✓ 480 kW Rooftop Solar Power Plant generating approximately 32% of the campus electricity demand
✓ Solar Water Heater installation reducing fuel and electricity consumption
✓ Solar Panel Supporting Shed designed for optimal sunlight capture and dual-use space
✓ Progressive LED Replacement Drive across the campus for improved energy efficiency
✓ Passive Solar Building Design with natural daylight utilization in classrooms and laboratories
✓ Natural Ventilation Architecture minimizing dependence on electrical cooling systems
✓ Automated Street Light Timers for efficient outdoor energy management
✓ Centralized Exit-Point Switches in laboratories, classrooms and offices to prevent energy wastage
✓ Monthly Energy Performance Monitoring (Units per Student) conducted since 2017–18
✓ Equipment-wise Energy Load Audits for efficient energy planning and optimization
✓ AMC-based Equipment Performance Reviews ensuring energy-efficient operation of utilities
✓ Planned transition from Window ACs to Split ACs for significant energy savings
✓ Remote Sensing Lighting proposed for corridors, lawns and low-traffic areas
✓ Student-led projects promoting renewable energy technologies and energy conservation
✓ No-Vehicle-Movement Policy inside the campus reducing fossil fuel consumption
✓ Common Bus Transport for staff and students minimizing transportation-related emissions
✓ Biodigester Plant producing clean biogas as a sustainable alternative energy source
✓ Green Building Design Initiative promoting long-term energy-efficient campus infrastructure
✓ Energy-efficient equipment upgrades including low-power computer monitors and electrical devices
✓ AC Temperature Lock Policy (27°C) implemented to reduce cooling energy consumption
