NEW DELHI: Sunkonnect, a renewable energy management consulting firm, has announced ambitious plans to reduce carbon dioxide emissions from educational institutions across India by 15 percent over the next four years. This initiative aims to cut approximately 34 million tonnes of CO2, positioning India’s education sector as a significant contributor to national climate action.
Information was available with The Chenab Times that India’s vast education sector, which includes over 248 million students, 1.47 million schools, and millions of university students and teachers, generates a substantial environmental footprint. Buildings within these institutions alone are estimated to produce 230 million tonnes of CO2 annually, a figure projected to rise with sector expansion.
Recognizing the imperative to address this growing environmental challenge and enhance the energy efficiency of Indian educational campuses, Sunkonnect’s plan targets a 15 percent reduction in emissions within a four-year timeframe. The company highlighted that most educational institutions operate predominantly during daylight hours, presenting a prime opportunity to harness solar energy and transition towards net-zero campuses equipped with real-time carbon footprint monitoring.
To capitalize on this potential, Sunkonnect intends to install solar rooftops on more than 5,000 schools across India over the next seven to ten years through its Sunsol solution. Rohit Sikkewal, a Sustainability and Climate Change Solution Expert at Sunkonnect, emphasized the role of educational institutions in nurturing future leaders and thinkers.
Sunkonnect has recently entered into a partnership with a private university as part of its broader decarbonisation strategy. These collaborations will involve conducting greenhouse gas (GHG) footprint assessments and developing comprehensive sustainability roadmaps for campuses, thereby establishing benchmarks for environmental stewardship within academia. This move also signifies Sunkonnect’s strategic entry into India’s USD 35 billion education market, responding to the increasing demand for high sustainability standards.
Globally, electricity consumption accounts for 78 percent of campus emissions, with Indian higher education institutions averaging 2.67 tonnes of CO2 emissions per student. The company outlined a clear pathway to achieve meaningful reductions, focusing on renewable energy integration, energy efficiency measures, and optimized resource management. Sunkonnect’s comprehensive approach includes conducting energy audits and retrofits, upgrading lighting to LEDs, implementing waste segregation practices, and eliminating single-use plastics.
The subsequent phase of the initiative, projected to span one to three years, will incorporate the installation of rooftop solar photovoltaic (PV) systems, rainwater harvesting mechanisms, the establishment of electric vehicle (EV) charging stations, and the deployment of biogas plants. Long-term strategies will encompass commitments to net-zero emissions, the creation of vehicle-free zones, biodiversity monitoring, and the implementation of advanced water management systems, all directed towards reducing emissions on a per-student and per-square-foot basis.
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