As Dorca Energy, we have installed a solar power plant with a power of 30 kWac / 30 kWp on the roof of Celal Bayar University Köprübaşı Vocational High School.
The aim of the R&D Project is to determine the areas of convergence / Decoupling formed by comparing the theoretically calculated electricity generation and the electricity production values of the established Rooftop GES. The power plant is an R&D project and is also supported by the Zafer Development Agency.Dec.
Experienced and trained engineers of Dorca Energy commissioned Köprübaşı MYO GES by planning, projecting, selecting high-quality and carefully manufactured products, installing in accordance with techniques and standards in accordance with the purpose.

Köprübaşı MYO GES' electricity production is very close to the calculated electricity energy production and has been accepted as an internationally cited article titled Rooftop solar Photovoltaic (PV) plant – One year measured performance and simulations in the Journal of King Saud University – Science, shortly after the article was published, it continues to provide contributions to the scientific world by receiving references in 25 articles and citations in 105 articles.

3-Years Energetic and Economic Analysis of a 30kWp Rooftop PV Power Plant (3-Years Energetic and Economic Analysis of a 30KWP Rooftop PV Power Plant) in the journal Engineer Machinery, which is the subject of international scientific articles (citation).https://dergipark.org.tr/en/pub/muhendismakina/article/1072368) published an article under his name.

Dorca Energy does not only build Solar Power Plants, but also builds power plants that will create resources through award-winning and scientific studies.

Project Name
Köprübaşı MYO SPP

İnstallation Location
Celal Bayar MYO
SPP Application
Roof SPP  
Power
30 kWac/36 kWp
Purpose
Electricity generation for self-government 
Power Plant Feature
On Grid