Utility Scale PV

A rapid increase in capacity addition of renewable energy, especially solar, has heightened the risk of evacuation for surplus power, especially during daytime. This is driving curtailment for projects especially with temporary general network access (TGNA), which faced 80% of the total curtailment in India between April and December 2025.

Advait Greenergy, an arm of Advait Energy Transitions Ltd, has signed multiple Memorandums of Understanding (MoUs) with industry and academic partners across the hydrogen and renewable energy ecosystem in India.

The AI revolution has given us the ability to create predictive analyses, autonomy, and resilience in our energy systems. This will allow for the transformation of decentralized and disconnected energy systems into a single integrated network providing flexible, adaptive solutions.

The Chinese manufacturer said its new Star Shine I system is already available in Europe and can operate at speeds of 10–18 m/min, performing cleaning routes of up to 3 km round trip and 9 km in a single direction.

The green ammonia offtake agreement sets a new benchmark in the global energy landscape, with India emerging as an exporter of green fuels produced through an end-to-end indigenous value chain anchored in the country.

OXMIQ Labs will provide data center and system infrastructure advisory for AMI Labs’ upcoming gigawatt-scale AI computing facility powered by renewable energy in India.

Kärcher aims to build a closed-loop cleaning ecosystem for India’s solar industry, covering both PV manufacturing environments and the long-term maintenance of PV plants.

GlobalData says global renewable capacity will more than double to 8.4 TW by 2031, with PV reaching nearly 6 TW, a 13% compound annual growth rate from 2025 levels of 4.1 TW.

As India’s clean energy ambitions scale, investment will increasingly follow regions that can deliver outcomes, not just intent. Gujarat’s experience suggests that long-term renewable growth depends as much on institutional preparedness and grid integration as it does on natural resources.

Ultra high voltage transmission corridors, including 765kV networks, are increasingly becoming the backbone of this energy transition. These corridors enable bulk power transfer across long distances while maintaining system availability. By consolidating large volumes of electricity onto fewer transmission lines, they also reduce the need for extensive land acquisition and infrastructure duplication, which are often major constraints in transmission expansion.