Residential PV

India’s renewable energy push is inherently decentralized. Solar parks in Rajasthan, wind farms in Gujarat and Tamil Nadu, and hybrid projects across states are often located far from consumption centers. Bridging these geographical gaps requires robust, resilient, and future ready transmission network. Without it, even the most ambitious generation targets risk underutilization.

AmpereHour Energy has partnered with Organo Eco Habitats to deploy a centralised battery energy storage system (BESS) at the Organo Antharam residential community in Hyderabad, marking a significant step in scaling integrated solar PV and storage at the community level. 

Clean energy subsidies for renewable energy and electric vehicles (EVs) represent only 10% of India’s total energy subsidies. Though gradually expanding, these remain vulnerable to global oil price shocks due to structural fiscal dependence on oil and gas revenues. 

Premier Energies Ltd has launched the NeoBlack Series, an all-black G12R bifacial (glass-glass) TOPCon solar module for residential and premium commercial applications. The DCR-compliant module is available in power output ranging from 600 Wp to 630 Wp and efficiencies of 22.21% to 23.32%, respectively.

The clean energy transition carries a real risk of replicating the extractive habits of the fossil fuel era, just with different inputs. Land grabs for solar. Rare earth mining for batteries. Water consumption for green hydrogen. None of these are arguments against the transition. They are arguments for doing it intelligently. Floating solar is one example of that intelligence made practical.

India’s renewable power generation from solar, wind, hydro and bioenergy rose by a record 98 TWh (+24%) in 2025, driven by strong growth in solar and wind, according to a report by Ember. The increase was twice the nation’s electricity demand growth of 49 TWh, which was abnormally low owing to milder temperatures and slower industrial activity. As a result, India’s fossil power generation fell by 3.3%. 

As the energy-generating capacity scales up, it becomes critical to integrate intelligent embedded control and connectivity solutions. With a concerted effort to utilize the advances in power electronics and connectivity solutions, it is possible to achieve self-reliant, environmentally friendly, and efficient energy systems that can power a nation.

Researchers in the United States reviewed claims about PFAS in solar panels and found that while fluoropolymers may be used in limited components like backsheets or coatings, there is no confirmed evidence of PFAS leaching from commercially deployed modules. The study highlights widespread confusion between different PFAS types and emphasizes the need for clearer communication and transparency around fluoropolymer use in PV technologies.

The communities that engage earliest with the clean energy transition benefit most deeply from it. But community engagement does not happen automatically. It requires deliberate investment in workforce development, accessible training, and policies that channel economic benefit back to the localities where energy is generated.

Latest report from the International Energy Agency says last year’s 600 TWh increase in solar PV was the largest-ever electricity generation increase by any source in one year, outside of periods of post-crisis recovery.