Green Brothers Renewable Energy Private Limited
Start / Projekte / Green Brothers Renewable Energy Private Limited
Leistung2.038 MW
Tracker-Typ1P TSAT Airavat (All DC)
Inbetriebnahme2026 / Completed
KundeGreen Brothers Renewable Energy Private Limited
StandortSaraya, Gujarat, India
2.038 MW SOLAR PLANT WITH 1P TSAT AIRAVAT TRACKER SYSTEM
Sunchaser Structures successfully supplied and commissioned a 2.038 MW solar project for Green Brothers Renewable Energy Private Limited at Saraya, Gujarat.
The project is equipped with the advanced 1P TSAT Airavat (All DC) Solar Tracker System, designed to maximise energy generation through intelligent sun-tracking technology. The tracker continuously adjusts the orientation of photovoltaic modules throughout the day, ensuring optimal solar exposure and enhanced plant performance.
Key Features:• Installed Capacity: 2.038 MW• Tracker Technology: 1P TSAT Airavat (All DC)• Location: Saraya, Gujarat, India• Improved energy yield through precise tracking• Robust structure engineered for long-term reliability• Optimised land utilization and system efficiency
The project demonstrates Sunchaser's commitment to delivering high-performance solar tracking solutions that improve power generation and reduce the levelized cost of energy for utility-scale solar installations.
The project is equipped with the advanced 1P TSAT Airavat (All DC) Solar Tracker System, designed to maximise energy generation through intelligent sun-tracking technology. The tracker continuously adjusts the orientation of photovoltaic modules throughout the day, ensuring optimal solar exposure and enhanced plant performance.
Key Features:• Installed Capacity: 2.038 MW• Tracker Technology: 1P TSAT Airavat (All DC)• Location: Saraya, Gujarat, India• Improved energy yield through precise tracking• Robust structure engineered for long-term reliability• Optimised land utilization and system efficiency
The project demonstrates Sunchaser's commitment to delivering high-performance solar tracking solutions that improve power generation and reduce the levelized cost of energy for utility-scale solar installations.
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