Energy Conservation

Kalinga University demonstrates a strong commitment to achieving Sustainable Development Goals (SDGs) through a range of institutional initiatives. In alignment with SDG 7 (Affordable and Clean Energy), the University promotes the use of renewable energy and environmentally responsible practices across the campus to reduce its carbon footprint. It regularly organises skill development and capacity-building programs and encourages interdisciplinary research and innovation to address sustainability and societal challenges. Various awareness campaigns, workshops, seminars, panel discussions, guest lectures, and community outreach activities build environmental consciousness, social responsibility, and inclusive development.

Financial Year	Total Electricity Consumed (Grid+RE)	Total Renewable Energy (RE) Power Installed (Solar + Wind + Others)	Total Electricity Generated by RE Technology (Solar + Wind + Others)	Total Built-up Area
Unit	kWh	kWp	kWh	Sq.ft
2024-2025	2441.75	300	93936.10	829921
2023-2024	3943.3	300	125946.60	829921
2022-2023	119.86	300	97119.11	829921

Our Initiatives

Solar Power Systems – Rooftop Solar Energy

The University has installed a 300 kWp Solar Power Plant, reducing dependence on conventional electricity sources. So far, it has generated 125,946.60 kWh of electricity, contributing towards lower carbon emissions and clean energy usage on campus. Solar panels are installed on rooftops and open spaces to maximise sunlight exposure and energy efficiency. The University actively promotes the usage of renewable energy through various skill development programs, research and awareness activities.This initiative not only lowered electricity expenses but also proved our commitment to adopting green technology.

Biogas Plant

For efficient waste management, the University has installed a biogas plant on campus that converts organic and food waste generated from hostels and other campus areas into renewable energy. The biogas produced is used as a clean fuel, reducing the dependence on conventional fuels. The plant also produces nutrient-rich slurry, an organic fertiliser used in gardening and landscaping purposes, promoting sustainable resource usage and a circular approach towards waste management.

Sensor-Based LED Lighting Systems

The university has installed sensor-based LED lighting systems in several campus buildings and common areas. These smart lighting systems automatically switch on or off based on human movement and ambient light conditions, reducing unnecessary lighting consumption while maintaining adequate lighting across the campus.

Centre of Excellence for Sustainable Transportation and Green Campus Initiatives

The institution has established a Centre of Excellence dedicated to promoting sustainable and innovative practices across campus. As a key initiative, an eBlu Electric Vehicle (EV) has been introduced to create awareness about eco-friendly and energy-efficient transportation systems. The university actively encourages staff members to adopt carpooling practices, helping to reduce fuel consumption, traffic congestion, and carbon emissions. Additionally, well-organized bus facilities are provided to ensure safe, reliable, and convenient commuting for staff. These combined efforts demonstrate the institution’s strong commitment to environmental responsibility, energy conservation, and building a greener, more sustainable campus culture.