This study presents an economic analysis of grid-connected residential rooftop PVs in Turkey under the current feed-in tariff (FiT) scheme. Three solar parts are formed on the solar map of Turkey to discuss the effect of solar radiation differences between regions on the feasibility of the systems.
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In this study, cost-benefit analysis and the economic and environmental effects of rooftop solar systems are discussed, as well as financing tools, policy mechanisms and business models
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The analysis concludes with policy recommendations for Türkiye, taking into consideration global policies regarding rooftop solar energy, as well as the context of electricity tariff subsidies in Türkiye.
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3Rooftop solar energy potential in buildings – financing models and policies for the deployment of rooftop solar energy systems in Turkey List of figures List of tables List of information boxes
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It is therefore not clear what planned capacity will be installed on rooftops, land or water surfaces. Türkiye’s technical potential of at least 120 GW of rooftop solar capacity indicates that rooftops will play an important role in achieving the country’s solar energy capacity targets.
Türkiye’s rooftop solar potential is close to ten times its current installed solar capacity. The top three provinces for total rooftop solar potential are Istanbul (10.4 GW), Ankara (10.1 GW) and Izmir (9.3 GW), the provinces with the highest population.
Türkiye, which has ambitious solar targets, has a rooftop potential almost ten times its installed solar capacity. In addition to the current potential of roofs, tens of thousands of new buildings are being constructed every year in Türkiye with the rebuilding effort in the earthquake zone raising this figure even higher.
In fact, the installed rooftop capacity doubled for two consecutive years and reached 3 GW in 2022. Despite being far behind in rooftop solar power potential, Türkiye’s policies could likewise lead to a rapid increase in rooftop solar installations. Download Acknowledgements Cover photo Mikel Bilbao / Alamy Stock Photo Contributors
Most stakeholders agreed that a significant amount of the solar PV potential in Turkey could come from RSPV systems. Benefits would include reduced transmission and distribution system losses, lower prices to consumers, reduced energy imports, environmental benefits and economic development and job creation.
Since the earthquake zone was not taken into account and the potential calculation was done by estimating the rooftop area that would be covered with relatively low-efficiency panels, it is likely that the true technical potential across the country even exceeds 120 GW.
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