Enerparc Announces 35 MWp Solar Project in Gujarat for Industrial Clean Energy – Asia Pacific

Enerparc Energy announced its 35 MWp IPP solar project in Gujarat. Designed to cater to the growing demand for clean energy among Commercial and Industrial (C&I) consumers.
April 29, 2025. By News Bureau
Early off-takers hails from prominent industrial players across sectors such as recycling, automotive, packaging and plastics, and international mining, underscoring a growing shift among businesses toward cleaner, more cost-effective energy solutions.
Scheduled to commence power supply in August 2025, the project will generate approximately 58 million units of clean electricity annually, contributing to a reduction of 41,000 tons of CO2 emissions annually.
“The active response from the off-takers for our Gujarat project demonstrates the strong market confidence in Enerparc’s capabilities and the growing demand among industries for clean, reliable, and cost-efficient power,” said Kalyanram Udathu, CEO of Enerparc Energy. “We are excited to deliver a high-performance solar solution that will help businesses lock in long-term savings while contributing to their sustainability goals.”
Tailored to the needs of energy-intensive sectors including manufacturing, automotive, chemicals, and pharmaceuticals, the project offers a compelling hedge against fluctuating grid tariffs. Clients benefit from tariff stability, long-term cost predictability, and zero post-investment maintenance, along with measurable Scope 2 emissions reductions and full regulatory support.
Backed by Enerparc’s global track record of over 4.7 GW of solar installations globally, this project exemplifies the viability of clean energy as a financially sound and operationally seamless solution for industrial power needs.
As the trend for Open Access model continues to grow, Enerparc is actively partnering with forward-looking enterprises to unlock greater access to renewable energy, accelerating India’s transition toward a more resilient, sustainable, and cost-efficient energy future.
Interested clients can procure their power from this power plant under Group captive OA (Open Access) model.