Headquarters
The Energy and Resources Institute (TERI)
Darbari Seth Block, Core 6C,
India Habitat Centre, Lodhi Road,
New Delhi - 110 003, India
Energy efficiency is a key driving force in meeting India’s environmental and climate goals. We work closely with large and small industries and the buildings sector to help improve their energy performance. We have demonstrated a range of technologies and practices that have helped small and medium enterprises in India to reduce their carbon footprint and improve their profitability. Other significant efforts include supporting the Indian government’s Perform Achieve and Trade (PAT) scheme to promote energy efficiency in large industries.


Less than 40 countries have so far submitted their revised NDCs. Others are expected to follow.
Coalbed methane (CBM) represents a significant portion of the world’s natural gas reserves, and it has been suggested that up to 20% of the world’s natural gas, including CBM, is microbial in origin. However, the drilling and maintenance of microbial CBM wells are becoming increasingly uneconomical due to the currently low gas prices, growing competition from shale gas production, and the relatively short lifespan of CBM production wells.
TERI organised four virtual technical sessions on 'Powering India's Hydrogen Ecosystem' at the International Climate Summit 2021 where discussions focused on the scope, potential, and policy and regulatory impetus needed to boost green hydrogen application in India.
With rapid urbanisation and a growing population, there is a demand for sustainable, clean, and energy efficient cooling solutions. Access to cooling has become a development need and an equality issue. The interplay of a variety of factors is important to understand in order to encourage energy efficiency in cooling.
Apart from easy availability of energy efficient technologies, consumers require a nudge to bring about behavioural change regarding energy conservation in daily life
A Model Green Division project by a discom in East Delhi's Mayur Vihar could reduce 2100 tonnes of carbon dioxide equivalent
Historically, cross-border energy cooperation has prioritized the supply side; however, in the Global South, rising energy demand is increasingly driven by the appliances and transport sectors. Without robust demand-side efficiency, countries risk locking themselves into high-cost, import-dependent, and energy-intensive growth trajectories.
NEW DELHI, JAN 30 — In a move to redefine India’s energy landscape, TERI, in collaboration with the Ministry of New and Renewable Energy (MNRE), hosted a high-level, closed-door workshop at the Atal Akshaya Urja Bhawan. The strategic session focused on accelerating Decentralized Renewable Energy (DRE) as a primary engine for livelihood enhancement across rural India.
Jointly organised by:
Department of Scientific and Industrial Research (DSIR), Ministry of Science & Technology, Government of India, and Asian and Pacific Centre for Transfer of Technology (APCTT), United Nations Economic and Social Commission for Asia and the Pacific (UN ESCAP)
Jointly organised by:
Department of Scientific and Industrial Research (DSIR), Ministry of Science & Technology, Government of India, and Asian and Pacific Centre for Transfer of Technology (APCTT), United Nations Economic and Social Commission for Asia and the Pacific (UN ESCAP)
Recent industry analyses, including one developed collaboratively by GCCA India and TERI, highlights four key levers for further reducing emissions in the cement sector. These include increasing the use of SCMs to reduce clinker content, expanding the use of waste-derived and biomass fuels, enhancing energy efficiency through digital and smart control systems, and investing in CCUS technologies. Put together, these initiatives will provide a comprehensive effort towards a more sustainable and low-carbon cement industry.
Andhra Pradesh's dedication to renewable energy and saturation-level Energy Efficiency initiatives exemplifies a long-term vision to safeguard future generations, stated Mr Girish Sethi, Senior Fellow & Senior Director, Industrial Energy Efficiency Division, TERI, New Delhi. He observed that the MoUs signed within a single day could potentially garner investments totaling Rs 5,000 crore and could serve as a benchmark for other States.
Mr Girish Sethi, Senior Fellow & Senior Director, Industrial Energy Efficiency Division, TERI hailed the Andhra Pradesh government for signing a record number of MoUs in a single day for energy efficiency measures. These agreements, worth around Rs 5,000 crore in investments with central government agencies such as EESL, aim to aggressively promote energy efficiency and are expected to inspire other states to follow suit.
From housing to highways, India's growth story rests on cement. But this is a 'hard to abate' sector as far as carbon emissions go. Thankfully, pathways exist to decarbonize it, write Dr Vibha Dhawan, Director General, TERI and Mr Joydeep Mukherjee, Co-Chair, GCCA India.
India's booming steel sector, low-cost renewables and green hydrogen push create a unique opportunity to pioneer competitive green steel technologies at scale, writes Mr Will Hall, Visiting Fellow, Industrial Energy Efficiency Division, TERI.
In this episode, Mr Girish Sethi, Senior Director, Industrial Energy Efficiency Division, The Energy and Resources Institute or TERI to unpack one of the toughest challenges in India’s clean energy journey decarbonizing the steel and cement sectors.
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.
We assist industries in reducing their energy consumption through audits at the plant level. We undertake technology assessments of energy and environmental performance for different industrial sectors and develop or promote energy efficient and environment friendly technological solutions.
We develop and promote energy efficient technologies and environment friendly solutions for industries. The main objective is to enable supply chains to reduce fuel consumption, efficient resource utilization and enhance environmental performance.