SR University has adopted a comprehensive and sustainable energy management strategy by prioritizing renewable energy, efficient systems, and environmentally conscious infrastructure. A major highlight is the extensive use of solar energy, with 350 kW grid-connected rooftop Solar Photovoltaic systems installed across academic buildings. The DC power generated is converted to AC using high-efficiency multi-MPPT inverters and is utilized for campus needs, with surplus power wheeled to the TSNPDCL grid. In 2024, the university exported 39,742 kWh of excess solar power, demonstrating its contribution to clean energy generation.

To further enhance sustainability, SRU operates a biogas plant with a 250 kg capacity that processes food, vegetable waste, and sewage water. The plant produces biogas equivalent to at least one commercial LPG cylinder per day, supporting both waste-to-energy and circular economy principles.

Energy conservation is reinforced through sensor-based technologies, including solar streetlights, automatic water-tank overflow alarms, and sensor-operated water taps installed across all academic blocks. These systems significantly reduce wastage and optimize consumption.

The campus has transitioned fully to LED lighting, BLDC fans, power-efficient equipment, and LED monitors in laboratories. Architectural design ensures maximum natural ventilation and daylight, minimizing the need for artificial lighting and air-conditioning. Surrounded by dense greenery and water bodies, campus buildings remain naturally cool, requiring AC usage only during peak summer months.

Through these initiatives, SRU demonstrates a strong commitment to sustainable energy practices and responsible resource management.