Affordable and Clean Energy

“Everyone’s Access to Inexpensive, Dependable, and Sustainable Energy”

Affordable and Clean Energy

K.R. Mangalam University is deeply committed to implementing affordable and clean energy through a comprehensive institutional strategy that integrates renewable energy adoption, energy efficiency enhancement, carbon reduction, and community engagement. Recognising that clean and affordable energy is central to climate action and sustainable growth, the University has aligned its operational practices, research priorities, partnerships, and outreach initiatives to support India’s transition to a low-carbon and energy-secure future.
The University’s Sustainable Environment and Green Campus Policy lays the foundation for this commitment, incorporating clear targets for renewable energy expansion, carbon divestment, energy efficiency upgrades, and climate-friendly infrastructure. With a 310 kW rooftop solar system generating over 1,225 GJ annually, the institution has already achieved a 17–19% share of low-carbon energy in its total energy mix and has publicly pledged to transition to 100% renewable operational energy in alignment with the National Renewable Energy Mission.
Beyond infrastructure, K.R. Mangalam University plays an active role as a knowledge and innovation hub for clean energy through research, conferences, industry collaborations, and policy advocacy. The University recorded 57 clean energy and sustainability-related publications in 2024 and 36 in 2023, demonstrating its academic leadership in the field. Through initiatives such as the MoU with The Climate Reality Project, support for green start-ups through MSME funding, and capacity-building programs for the local community, the University extends its impact well beyond the campus.
Energy audits, environmental audits, and green audits guide operational decisions; while carpooling programs, EV mobility, waste-to-energy systems, and energy conservation campaigns strengthen the behavioural foundation for a sustainable campus. These integrated actions reflect K.R. Mangalam University’s holistic approach to ensuring access to affordable, reliable, sustainable, and modern energy for all, making a meaningful contribution to India’s climate commitments. The University has won accolades for practising sustainable education by the Sustainable Institutions of India, Green Ranking 2023.

Affordable and
Clean Energy

Policies on Affordable and Clean Energy

Annual Report – Good Health and Well Being

Events And Activities

Survey on TB Mukt Bharat

Supporting Sustainable Livelihoods through Education and Cultural Entrepreneurship

Seminar on Drug Deaddiction

Self Medication A Challenge In The Healthcare Management

Energy Conservation Measures


K.R. Mangalam University is deeply committed to sustainability, integrating comprehensive facilities for alternative energy sources and energy conservation. Guided by a forward-looking Solar Energy Policy and a Biogas Plan, the institution has adopted an advanced Energy Management System to monitor and optimize energy use, assess costs, and ensure reliable supply. These measures reflect the university’s proactive approach to building a resource-efficient campus.

To further its green initiatives, the university actively implements modern energy conservation technologies and strategies aimed at minimizing consumption. By reducing dependency on conventional energy sources and embracing renewable solutions, the campus not only ensures operational efficiency but also upholds its responsibility toward climate action and long-term ecological balance.

The institution’s dedication to environmental stewardship is also evident in its efforts beyond energy management. Having achieved a zero-pollution status through strict adherence to sustainability benchmarks, K.R. Mangalam University has submitted the necessary data and credentials for external scrutiny. Its rainwater harvesting system effectively recharges the soil and replenishes the underground water table, creating a self-sufficient ecosystem that supports both the campus and the surrounding community.


Solar Energy

Power efficient


LED Conservation

Sensor


D. Sensor

Policies


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