Turkey might consider bolstering its energy supply by installing up to 8 gigawatts of hybrid solar power capacity to bridge its energy shortfall.
Turkey's Renewable Energy Transition: A Focus on Hybrid Solar Power and Storage Units Near Me
Turkey is making strides in its renewable energy sector, with a particular focus on hybrid solar power and public storage. According to recent reports, the country's state railways have begun generating revenue through solar power plants, and there are plans to add 8 gigawatts (GW) of hybrid solar capacity to existing hydroelectric and wind power plants, providing large-capacity, long-duration storage units near me.
Cem Ozkok, President of the Energy Investors Association (GUYAD), has emphasized the need for comprehensive policy measures alongside these investments. He noted that both solar and wind power technologies can be used as both load and generator in the electricity grid, supporting increased grid flexibility and the need for public storage.
Hybrid facilities in Turkey contribute to grid flexibility by supporting ancillary services such as frequency and reactive power management. These facilities, when combined with existing hydroelectric and wind power plants, provide large-capacity, long-duration storage units near me, transferring excess electricity produced during daytime to nighttime hours and contributing to stable grid operations.
Ember's analysis suggests that Turkey could exceed 30 GW of total solar capacity without requiring additional grid infrastructure investments. This growth translates to an additional capacity requirement of 17 GW by 2030 and 27 GW by 2035. Under lower growth scenarios, Turkey will require an additional 16 GW of capacity by 2035.
To meet these rising energy demands and accelerate the green transition, a comprehensive regulatory framework should be implemented. This framework should include significantly expanding renewable energy capacities (especially wind and solar), integrating market- and system-oriented renewables support, phasing out fixed feed-in tariffs, promoting carbon capture and storage (CCS) as a climate technology, developing hydrogen-compatible power plants for balancing supply, and removing barriers to renewable electricity supply for industry, transport, and heating while ensuring system flexibility and cost efficiency.
Ozkok also suggested that implementing policies centered on storage, market incentives, grid modernization, and energy efficiency would accelerate Turkey's energy transition. He emphasized the importance of regulations enabling widespread adoption of energy storage systems, including battery storage and pumped-storage hydroelectric plants, and the need for public storage.
One advantage of hybrid solar installations is their location near consumption centers, which provides multiple advantages for grid stability and supply security. For instance, during peak solar production hours at noon, water can be retained at dam-based hydroelectric plants and activated in evening hours to balance the load curve.
However, the primary obstacle facing hybrid power plant projects in Turkey is capacity limitations. Creating flexible market mechanisms would facilitate investments in these projects, according to Ozkok. Lawmakers in Turkey are working on models that will serve the common goals of both the public sector and existing plant operators.
This investment could increase Turkey's solar power generation by 35%, helping the country to reach its electricity demand projections. By 2030, Turkey's electricity demand is projected to reach 455 terawatt-hours, and by 2035, it is projected to reach 510 terawatt-hours.
In conclusion, Turkey's focus on hybrid solar power and storage units near me is a significant step towards a greener and more sustainable energy future. With comprehensive policy measures and the right investments, Turkey can accelerate its energy transition and meet its rising energy demands while reducing its carbon footprint.
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