Affordable and Clean Energy
7.2 University measures towards affordable and clean energy
BML Munjal University (BMU) is committed to advancing SDG-7 through energy-efficient renovations and sustainable infrastructure development. The campus integrates eco-friendly practices by upgrading existing buildings with energy-efficient lighting, high-performance insulation, and automated energy management systems. Solar panels and other renewable energy systems are deployed to reduce reliance on non-renewable sources.
7.2.1 Energy-efficient renovation and building
New constructions at BMU adhere to green building standards, ensuring sustainability through environmentally conscious materials and designs. Laboratory operations align with updated Lab Safety Guidelines, emphasizing energy conservation while maintaining safety standards.
BMU’s Environment and Green Policy outlines strategies such as regular energy audits, stakeholder collaborations for renewable energy adoption, and awareness campaigns to promote energy-saving practices among the campus community. These initiatives have significantly reduced energy consumption, and BMU continues to explore innovative technologies to make clean energy affordable and accessible. Through these efforts, BMU exemplifies its commitment to sustainability and a greener future.
7.2.2 Upgrade buildings to higher energy efficiency
BMU has undertaken significant initiatives to upgrade its buildings for higher energy efficiency, aligning with SDG-7 objectives. The university leverages advanced design and technology to minimize energy consumption and foster sustainability across its campus.
The installation of solar energy systems, detailed in the Solar Energy System Map, ensures a substantial portion of the campus energy requirements is met through renewable sources. Retrofitting efforts include the adoption of energy-saving equipment, enhanced insulation, and efficient HVAC systems, as highlighted in the Building Plan
The Green Initiative drives campus-wide efforts to integrate energy-efficient practices, complemented by guidelines outlined in the Environment and Green Policy. Awareness campaigns and visual aids, such as the 7.2.2 Videos, promote energy-conscious behaviours among students and staff.
Video 1 showing Sensor-based LED LightsVideo
Video 2 of Sensor-based LED Lights
Solar_Energy_system__installation_map
7.2.3 Carbon reduction and emission reduction process
BMU is dedicated to reducing its carbon footprint and aligning its operations with sustainable practices under SDG-7. The university implements robust carbon and emission reduction processes as part of its comprehensive Green Initiative. These initiatives focus on integrating renewable energy systems, optimizing energy consumption, and promoting eco-friendly practices across the campus
BMU is dedicated to advancing sustainability by exploring carbon credit options to offset residual emissions. This initiative not only addresses the university’s carbon footprint but also supports global efforts to reduce greenhouse gas emissions.
7.2.4 Plan to reduce energy consumption
BMU is committed to reducing energy consumption as part of its sustainable development initiatives under SDG-7. The university’s energy reduction plan incorporates innovative practices, renewable energy systems, and advanced technologies to optimize resource use.
By continuously monitoring energy usage and adopting innovative solutions, BMU exemplifies its commitment to a sustainable campus, significantly reducing its energy footprint and contributing to a greener future.
As part of this strategy, BMU actively redirects these investments into clean energy alternatives such as solar, wind, and other renewable energy sources, fostering a transition toward sustainable energy solutions.
7.2.5 Energy wastage identification
BMU is committed to identifying and minimizing energy wastage as part of its sustainability goals under SDG-7. The university employs a proactive approach to monitor, analyze, and address inefficiencies in energy usage across its campus.
BMU leverages its Solar Energy System for comprehensive energy monitoring, ensuring efficient utilization and identifying patterns of wastage. These insights enable targeted interventions, such as optimizing energy usage in high-consumption areas like laboratories, classrooms, and common facilities.
7.2.6 Divestment policy
BMU envisions a sustainable and low-carbon future, where its investments align with environmental stewardship, social responsibility, and the global transition to clean, renewable energy. By divesting from carbon-intensive energy industries such as coal and oil, the University commits to combating climate change by moving towards sustainable and renewable energy alternatives. We aim to integrate responsible investment practices that promote environmental sustainability, societal well-being, and long-term financial stability. This commitment will accelerate the transition to a low-carbon economy and support innovations for a greener future.
To ensure impactful and ethical investments, BMU collaborates with financial partners who share its values of sustainability and environmental stewardship. These partnerships enable the university to support innovations in renewable energy, energy-efficient technologies, and green infrastructure.
Through this divestment and reinvestment framework, BMU exemplifies its dedication to combating climate change while promoting global efforts toward a greener and more sustainable economy. This approach highlights BMU’s leadership in responsible investment and its commitment to shaping a low-carbon future.
7.3 Energy use density
Link_6_Adopting green and sustainable practices. Energy usage per sqm – 14.8002996665682
Total energy used – 1402654
(DHVBN Units:-1107660 ,Solar Units :-246699 & DG Units ]:-48295 )
University floor space – 94772
7.4.1 Local community outreach for energy efficiency
BMU is dedicated to fostering energy efficiency and sustainability within the local community through targeted outreach initiatives. These efforts aim to educate, engage, and empower individuals to adopt energy-saving practices and contribute to a greener future.
Through these efforts, BMU actively bridges the gap between education and implementation, creating a lasting impact on the local community’s journey toward energy efficiency and sustainability.
7.4.2 100% renewable energy pledge
BMU is committed to achieving a 100% renewable energy target as part of its dedication to SDG-7 and fostering a sustainable future. This pledge underscores BMU’s leadership in transitioning toward clean energy and reducing its carbon footprint.
In alignment with this pledge, BMU actively engages students, faculty, and the local community in awareness programs to promote renewable energy adoption. These efforts reinforce the university’s role as a pioneer in sustainability and its unwavering commitment to a clean energy future.
7.4.3 Energy efficiency services for industry
BMU extends its commitment to SDG-7 by offering energy efficiency services tailored for industrial applications. By leveraging expertise in sustainable practices and technology, BMU collaborates with industries to optimize energy use, reduce costs, and minimize environmental impact.
Adopting green and sustainable practices
Sustanbility & Climate Change_1
Sustanbility & Climate Change_2
7.4.4 Policy development for clean energy technology
BMU is committed to monitoring its divestment and sustainability goals rigorously, ensuring alignment with international environmental standards. Through continuous review and stakeholder collaboration, the University will remain a leader in sustainable practices and investments. This policy underscores BMU’s dedication to shaping a sustainable future while setting a precedent for academic institutions worldwide.
BMU is committed to advancing clean energy technology as part of its sustainable development vision. The university actively divests from carbon-intensive industries like coal and oil, redirecting investments toward renewable energy sources such as solar and wind. This aligns with BMU’s mission to promote environmental stewardship and accelerate the global transition to a low-carbon economy.
The policy framework includes fostering innovations in clean energy, enhancing energy efficiency, and investing in sustainable energy infrastructure, particularly in underserved regions. BMU implements a phased divestment roadmap with measurable goals, transparency, and accountability through regular progress reports.
Campus initiatives complement this policy by integrating solar panels, energy-efficient lighting, and electric mobility, alongside community engagement programs to promote awareness of clean energy practices. Through these efforts, BMU exemplifies leadership in clean energy technology, supporting innovation and a sustainable future while setting benchmarks for academic institutions globally.
7.4.5 Assistance to low-carbon innovation
BMU actively supports low-carbon innovation through strategic initiatives and investments that align with its commitment to sustainability and combating climate change. The university explores carbon credit options to offset residual emissions while fostering research and innovation to reduce greenhouse gas emissions.
BMU has established a Centre for Advanced Materials and Devices, dedicated to developing new materials for sustainable energy generation. This research center focuses on advancing low-carbon and carbon-neutral technologies to contribute to global climate goals.
Through its Institute of Innovation and Entrepreneurship, BMU organizes an annual Pitch-Fest, encouraging startups and entrepreneurs to present ideas and solutions promoting low-carbon investments. This initiative nurtures innovative thinking and supports projects aimed at sustainable growth and energy transition.
By integrating research, innovation, and community engagement, BMU demonstrates its commitment to fostering a culture of low-carbon development and advancing global efforts to achieve a sustainable future.
7.5 Low-carbon energy use
Low-carbon energy use – 246699
Total energy used – 1402654
Total energy used from low-carbon sources – 17.59