UltraTech Cement has become India's first cement producer to exceed 2 GW of green energy capacity. The company now sources 48% of its total electricity from renewable and waste heat recovery systems, moving closer to its 2030 goal of 85% green power. This transition reduces the firm’s reliance on thermal power, mitigating exposure to fossil fuel price volatility and supporting long-term operational efficiency.
UltraTech Cement Achieves 2 GW Green Energy Capacity Milestone
Total green energy capacity stands at 2,024 MW, including 1,580 MW renewable and 444 MW Waste Heat Recovery.
Reader Takeaway: Improved cost efficiency via reduced thermal reliance vs. ongoing capital expenditure requirements for long-term green infrastructure.
What just happened
UltraTech Cement has officially reached a total green energy capacity of 2,024 MW, making it the first company in the Indian cement industry to cross the 2 GW mark. This capacity includes a mix of 1,580 MW of renewable energy and 444 MW derived from Waste Heat Recovery Systems (WHRS). Recent additions include 116.55 MW of wind-solar hybrid power in Rajasthan and 10 MW of WHRS capacity in Karnataka.
Why this matters
Cement manufacturing is an energy-intensive process traditionally reliant on coal and thermal power. By securing 48% of its power requirements through green sources, UltraTech is significantly lowering its exposure to volatile global fossil fuel prices. This structural shift is designed to protect margins over the long term while aligning with global decarbonisation trends.
Strategy and Decarbonisation
UltraTech has avoided investments in new captive thermal power capacity for over a decade. Currently, one-third of its 76 Indian manufacturing units utilize green energy for more than 50% of their power needs. The company aims to scale this further, targeting an 85% share of green energy in its total power mix by 2030 and a full 100% transition by 2050 as part of its RE100 commitment.
Risks to watch
Investors should monitor the capital expenditure intensity required to scale these projects. While green energy reduces operational fuel costs, the upfront investment in wind, solar, and heat recovery infrastructure remains high. Reliance on grid connectivity and the performance of hybrid renewable projects may also present operational variables.
What to track next
The progression of the remaining manufacturing units toward the 50% green energy utilization threshold and updates on the 2030 target of 85% total green power mix.