Climate Change

Task Force on Climate-related Financial Disclosures

The energy sector is not insulated from climate change impacts and particularly vulnerable to risks due to its dependency on fossil fuels, energy-intensive production processes, and large carbon footprints. However, the sector becomes a solution to climate change mitigation and provides with an opportunity for transition to production of non-fossil-based energy, i.e., energy from renewable sources, nuclear energy, hydrogen based energy, etc. As the world is transitioning towards net-zero, energy companies have a critical role to play in this transition by giving the world access to sufficient amount of renewable energy or non-fossil energy.

With renewables becoming a significant part of JSW Energy’s power generation mix of the future, we are on the forefront to cater to growing demand for the cleaner fuel mix leading towards a better tomorrow. Apart from Solar, Wind & Hydro, we are assessing emerging technologies across green hydrogen and its derivatives, offshore wind, and storage solutions, including battery, and pumped hydro storage. We have set our targets to reduce our emissions and contribute in mitigating climate change. We made a commitment to endorse and uphold the recommendations of the Task Force on Climate-related Financial Disclosures (TCFD). By aligning with these recommendations in its four pillars, we aim to enhance our understanding of the potential impact of climate change and make well-informed decisions regarding current and future decarbonisation strategies.

Climate Change Incentives

JSWEL provides incentives for the management of climate change issues, including the attainment of targets.

  • CEO’s incentivization mechanism is associated with targets pertaining to increase in the overall share of renewable energy in the power mix.
  • Development and implementation of mitigation plans of the physical risks identified under TCFD are part of CRO’s key responsibility areas.
  • Ensuring thermal efficiency of thermal plant / Heat Rate is a part of the KRA of all Business Unit Managers.

Climate Governance

JSW Energy’s board of directors demonstrates strong leadership in overseeing climate-related matters, ensuring that they are fully integrated into the company’s overall business strategy. At the Board level, the Sustainability Committee and the Risk Management Committee review climate-related matters during biannual meetings and report to the Board of Directors. At the management level, the Executive Committee and corporate function teams oversee climate-related matters. We have a dedicated climate change policy with focus on preventing causes, mitigating impacts, and building resilience to climate change.

Strategy

Our sustainability efforts prioritise non-fossil-based energy and sustainable development, along with transparency in operations and investments. Recognising the significance of climate risks in our business strategy and decision-making, we conducted a climate change risk assessment. Scenario analysis as per RCP 4.5 and RCP 8.5 that played an important role in assessing climate-related risks and opportunities. Where, RCP 4.5 represents a pathway where greenhouse gas emissions are moderately stabilized by the end of the 21st century through significant mitigation efforts. On the other hand, RCP 8.5 depicts a high-emission pathway without adequate climate policies, resulting in substantial increase in greenhouse gas concentration.

By utilising scenario analysis, we gained insights into potential climate-related risks and opportunities. This assessment guides our climate strategy and business planning for the future. It has helped us embed sustainability at the heart of our business strategy.

Scenario Analysis

JSW Energy has conducted a climate scenario analysis using two Shared Socioeconomic Pathway (SSP) models to assess potential climate-related risks across short-, medium-, and long-term horizons:

  • SSP5-8.5 – High-Emission Scenario (Business-as-Usual): Represents a worst-case trajectory characterized by fossil fuel-driven growth and rising emissions. This scenario indicates a high likelihood of severe physical risks, including infrastructure damage, water scarcity, and increased flood events.
  • SSP2-4.5 – Stabilization Scenario (Optimistic): Assumes moderate mitigation efforts with emissions peaking around 2040. This scenario presents a lower likelihood of significant harm, with risks expected to be more manageable through adaptation.

Time Horizons and Risk Likelihoods

Time Horizon Risk Likelihood Description
2024–2027 (Short-term) Moderate Manageable impacts with potential operational challenges
2027–2037 (Medium-term) High Increased exposure to floods, water stress, and infrastructure vulnerability
2037–2052 (Long-term) Low (SSP2-4.5) / High (SSP5-8.5) Varies by scenario; long-term risks may be mitigated under SSP2-4.5
Risk Assessment and Mitigation Strategy

Physical Risk Assessment

JSW Energy has identified several location-specific physical risks requiring proactive mitigation:

Physical Risks JSW Asset Mitigation Strategy
Landslides – High Risk
(Short, medium & Long term)
  • Karcham Wangtoo Hydropower
  • Baspa Hydropower
  • Kuther Hydropower
  • Preparation of methodology/ SOP for identification of most vulnerable landslide sites
  • Risk mitigation through informed land use
  • Development of Landslide monitoring and Early warning systems (EWS)
  • Site specific landslides/ slope stabilization works
Glacial Lake Outburst Floods (GLOF) – medium to High risk
(Medium & Long term)
  • Karcham Wangtoo Hydropower
  • Baspa Hydropower
  • Kuther Hydropower
  • Policy Document (For Emergency Response based on GLOF studies Already done.)
  • GLOF events are also a high risk in the long term and require continuous monitoring of the Glacial lakes.
  • Previous monitoring of the GLOF was done in 2020 and as per the Central regulation we have also completed the study again in August, 2025 (through National Institute of Hydrology, Roorkee).
  • The formal report is expected to be finalized by mid October-2025.
High Sediment Flow – medium to High Risk
(Long term)
  • Karcham Wangtoo Hydropower
  • Baspa Hydropower
  • Kuther Hydropower
  • High sediment flows already impact the operations seasonally during the monsoons.
  • At present this is duly tackled by releasing water from the Dam/Barrage on a regular basis in line with operational requirements minimising the affect of sedimentation. (At present as per industry this is the best practice for countering sedimentation).
  • Additional measures in the long term suitable for our operational systems are:
    • Targeted Afforestation and land use management
    • Plantation or vegetation cover near banks
Climate Related Opportunity
Opportunity Opportunity Type Opportunity Description
Shift in consumer preferences Energy source JSW Energy intends to increase its renewable portfolio up to 10GW capacity by FY 2025. This target has been overachieved. Further, we intend to have total 30 GW capacity with 70% renewable capacity by FY 2030.
Lower costs of Solar Power generation products Products and Service In the last 8-9 years the cost of solar panels has reduced by 75%-80% and the technology has improved by leaps & bounds. The combined effect has brought the cost per unit down and very comparable or even lesser than the conventional thermal power costs. These reduced costs serve as an opportunity for JSW Energy to foray into the renewable space at a quick pace.
Use of new technologies Energy Source
  • Replacement of coal-based boilers with waste gas-based boiler.
  • Reduction in the consumption of fossil fuel there by reducing the emission of CO2.
  • Avoiding the usage of coal there by avoiding the cost of raw material.
  • Increased use of waste gases from steel plants to reduce dependency of thermal power plants on fossil fuel.
  • JSW Energy is in advanced stages of commissioning its 3,800 TPA Green Hydrogen Plant.
  • Battery storage and pumped hydro storage projects are under construction. This shall have a positive impact in promoting the decarbonisation of the industry.
Raising investments through green bonds Market
  • JSW Hydro Energy has established Green Bond Framework (the “Framework”).
  • The purpose of this Framework is to have a single robust methodology in place for all future Green Bonds, ensuring that for each instrument issued the principles of this Framework apply.
  • Generally, the Framework is aligned with the ICMA Green Bond Principles (“GBP”, 2018) which are a set of voluntary guidelines that recommend transparency and disclosure and promote integrity in the development of the sustainable finance market.
Access to new assets (increased diversification of assets) Market
  • Majority of the Capex in during FY 2024-25 has been used for the procurement and construction of the Renewable Energy projects from 3,737 MW in FY 2023-24 to 5,217 MW in FY 2024-25.
  • The RE project CAPEX for 2024-25 is INR 9,066 Crore.
  • Whilst the RE result in clean power without any emissions/pollution, it also contributes to social improvements through creating local opportunities to improve livelihoods.
Recycling Resource Efficiency 100% fly ash recycling and wastewater recycling.
Financial Risks and Opportunities
Risk/Opportunity Description
Risk 1: Flood-Induced Shutdowns of Hydropower Plants
  • During peak monsoon, JSW Energy’s hydropower plants generate 25–30 million units daily, earning ₹5.62–6.75 crore per day.
  • A 10-day shutdown due to flooding could result in a revenue loss of ₹56.25–67.5 crore.
  • To mitigate this, the company has implemented a comprehensive flood response system, including upstream warning mechanisms, public alert infrastructure, and catchment area plantations.
  • The total annual cost of these preventive measures is ₹72 lakh, comprising ₹2 lakh for tree plantations, ₹10 lakh for system maintenance, and a one-time capital investment of ₹60 lakh in flood monitoring equipment.
Risk 2: Escalating Coal Cess and Thermal Efficiency Challenges
  • With the government’s push to discourage fossil fuel use, coal cess is expected to rise to ₹800–1,000 per metric ton by 2030.
  • Given JSW Energy’s coal consumption of 10–12 million tonnes, this could translate into an annual financial impact of ₹800–1,200 crore.
  • To counter this, the company is modifying its thermal boilers to use blast furnace waste gases instead of coal.
  • Each boiler retrofit costs ₹150 crore, and with one already completed and another planned, the total mitigation cost stands at ₹150 crore.
  • This transition supports both cost reduction and decarbonization goals.
Opportunity 1: Shift in Consumer Preference
  • JSW Energy is harnessing both national and global momentum toward clean energy by executing an ambitious expansion plan under its "Strategy 3.0."
  • The company has scaled its generation capacity from 4,559 MW in FY 2021 to 10,875 MW in FY 2025 and is targeting 30 GW by FY 2030 through investments in wind, solar, hydro, battery energy storage, and pumped storage projects.
  • To support this transformation, JSW Energy has committed ₹1,30,000 crore in capital expenditure between FY 2026 and FY 2030.
  • This strategic shift is expected to significantly boost financial performance, with projected FY 2030 run-rate EBITDA reaching ₹23,917–₹26,574 crore, 2.7 to 3.0 times its FY 2025 proforma EBITDA of ₹8,858 crore.
  • By aligning with evolving consumer preferences and government policies, JSW Energy is positioning itself as a leading force in India’s renewable energy landscape.
Policy Influence

At JSW Energy, we aim to act in collaboration with stakeholders and create value for them. We engage with various stakeholders such as industry, government and regulators, customers in the policy advocacy efforts. Across all our operational locations, we follow a well-defined and rigorous process to evaluate and prioritise significant public policy issues.

Issue or topic Corporate Position Description of Position / Engagement
Enhancement and maintenance of power systems Support We are a member of Northern Region Power Committee (NRPC) and Southern Region Power Committee (SRPC) who are working towards maintenance and improving the performance of grid. We expect our efforts through NRPC and SRPC would help in improving the distribution of power inter-state and inter-region, through maintenance of the power distribution system and to resolve issues related to efficiency and economy of the power system.
Enhancing energy transmission and distribution Support We are a member of Association of Power Producers (APP). Through APP we are working towards bridging the gap between private sector and government of India for efficient transmission and distribution of power to customers.
Enhancement and maintenance of power systems (Grid reliability) Support We are a member of Western Regional Power Committee (WRPC), which plays a critical role in ensuring the reliability and stability of the power grid in the western region of India. Through WRPC, we actively participate in initiatives aimed at improving grid performance, optimising power distribution across states, and addressing operational challenges. Our engagement helps in enhancing coordination among stakeholders, ensuring efficient power flow, and contributing to the overall economy and efficiency of the regional power system.

We use cookies on this website. Please indicate whether or not you accept our use of cookies. For more information read our Cookie Policy