Emmvee expands manufacturing, inaugurates 5th module manufacturing facility in Bengaluru
Emmvee has expanded its solar manufacturing capacity with a new state-of-the-art facility near Bengaluru, boosting its PV module production to ~6.6 GWp and solar cell capacity to 2.5 GWp. This milestone marks a major leap toward India’s renewable energy goals and solar self-reliance.
With this expansion, the company becomes ~6.6 GWp strong in PV modules and 2.5 GWp in solar cells.
New Delhi, April 16, 2025 – Emmvee, a national player in India’s solar manufacturing sector, announced the inauguration of its new facility at Sulibele, near Bengaluru International Airport, Karnataka. With this expansion, the company adds ~2.0 GWp module capacity to become around 6.6 GWp strong in PV modules and 2.5 GWp in solar cells.
Speaking on the occasion, Mr D V Manjunatha, Chairman and Managing Director, said, "This is yet another step in the company's dedication to supporting India's renewable energy goals and achieving solar manufacturing self-reliance."
The new manufacturing unit covers nearly 4 lakh square feet and will accommodate more than 500 new team members, including core engineering professionals, senior management, factory operations, and administrative staff. Emmvee currently has a workforce of over 2,000, and the new hires will further add to its strength.
Mr Suhas Donthi, President and CEO of Emmvee, added, “The new facility will bolster our production capacity, which will enable us to better service our customers. We are not merely increasing capacity but also enhancing our technological advancements and business operations. The unit is designed with advanced automation, multiple level of quality control and is versatile to produce different module sizes and formats.”
Currently, within India’s renewable energy landscape, solar power leads the way with an installed capacity of 105.65 GW, playing a crucial role in India’s efforts to harness its abundant sunlight and reflecting the country's increasing reliance on cleaner, non-fossil fuel-based energy sources.
