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    Scope Statement: Assignment Title

    Uploaded by

    Ramsha
    This scope statement outlines a project to install a 3 kW solar power system to cover the power needs of a home and minimize fossil fuel usage. The system will include solar panels, angles to place the panels, an MPPT battery charger to regulate battery charging, a DC to AC converter to convert solar power to usable AC power, batteries to store power for nighttime usage, and cable wires to connect the system components. The project aims to reduce electricity bills by using solar energy instead of utility power and lessen environmental impact by reducing reliance on fossil fuels.

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    Scope Statement: Assignment Title

    Uploaded by

    Ramsha
    102 views3 pages
    This scope statement outlines a project to install a 3 kW solar power system to cover the power needs of a home and minimize fossil fuel usage. The system will include solar panels, angles to place the panels, an MPPT battery charger to regulate battery charging, a DC to AC converter to convert solar power to usable AC power, batteries to store power for nighttime usage, and cable wires to connect the system components. The project aims to reduce electricity bills by using solar energy instead of utility power and lessen environmental impact by reducing reliance on fossil fuels.

    Original Title

    SOLAR SCOPE

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    This scope statement outlines a project to install a 3 kW solar power system to cover the power needs of a home and minimize fossil fuel usage. The system will include solar panels, angles to place the panels, an MPPT battery charger to regulate battery charging, a DC to AC converter to convert solar power to usable AC power, batteries to store power for nighttime usage, and cable wires to connect the system components. The project aims to reduce electricity bills by using solar energy instead of utility power and lessen environmental impact by reducing reliance on fossil fuels.

    Copyright:

    © All Rights Reserved
    Download as DOCX, PDF, TXT or read online from Scribd
    Download as docx, pdf, or txt
    102 views3 pages

    Scope Statement: Assignment Title

    Uploaded by

    Ramsha
    This scope statement outlines a project to install a 3 kW solar power system to cover the power needs of a home and minimize fossil fuel usage. The system will include solar panels, angles to place the panels, an MPPT battery charger to regulate battery charging, a DC to AC converter to convert solar power to usable AC power, batteries to store power for nighttime usage, and cable wires to connect the system components. The project aims to reduce electricity bills by using solar energy instead of utility power and lessen environmental impact by reducing reliance on fossil fuels.

    Copyright:

    © All Rights Reserved
    Download as DOCX, PDF, TXT or read online from Scribd
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    Assignment Title

    Scope Statement

    Course

    Project Management

    Class

    MBA- II (Weekend)

    Submitted by

    Anjum

    Muhammad Fahad

    Ramsha Zafar

    Shakila Akber

    Sidra Naz

    Tehreem Sana
    SCOPE STATEMENT- Installation of Solar Power System to Cover Home
    Power Needs
    1. Objectives

    The major purpose of doing is project is to use solar energy rather than electricity to cut off
    electricity bills. Solar is one of the most promising renewable energy sources currently available,
    due to the fact that solar power is abundant. The rays that emanate from the sun can produce
    nearly 1,000 watts of energy for every square meter of the earth’s surface.

    The second purpose is to minimize the usage of fossil fuels. A solar PV system uses sunlight to
    generate electricity which can be used to power home or office that can reduce carbon footprint
    and impact on the environment.

    2. Business Requirements

    When designing an off-grid (not connected to utility power) solar power system, it's very
    important to have an accurate estimate for how much energy you need. Off the grid systems must
    utilize batteries to store DC power from the solar panels and convert it to AC power with an
    inverter. If you are not storing enough energy, you will decrease the life of your batteries,
    possibly ruin your batteries and most importantly, your power will eventually go out. An
    electrical system does you no good if it can't provide you with the necessary energy to properly
    run your home. This is why we do a load evaluation.

    According to our calculation, our requirement is 3 KW. Here is a list of components required for
    this project.

     Solar Panels

    Solar panels are the most noticeable component of a residential solar electric system. The solar
    panels are installed outside the home, typically on the roof and convert sunlight into electricity.

     Angles To Place Solar Panels

    Solar panels are joined into arrays and commonly mounted in one of three ways: on roofs; on
    poles in free standing arrays; or directly on the ground. Here we will use angles to place solar
    panels.
     MPPT Battery Charger

    The MPPT Battery charger maintains the proper charging voltage for system batteries. Batteries
    can be overcharged, if fed continuous voltage. The charge controller regulates the voltage,
    preventing overcharging and allowing charging when required.

     DC to AC Converter

    Solar panels and batteries produce DC (direct current) power. Standard home appliances use AC
    (alternating current). An inverter converts the DC power produced by the solar panels and
    batteries to the AC power required by appliances.

     Batteries

    Solar power systems produce electricity during the daytime, when the sun is shining. Your home
    demands electricity at night and on cloudy days – when the sun isn’t shining. To offset this
    mismatch, batteries can be added to the system.

     Cable Wire

    A circuit is a continuous route of connected wire that joins together outlets and lights in the
    electric system.

    3. Boundaries

    4. Deliverables
    5. Acceptance Criteria
    6. Assumption/Constraints

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