As operational costs escalate and environmental responsibilities deepen, OHMS Energy is collaborating with educational and life sciences institutions throughout India to advance energy efficiency, sustainability, and energy independence through solar solutions. With over ten years of expertise in renewable energy, OHMS Energy has identified a critical need among colleges and research centers—facilities that typically possess high energy demands, expansive campuses, and a growing institutional commitment to environmental stewardship.
“These organizations represent more than utility consumers; they serve as catalysts for societal change,” said Anuraag Gupta, Director at OHMS Energy. “Their transition to solar energy not only reduces operational expenditure but also instills environmental values in thousands of students and faculty.”
Institutions often require between 200 to 1,200 kWh of electricity daily. OHMS Energy delivers solar systems ranging from 50 to 250 kW, capable of offsetting 25% to 80% of daily consumption. A 250 kWp installation, for example, can lower carbon emissions by 350 metric tons annually and generate cost savings of ₹17 to ₹25 lakhs per year.
Over time, these installations may result in savings exceeding ₹5 crores and prevent the release of more than 8,000 metric tons of CO₂—freeing resources for reinvestment in academic development, research, and infrastructure. Several academic institutions have already partnered with OHMS Energy to implement customized solar solutions.
These include Chartered Institute of Technology in Rajasthan, Namo Medical Education & Research Institute in Silvassa, Chandrabhan Sharma College in Powai, and Vidyavardhini’s College of Engineering and Technology (VCET) in Vasai. These institutions now benefit from reduced energy expenses and smaller carbon footprints, while also integrating renewable energy into their educational frameworks.
To meet the specific requirements of research laboratories, clean rooms, and technical facilities, OHMS Energy conducts detailed energy audits and develops hybrid solar systems. These include rooftop panels, energy storage units, and smart grid connections to ensure consistent, high-quality power.
A key outcome of these implementations is the cultural integration of sustainability. Solar infrastructure and real-time energy monitoring promote awareness, with students and faculty incorporating solar data into academic research and coursework.
“In many cases, these installations become extensions of the classroom, supporting multidisciplinary learning across engineering, environmental sciences, and data analytics,” Mr Gupta added. To overcome spatial constraints, OHMS Energy has introduced space-saving innovations such as elevated solar structures for shaded parking, vertical panel arrays, and high-efficiency modules that optimize energy yield per square foot.
Looking ahead, the company plans to enable net-zero energy campuses—institutions that generate as much energy as they consume. This vision includes integrating solar power with battery storage, electric vehicle (EV) charging infrastructure, and smart grid technologies, creating benchmarks for sustainability within the academic sector.
“India’s educational institutions are well-positioned to lead in environmental responsibility,” said Mr Gupta. “Our role is to provide them with the tools and expertise to realize that potential—effectively, sustainably, and at scale.”
OHMS Energy, established in 2010 and headquartered in Mumbai, India, specializes in providing comprehensive Engineering, Procurement, and Construction (EPC) services within the energy sector. The company focuses on Transmission and Distribution (T&D) and energy generation projects across both urban and rural areas. With a decade of industry experience, OHMS Energy has developed tailored energy solutions aimed at enhancing client growth, profitability, and operational efficiency.
