Download as PPTX, PDF, TXT or read online from Scribd
Download as pptx, pdf, or txt
You are on page 1of 9
1.
THIS IS WHATS REALLY
HOLDING BACK WIN AND SOLAR NAME: RAHMAL RAJIB NPM : 2315022017 BACKGROUND The transition to renewable energy is a critical global priority, but it comes with unique challenges. On January 15, 2023, Germany faced an unusual situation where the northern part of the country generated a surplus of wind energy that couldn’t be transported to the south, where energy was in short supply. This event highlighted the difficulties of balancing renewable energy supply and demand across a complex electrical grid. PURPOSE OF THE PRESENTATION THE PURPOSE OF THIS PRESENTATION IS TO EXPLORE THE SPECIFIC CHALLENGES OF INTEGRATING RENEWABLE ENERGY SOURCES LIKE WIND AND SOLAR INTO THE POWER GRID, EXAMINE THE GRID’S LIMITATIONS, AND DISCUSS POTENTIAL SOLUTIONS FOR CREATING A FLEXIBLE, RELIABLE ENERGY SYSTEM THAT SUPPORTS A CLEAN ENERGY FUTURE. UNDERSTANDING THE ISSUE Renewable energy This problem is compounded by a grid infrastructure that was designed around centralized power plants and is now struggling to adapt to decentralized energy generation. CHALLENGES FACED The main challenges include transporting energy from where it’s generated to where it’s needed, predicting renewable output due to weather dependence, and creating a grid that can handle fluctuating levels of energy generation. Additionally, building infrastructure to support renewable energy distribution is time-consuming and costly, often facing resistance from the public and regulatory obstacles. UNDERSTANDING SOLAR POWER Solar
power harnesses energy from the sun and
converts it into electricity. It’s one of the most common renewable sources but is also highly intermittent, with energy production only possible during sunny periods. While solar energy has significant potential, its contribution to the grid is limited by its variability and dependence on local weather conditions. Recommendati ons for the Future To support renewable energy effectively, there is a need for significant upgrades in grid flexibility. This includes building better energy storage solutions, like batteries and hydrogen systems, and expanding high-capacity transmission lines, such as Germany's SuedLink project. Moreover, a smart grid system that allows two-way power flow and incentivizes consumers to shift energy usage can help balance supply and demand. Conclusion
The transition to renewable energy
presents immense challenges, especially for existing grid systems. However, these obstacles can be addressed through investments in infrastructure, technological innovation, and smart energy policies. Building a flexible, reliable grid is essential to achieving global climate goals and ensuring a stable energy future. TERIMA KASIH