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This report, prepared by TERI under the Responsible Energy Initiative (REI) India, assesses a farmer-led agrivoltaics (Agri‑PV) pilot at the Khare Energy Plant in Tikamgarh district, Madhya Pradesh. The study evaluates the project’s energy performance, agricultural outcomes, water use, financial viability, and socio-economic impacts, with the aim of understanding how Agri‑PV can support people‑centric and climate‑resilient renewable energy development in India.
DownloadThe Framework for AgriPV DPR Development by TERI provides a comprehensive, end-to-end guide for planning and implementing agrivoltaic (AgriPV) projects in India, where solar power generation is integrated with agricultural activities on the same land.
Building on TERI’s long-standing work on industrial decarbonisation and resource efficiency, this publication evaluates the potential of (BATs) to enhance plant-level performance—highlighting how wider adoption could, in aggregate, enable up to a twofold improvement in energy efficiency across major production routes.
Green Steel by 2030: Building the business case for the first green steel plant in India presents new analysis to support steel companies, policymakers, financiers, and civil society in identifying the conditions necessary to make commercial-scale green steel viable in India.
As India’s steel sector charts its path towards a low-carbon future, access to clear, actionable information on breakthrough technologies is critical. In this context, the Technology Ready Reckoner for Low Emission Ironmaking: Suitability to India serves as a comprehensive guide to support the sector’s deep decarbonization journey.
Improving raw material efficiency and decarbonizing upstream processes are critical steps for India’s steel sector to reduce its overall carbon footprint. In this context, the report Decarbonization of Iron Ore Pellet Manufacturing Industry, undertaken in collaboration with the Pellet Manufacturers’ Association of India (PMAI), explores technological pathways and strategic interventions to reduce emissions in the pellet manufacturing industry.
Improving energy efficiency is one of the most practical and cost-effective ways for the steel sector to reduce emissions and advance its decarbonization goals. Energy efficiency is seen as the ‘low-hanging fruit’ on the path to deep emission cuts, as these measures can deliver immediate gains without major technological shifts.
There is an increasing realization that effective low carbon growth of our societies requires urgent, broad-scale changes at a systemic level in how we manufacture and consume products. One such area of focus is the production of iron and steel, which among heavy industries is the largest source of CO2 emissions and the second largest energy user, responsible for around 7% of global emissions from the energy system. Iron and steel production is heavily dependent on fossil fuels due to the high heat requirements needed in these processes. To reduce carbon emissions from production processes effectively, nothing short of industrial transformation is required.
Transitioning towards clean energy and renewable sources is a significant measure to restrict Greenhouse Gas emissions and meet the climate goals set out in the Paris Agreement. Upcoming minilateral mechanisms, especially partnerships such as JETPs, despite setting ambitious targets have little to offer on recognizing the specific needs of the Global South to support sustainable energy transitions.
Egypt will host the 27th Conference of the Parties of the UNFCCC (COP27) in Sharm El-Sheikh from 6th -18th November 2022. The COP27 Presidency lays out the vision for inclusive, rules-based, ambitious, substantive outcomes, commensurate with the challenges based on science and guided by principles building on agreements, decisions, pledges, and commitments from Rio 1992 to Glasgow 2021.