Combining solar power generation with robust electrical and grid connection infrastructure, the project involves a comprehensive implementation process in which disciplines are coordinated from site organization and mechanical and electrical works to system integration and energization. Commercial operation is targeted for January 2027.
Energy Projects
Kalyon İnşaat Solar Power Plant
Kalyon İnşaat Solar Power Plant
A renewable energy project of approximately 60 MWp contributing to Romania's energy transition
Romania
Kalyon İnşaat Solar Power Plant
Highlights
Architectural and Engineering Details
Energy Efficiency and System Optimization
Implementation Strengthened by Local Cooperation
A New Step in Our Romanian Project Experience
Solutions
01
Integrated System Management
Photovoltaic systems, electrical infrastructure and the grid connection are addressed through an integrated engineering approach.
02
Energy Efficiency
Generation performance is supported by DC/AC sizing, control of cable losses and site layout optimization.
03
Grid Integration
The plant, together with its transformer and switchgear systems, is being integrated into the electricity grid through 110 kV connection infrastructure.
Project Stages
01
Mobilization and Site Preparation
Mobilizing the project site and preparing it for implementation works.
02
Mechanical and Electrical Works
Installing photovoltaic systems and mechanical and electrical infrastructure in accordance with the site layout.
03
Grid Connection
Integrating the plant into the electricity grid by completing the 110 kV connection and transformer and switchgear infrastructure.
04
Energization and Commercial Operation
Bringing the plant into commercial operation following testing, acceptance and grid procedures.
Located in Romania's geographical center, Sibiu offers significant advantages for implementing the project through its solar potential, grid connection opportunities, logistical access and investment environment.
Sibiu's location at the intersection of Romania's five main electricity distribution regions gives the project particular importance for energy infrastructure. In this setting, the Kalyon İnşaat Solar Power Plant is being developed as an investment that will increase Romania's renewable generation capacity while supporting regional energy flows and grid balance.
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