Ecoppia to deploy cloud-based robotic solar panel cleaning solution for over 400 MWp in India developed by Fortum

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Ecoppia has announced that it had been chosen by Fortum , to deploy its field-proven platform across different projects in India, totaling 427 MWp of production capacity. UK Climate Investments (UKCI), a Macquarie subsidiary, and Elite Alfred Berg (EAB) who are stakeholders for 230 MWp of Fortum’s operating asset, share the same vision to drive towards sustainable operation of solar business.

To reshape the global energy ecosystem and improve resource efficiency with smart solutions, Ecoppia was chosen to equip the Fortum developed projects in the Pavagada and Bhadla solar parks with its connected and environmentally friendly E4 solution. Ecoppia is already well-known and massively operational in the Indian subcontinent, deployed over nearly 2.0 GW in production capacity in that region alone, and boasting over 7GW in secured projects globally.

Ecoppia’s robust E4 robot for fixed tilt solar installations supports both framed and frameless panels, adds no load to panel surface, and has been proven to be fully safe on both panels and Anti Reflective Coating (ARC). Certified by the leading US module maker First Solar – the E4 will clean both crystalline modules and frameless modules in Fortum's sites.

“As we in Fortum drive the change towards a cleaner world, the Ecoppia water-free solutions are a perfect fit with our strategy,” said Sanjay Aggarwal, Managing Director India in Fortum. “Now, we will be able to provide clean energy without exhausting water resources – ensuring solar energy production is both cost-effective and truly environment friendly. This is a natural next step towards sustainable & clean development, a joint vision shared with our partners UKCI & EAB” he concluded.

“It’s a great honor to extend our successful collaboration with Fortum to additional projects,” noted Eran Meller, CEO of Ecoppia. “We see Fortum as a true and visionary partner in advancing the solar industry towards full automation and lower, viable LCOE,” he continued.