MEP services provider Sterling and Wilson, announced that it has recently set up a 32 MW Solar Power Plant for Clean Solar Power (Dhar), a SPV floated by Hero Future Energies at Goyalkhedi/Kamlakhedi village in Madhya Pradesh.
Sterling and Wilson’s scope of work for Hero Future Energies solar project included design, engineering, supply, fabrication, construction, inspection, installation, testing and commissioning of their complete solar power plant that spreads across 171.60 acres of land.
The project was awarded to Clean Solar Power under Phase 2 Batch 1 of JNNSM with 10 MWp under Domestic Content Requirement (DCR) and remaining 22 MWp under Open Content Requirement (OCR).
Speaking on the completion of the 32 MW solar power plant that has been set up for Hero Future Energies, Bikesh Ogra, president, Sterling and Wilson, Electrical & Solar Business said, “Being India’s leading Solar EPC solutions provider, Sterling and Wilson has always strived to provide its Clients with competitive and world class solar power generation plants. Our vast experience helps us in delivering all of our projects on or before time, thereby creating further value for our esteemed clients. We are happy that Hero Future Energies chose us as their preferred partner for setting up their solar power plant in MP. We look forward to providing Hero Future Energies with innovative solar solutions in the near Future.”
Sunil Jain, CEO and ED of Hero Future Energies commented, “Hero Future Energies in partnership with Sterling and Wilson has been able to commission the project by March 31st 2015 which is well ahead of JNNSM timeline of April 28th 2015. We appreciate Sterling and Wilson’s professional work in timely completion of the project.”
Sterling and Wilson has used the fixed tilt technology for mounting solar PV panels for optimal solar irradiance in this project based on the geographical location of the plant. The entire solar power plant for Hero Future Energies, from signing of the contract to the commissioning of the project was completed in a short span of 135 days.
