Hartek Power Wins Contract for 75-MW Solar Project in India

• Hartek Power secures INR 1.13bn contract to develop a 75 MW solar farm in eastern India, adding to their impressive portfolio in the renewable energy sector.

Indian EPC firm Hartek Power has been chosen by SJVN Green Energy to develop a 75 MW solar farm in eastern India. The INR 1.13bn ($13.6m) contract includes the development, implementation and maintenance of a grid-connected solar facility and a 132 kV power substation. The project will be located in the town of Jamui, in the state of Bihar. Hartek Power is a subsidiary of the Hartek Group, specialising in power systems and transmission and distribution. This contract follows SJVN's recent commissioning of a 75 MW solar plant in Uttar Pradesh.

What is the role of Hartek Power in developing a 75 MW solar farm in India?

• Hartek Power, a subsidiary of the Hartek Group, has been selected by SJVN Green Energy to develop a 75 MW solar farm in eastern India.
• The contract, worth INR 1.13bn ($13.6m), includes the complete development, implementation, and maintenance of a grid-connected solar facility and a 132 kV power substation.
• The solar farm will be located in the town of Jamui, in the state of Bihar.
• Hartek Power specializes in power systems and transmission and distribution, making it well-equipped to handle the development of the solar farm.
• This project comes after SJVN's successful commissioning of a 75 MW solar plant in Uttar Pradesh, further solidifying their commitment to renewable energy in India.
• The development of the solar farm by Hartek Power will contribute to India's renewable energy goals and help reduce carbon emissions.
• The project will also create job opportunities in the region, boosting the local economy.
• Hartek Power's expertise in power systems and transmission and distribution will ensure the efficient and reliable operation of the solar farm.
• The grid-connected solar facility will provide clean and sustainable energy to the local community, contributing to the overall energy security of the region.
• The 132 kV power substation will enable the efficient transmission of electricity generated by the solar farm to the grid, ensuring a smooth integration of renewable energy into the existing power infrastructure.