Energy Efficient Buildings

Amity University Haryana (AUH) is located in the scenic 110-acre Amity Education Valley, near Gurgaon, one of India’s largest corporate hubs. The university’s building has achieved LEED Platinum accreditation, the highest rating for green buildings, due to its innovative design, strategic location, water efficiency, energy and atmosphere considerations, sustainable site practices, indoor environmental quality, and material resources. It is the first university building in India and the second in Asia to receive this distinction in the operation and maintenance category.

The university building features a series of sunken courts that help regulate heat in both summer and winter, thereby minimizing air conditioning energy consumption. Each building is designed with multiple windows and glass facades to enhance daylight utilization, while the roofs are coated with reflective paint to decrease heat absorption and lower the overall heat load. The architectural design, including ramps and connectors between buildings, reduces reliance on elevators and electrical lighting.

1. Recertification of LEED Platinum Status:
• Conduct an extensive energy audit to meet updated LEED (Leadership in Energy and Environmental Design) standards.
• Upgrade existing infrastructure with modern, sustainable materials to maintain the platinum rating.
2. Promoting Renewable Energy:
• Expand the use of biogas generated from campus food waste for cooking and water heating in residential hostels.
• Increase the capacity of solar energy systems to meet at least 50% of campus energy needs.
   
3. Energy-Efficient Lighting Solutions:
• Transition to 100% eco-friendly LED lighting systems with motion-sensor technology across the campus to minimize wastage.
• Replace traditional lights with solar-powered outdoor lights in pathways, gardens, and parking areas.
4. Green Building Expansion:
• Incorporate green roofs and vertical gardens on existing and new buildings to reduce heat island effects and improve insulation.
• Use smart glass technologies in windows to maximize daylight use and minimize heat absorption.
5. Water and Waste Management:
• Install rainwater harvesting systems across all rooftops.
• Upgrade sewage treatment plants (STPs) for enhanced wastewater recycling, using treated water for gardening and cooling systems.
6. Awareness and Involvement:
• Host workshops and seminars on sustainable practices and energy conservation for students and staff.
• Encourage students to participate in eco-friendly projects, including the development of biogas plants and solar panel installations.