Kosol Energie completes 142 MWp solar project for Coal India Ltd – pv magazine India

Kosol Energie has completed the installation and commissioning of a 142 MWp ground-mounted solar project for Coal India Ltd in Gujarat, deploying n-type TOPCon bifacial modules based on POE–POE encapsulation technology.
142 MWp ground-mounted solar project executed by Kosol for Coal India
Kosol Energie
Kosol Energie, a solar manufacturer and EPC company, has completed the installation and commissioning of a 142 MWp ground-mounted solar project for Coal India Ltd in Gujarat, deploying n-type TOPCon bifacial modules based on POE–POE encapsulation technology.
The project is located at Bhadramali village in Deesa taluka of Banaskantha district. The company said it completed the project within nine months after taking over a partially executed scope.
According to Kosol Energie, the project had previously been stalled and re-tendered, with challenges including legacy execution gaps, unresolved land acquisition issues, and right-of-way constraints for transmission infrastructure. The company said it efficiently navigated these challenges and accelerated the installation and commissioning (I&C) pace, completing the project in just nine months.
The installation uses 610 Wp monocrystalline n-type TOPCon bifacial modules with a 144-cell configuration. Kosol Energie said the modules incorporate POE–POE encapsulation for protection against dust and moisture ingress while ensuring minimal degradation. This advanced design offers high resistance to PID, LID, LeTID, and MID, thereby assuring sustained high performance and energy generation for over 30 years.
The company said “a substantial portion of the work has been executed using local manpower, generating employment opportunities and supporting the regional economy. In addition to temporary construction jobs, the project is expected to create long-term employment opportunities in operations, maintenance, and site security, fostering sustainable livelihood development in the area.”
Kosol Energie estimates the project to help offset around 4.77 million tonnes of CO₂ over a 25-year period.
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