for offshore wind development within the DPOs will still be subject to the
standard leasing, licensing and consenting processes and the need for further
project-level assessment. This may include environmental impact assessment in
accordance with the Electricity Works (Environmental Impact Assessment)
(Scotland) Regulations 2017 (as amended) and the Marine Works (Environmental
Impact Assessment) (Scotland) Regulations 2017 (as amended). Licensing
decisions will be taken in accordance with the National Marine Plan31 and further
31
Marine (Scotland) Act 2010, s. 15
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
detail on these processes are contained in the Licensing and Consenting Manual.32
Project-level assessment will benefit from certainty regarding the type, location and
scale of technology to be deployed within a particular DPO, which is currently not
available at a Plan level. Project-level assessment will identify any appropriate
mitigation measures to reduce, avoid or offset any potential adverse effects, or
maximise positive effects
Discussions with stakeholders and regulatory bodies will identify the relevant best
practice guidance to be adhered to (during all phases of development) and the
methodologies and data to be utilised in any impact assessments.
In addition, the HRA identifies the legal requirement for individual projects to undergo
HRA as a key mitigation measure (to avoid adverse effects on site integrity). Where
likely significant effects on any European site(s) or European marine site(s) cannot
be excluded, the competent authority will be required to undertake a project-level
Appropriate Assessment.
The outputs of future project-level assessments will be used to support the iterative
plan review for the Plan.
Further assessment work will be required to identify and address cumulative and in-
combination effects of offshore wind developments. For example, issues such as
scheduling of work(s) within Scottish Waters will need to be carefully monitored. In
addition, there is the need to ensure that project-level and strategic-level cumulative
and in-combination effects are taken into account as part of project-level assessment
and the iterative plan review process.
As the deployment of offshore wind energy expands, further survey and monitoring
data and research will become available, which will be used to inform industry best
practice and standards, including assessment methodologies.
Developers are required to gather and submit monitoring data to the licensing
authority as part of their marine licence and/or section 36 consent conditions. The
structure and process for gathering such data is directed by the licensing authority, in
consultation with the SNCBs and/or via the relevant Regional Advisory Group
(“RAG”) and is also linked to the ScotMER programme. It is anticipated that these
32
Scottish Government, Offshore wind, wave and tidal energy applications: consenting and
licensing manual (October 2018). Available at: https://www.gov.scot/publications/marine-
scotland-consenting-licensing-manual-offshore-wind-wave-tidal-energy-applications/
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
research and monitoring outputs will inform the iterative plan review process and
future assessment(s).
At a plan level, there are a number of measures which can be implemented to either
reduce the effect associated with development under the Plan or offset any
significant effects. The following plan level mitigation has been proposed for the
draft Plan:
The HRA concludes that the Plan will not result in an adverse effect on the site
integrity of any European site(s) or European marine site(s), provided that further
project-level HRA and Appropriate Assessment is undertaken and the mitigation
measures below are adhered to.
It should be noted that, the regional scenarios presented in the SA, have been used
to provide an indication of potential impacts of all phases of development at a
regional level, however, these regional scenarios will not be used to constrain
potential levels of operational development within DPOs.
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
The HRA has identified that development within DPOs NE2-6 and E3 (as shown in
green in Figure 14) will, or could, result in an adverse effect on site integrity of
European site(s) and/or European offshore marine site(s), due to the potential in-
combination impacts on seabird qualifying interests from these sites. The HRA report
concludes that development should not proceed at these DPOs, “until such time that
enough evidence on the environmental capacity for seabird exists to reduce the risk
to an acceptable level.” These DPOs have therefore been classified as being subject
to ‘high levels of ornithological constraint’.
a) Revision to the Plan (via the iterative plan review process) which removes the
requirement to produce sufficient evidence; or
b) The granting of a licence or consent for the project, where it can be concluded
by the competent authority that there would be no adverse effect on the
integrity of any European site(s) or European marine site(s).
It is anticipated that it will take several years to gather and assess the necessary
evidence regarding environmental carrying capacity in the East and North East
regions. The conclusion of adverse effect on site integrity is based on the currently
predicted (modelled) levels of development/activity and impact in these regions. In
the event that further evidence demonstrates that these modelled impacts can be
revised downwards (i.e. further carrying capacity exists in these regions), it may be
possible to conclude at a Plan or project-level that development could proceed at
certain, or all, of these DPOs, without resulting in an adverse effect on site integrity.
Developers may choose to pursue licence and consent applications for projects
within these DPOs, but should note that pursuing projects in this region is at their
own risk. It is likely that, given the current predicted levels of cumulative impacts in
these regions and until such time as further evidence is provided which
demonstrates carrying capacity in these regions, it will not be possible for the
competent authority to conclude that development will not result in an adverse effect
on the integrity of any European site(s) or European marine site(s). Where this
conclusion is reached, no licence or consent can be granted, unless the Scottish
Ministers allow a derogation to proceed under Article 6(4) of the European Habitats
Directive.
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
5.2.2 DPOs subject to the need for further regional level survey and assessment
(E1 and E2)
The HRA report advises that, for respect of DPOs E1 and E2, it cannot currently be
concluded with certainty that the cumulative impacts of development on key seabird
species would not have an adverse effect on site integrity. This is due to;
This regional level survey and assessment work is required in addition to site-
specific survey effort and analysis work required as part of the standard application
and assessment process, as it addresses wider knowledge gaps relevant to the
assessment of cumulative impacts and potential impacts during the non-breeding
season. This regional level survey work and assessment should be carried out by, or
on behalf of, the parties who are successful in obtaining Option Agreements for
these DPOs.
This regional level survey and assessment activity could incorporate, for example, an
initial study to identify foraging areas for key seabird species SPA populations and
at-sea densities, using assessment tools, approaches and evidence likely to be
available soon.33This study could then be supplemented by regional level survey
effort, if required, which could incorporate elements such as aerial surveys or
possibly seabird tagging work at key colonies. It is anticipated that the timeframes
associated with this work will be less than those associated with the reconsideration
of environmental carrying capacity outlined for DPOs NE2-6 and E3 above (as
outlined above at 5.2.1).
Any developer which secures an Option Agreement for DPOs E1 and/or E2 should
discuss and establish the parameters of the required survey work and the
assessment of survey outputs with the Advisory Group. Developers may choose to
pursue licence and consent applications for projects within these DPOs without
completing this work, however, it should be noted that, given the level of scientific
uncertainty regarding the level of potential cumulative impacts on key seabird
species in this region, it is likely that the competent authority would be unable to
conclude that development would not result in an adverse effect on the integrity of
any European site(s) or European marine site(s). Where this conclusion is reached,
33Including, for example, a study updating foraging ranges for key seabird species (prepared
as part of The Crown Estate Round 4 ‘Enabling Actions’ programme) and the Marine
Ecosystems Research Programme seabird at sea density study.
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
The final Plan will be subject to iterative plan review and management following
adoption. The application of iterative plan management will ensure that;
the Plan and the underpinning assessments are informed by the best
available and most up-to-date scientific research and understanding,
including outputs of project-level assessments and monitoring;
the Plan accurately reflects spatial/regional context (i.e. level of construction,
operational, and other activity within the region) and potential transboundary
impacts; and
that the Plan reflects the prevailing market conditions, technological
advancements and regulatory environment (including connections to the
national grid and coastal infrastructure).
To support the iterative review process, an Advisory Group will be established upon
adoption of the final Plan, to consider the implications of emerging research,
evidence and assessment methodologies (as outlined above). Further detail
regarding the Advisory Group is provided at Section 0.
The iterative plan review process will be informed by project-level assessment and
post-consent monitoring (for consented and operational wind farm projects). As
monitoring data is collected, it will be used to validate the conclusions of project-level
assessment and the Sustainability Appraisal. The iterative plan review process will
also consider the level of current and planned activity within the DPOs, regionally
and nationally and potential transboundary impacts.
In addition, it is anticipated that the Plan will be initially reviewed after two years, to
consider emerging monitoring and research evidence, the wider policy, market and
regulatory context and if required, to provide an updated spatial framework for any
future CES leasing round. Each iteration of the Plan will be informed by any new and
relevant information and research regarding the environmental, economic and social
impacts of offshore wind and the effectiveness of any mitigation measures.
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
As outlined above, an Advisory Group will be established upon adoption of the Plan,
to;
the scope and requirements for regional surveys and research related to
DPOs E1 and E2.
The membership of the Advisory Group will primarily be drawn from the ScotMER
Ornithology Receptor Group, which includes; regulators, SNCBs, government
scientific advisors and academics. Where other receptors are the subject of
discussion, members of the relevant ScotMER receptor group(s) will be invited to
provide input.
It is expected that developers who are successful in obtaining Option Agreements for
DPOs E1 and E2 should meet with the Advisory Group to discuss the parameters of
the required regional-level research and survey work, prior to commencing any such
work.
The Advisory Group will also discuss and consider whether the production of new, or
revision of existing, strategic guidance is required (for example, updates to the 2014
Guidance on Strategic Assessment of Collision Risk of Scottish Offshore Windfarms
to Migrating Seabirds) and how this work can be enabled.
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
6. Action Plan
As outlined above, there are a number of actions which will need to be completed by
regulators, developers and other stakeholders to ensure the successful
implementation of the Plan and facilitate further offshore wind development in our
seas.
The UK Offshore Wind Sector Deal highlights the importance of regular future
seabed leasing rounds for offshore wind development, which in turn is tied to the
commitments regarding future CfD rounds.
The final Plan will provide the spatial framework for the first cycle of seabed leasing
by Crown Estate Scotland (ScotWind).
Option and Lease Agreements for commercial-scale offshore wind farm development
under the first cycle of ScotWind leasing should only be made for areas of seabed
identified in the final Plan (i.e. final Plan Options).
The final Plan will be reviewed prior to any future seabed leasing rounds via the
iterative plan review, to ensure it is a contemporary and accurate document.
Developers should consider and address the conclusions of the final Plan and
Sustainability Appraisal reports when preparing leasing, consent and licence
applications, as appropriate.
Upon adoption of the final Plan, an Advisory Group will be formed to discuss the
knowledge gaps and issues identified in the Sustainability Appraisal. The Advisory
Group will meet, as required to discuss these issues and to undertake the iterative
plan review process on an annual basis. The Advisory Group will also support the
review process and provide advice to the Governance Board as requested.
Further information about the role of the Advisory Group is provided at section 5.2.
Governance of the Plan implementation will be provided by the Project Board formed
during the planning process. It will continue in its governance role for the duration of
the Plan, taking into consideration the recommendations provided by the Advisory
Group and the wider regulatory and policy context. The Project Board will be
renamed the “Governance Board” and will provide recommendations to Scottish
Ministers regarding future revisions to the Plan and further assessment. Decision
making power regarding the Plan will rest with the Scottish Ministers.
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
The planning process has been informed by extensive technical planning work and
stakeholder engagement. The evidence gathered has been used to inform the
Opportunity and Constraint model and to inform the assessment in the SA and the
baseline data presented in the draft RLG.
The planning process and SA have identified potential gaps in knowledge and data
which may need to be addressed at plan and/or project-level. For example, via the
completion of regional-level ornithology surveys and research in the East region or
an update to the existing guidance regarding collision risk assessment for migratory
bird species. In addition, scientific advisors have concluded that existing evidence
relating to marine mammal abundance and distribution in the DPO regions needs to
be collated and reviewed, to support future planning and assessment and identify
any future priorities for research in these regions.
The Governance Board and Advisory Group will provide strategic oversight and
advice on how to bridge any data or knowledge gaps identified in the assessments,
or any emerging evidence gaps, in order to inform the iterative plan review process.
A number of strategic research programmes already exist and are undertaking work
to address these gaps. Further, project-level assessment and monitoring may
provide data and evidence which can address these gaps. As this evidence
becomes available, it is anticipated that it will inform future plan and project-level
assessment accordingly.
Following adoption of the final Plan it is anticipated that these strategic research
programmes will seek to address the identified and emerging evidence gaps, in
order to facilitate future offshore renewable energy in Scottish waters. A summary of
these strategic research programmes follows and further information is also provided
in the HRA report.
The ScotMER programme has been established to improve the understanding and
assessment of the environmental and socio-economic implications of offshore
renewable energy developments. Whilst our understanding of our marine ecosystem
and the impacts of climate change is increasing, there are still knowledge gaps and
data limitations that remain which result in uncertainty in current environmental
baselines. ScotMER involves collaboration from industry, environmental NGOs,
SNCBs and other interested stakeholders to identify and address high priority
research gaps and builds on previous work undertaken by the Scottish Offshore
Renewables Research Framework.34
The following seven specialist ScotMER groups have been established to identify
and prioritise evidence gaps which are detailed in ‘evidence maps’. These maps are
then used to inform the supporting research framework:
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
Ornithology;
Marine mammals;
Fish and fisheries;
Diadromous fish;
Benthic;
Physical processes; and
Socio-economics.
The evidence maps provide a clear indication of the priorities, shared across
stakeholders, for each receptor and drive ongoing and future research programmes.
These evidence maps are reviewed regularly to stay current with emerging research
and policy priorities. Further, it facilitates a joint working approach with other UK and
international groups with an interest in renewables and seeks to develop and
maintain an understanding of the research landscape at Scottish, national and
international levels.
Further detail regarding linkages to the ScotMER research programme and specific
knowledge gaps relating to the potential effects of offshore wind farm developments
on seabirds is provided in the HRA report.
Licence and consent conditions for individual projects require participation in the
ScotMER programme (according to the impacts of the individual project) and the
relevant Regional Advisory Group (“RAG”), to ensure that outcomes from project-
specific monitoring effort informs strategic research work and can contribute to the
iterative plan review process.
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
6.6 Relationship with the National Marine Plan and emerging Regional
Marine Plans
The strategic aims of the Plan align with those of the National Marine Plan (2015),
which addresses interactions between renewable energy development and other
marine users. Development within any of the DPOs will need to take account of the
National Marine Plan.
Draft Regional Locational Guidance has been prepared as part of the Plan process,
to support further project-level spatial planning within DPOs and this guidance
should be consulted by developers and regulators.35
Regional Marine Plans will be prepared by Marine Planning Partnerships within the
eleven Scottish Marine Regions (extending out to 12 nautical miles). Regional
marine plans must be prepared in accordance with the National Marine Plan (unless
relevant considerations indicate otherwise). Marine Planning Partnerships will be
required to take into account this Plan, once adopted, when preparing their Regional
Marine Plans.
Regional level analysis and assessment will address the gap between strategic and
project level assessment and these regional-scale assessments will be considered
by the Advisory Group and Governance Board as part of the iterative plan review
process.
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
https://consult.gov.scot/marine-scotland/draft-sectoral-marine-plan-for-offshore-wind/
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ensure that consultation responses are submitted before the closing date (25 March
2020).
If you are unable to respond online please complete the Respondent Information
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
Following the closing date, all responses will be analysed and considered along with
any other available evidence to help us. Responses will be published where we have
been given permission to do so. Following consideration of all comments received, a
Post Adoption Statement will be prepared. The Post Adoption Statement will explain
how the issues raised in the Sustainability Appraisal and consultation, have been
addressed and will be published in conjunction with the final Plan.
If you have any comments about how this consultation exercise has been conducted,
please send them to: SectoralMarinePlanning@gov.scot
Responses will be analysed and used as part of the decision making process, along
with a range of other available information and evidence. We will publish a report of
this analysis for every consultation. Depending on the nature of the consultation
exercise the responses received may:
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
Please enter any comments you may have in relation to this question below. Please
ensure that you indicate which DPO(s) you are referring to:
Comments (optional)
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
2. Do you agree with the definition of commercial scale offshore wind farm projects
as being projects being capable of generating over 100 MW of electricity? Do
you think this level should be:
If you have stated that the level should be lower or higher, please provide reasons
below.
Comments (optional)
3. Do you agree that the scientific evidence presented demonstrates that DPOs
NE2-6 and E3 are subject to high levels ornithological constraint and, therefore,
the mitigation measures outlined in the draft Plan should be applied to these
DPOs?
☐ Yes
☐ No
☐ Don’t know
Please enter your comments in relation to this question below. Please ensure that
you indicate which DPO(s) you are referring to
Comments (optional)
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
☐ Yes
☐ No
☐ Don’t know
Please enter your comments in relation to this question below. Please ensure that
you indicate which DPO(s) you are referring to
Comments (optional)
5. Do you have any comments regarding the proposed approach to iterative plan
review?
Comments (optional)
6. Do you have any comments regarding the proposed formation and role of the
Advisory Group?
Comments (optional)
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
7. If you have any further comments or points that you think should be taken into
account in the plan, please provide those below
Comments (optional)
Sustainability Appraisal
These questions cover the Sustainability Appraisal for the draft Sectoral Marine Plan
for Offshore Wind. This includes the Strategic Environmental Assessment Report, a
Habitats Regulations Appraisal and a Social and Economic Impact Assessment.
Comments (optional)
Comments (optional)
10. Do you have any comments on the Social and Economic Impact Assessment?
Comments (optional)
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
11. Do you have any comments on the draft Regional Locational Guidance?
Comments (optional)
Comments (optional)
13. Would you add or change anything in the partial Equality Impact Assessment?
Yes
No
Don’t know
Comments (optional)
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Draft Sectoral Marine Plan for Offshore Wind Energy (2019)
14. Would you add or change anything in the partial Islands Communities Impact
Assessment?
Yes
No
Don’t know
Comments (optional)
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Consultation on the draft Sectoral Marine Plan for Offshore Wind Energy
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