Berry Alloys proposed 112.6 MW hybrid renewable capacity in Anantapur is a strategic cornerstone for reliable, low-cost, and low-carbon power. By fusing location advantages with a complementary wind-solar mix, Berry enhances operational resilience, protects margins, and strengthens market positioning. The portfolio is not just a hedge; it is a scalable platform for next-generation efficiency, compliance, and sustainable growth.
Anantapur offers conducive conditions for utility-scale renewables, with strong solar potential and seasonal wind complementarity. The district’s land availability and established transmission corridors enable efficient project siting, evacuation, and expansion. The state’s supportive environment for renewable integration provides a stable policy backdrop for captive consumption.
Combining 83 MW of solar with 29.6 MW of wind advantages complementary generation profiles, solar provides daytime baseload while wind contributes during evenings and monsoon seasons. This reduces intermittency and decreases the need for expensive short-term balancing from external sources. A hybrid setup also unlocks smarter dispatch and strategies, enhancing effective capacity utilization for industrial loads.
This proposed deployment of Berry Alloys proposed 112.6 MW hybrid renewable portfolio—29.6 MW wind and 83 MW solar—in Anantapur district, Andhra Pradesh.is a strategic play that secures long-term energy reliability, insulates margins from tariff volatility, and advances the company’s decarbonisation agenda. By pairing wind and solar in a resource-rich geography, The portfolio advances Berry Alloys’ decarbonisation agenda by lowering grid-dependent emissions intensity. It supports compliance with renewable obligations and positions the company for potential participation in emerging carbon markets, positioning itself as forward-thinking in the Ferro-alloy industry.
