Smaller steel companies responsible for nearly 40% of India's crude steel production could cut their electricity bills by about a third while sharply reducing carbon emissions by switching to renewable energy. This was reported by Qazaqyia.kz citing Associated Press.
According to a report released Wednesday, renewable electricity could reduce annual power costs by about 22 million to 24 million rupees ($250,000 to $275,000) per unit, or up to 34%.
The report, "Powering India's Secondary Steel Transition," was jointly produced by a consortium of environmental groups and industry bodies including the Confederation of Indian Industry, WWF-India, the nonprofit group Climate Catalyst and the think tank JMK Research.
Electricity accounts for up to 40% of operating costs for many small steel producers, making it one of the industry's largest expenses. Profit margins at many of India's smaller steel companies have been affected by rising fuel costs resulting from the Iran war.
India, the world's most populous nation, is among the largest emitters of carbon dioxide and other greenhouse gases contributing to global warming. The steel sector accounts for as much as 12% of India's annual emissions. Decarbonizing the sector is essential to meet the country's goal of achieving net-zero emissions by 2070.
Shifting to clean power also could help shield Indian steel companies from European carbon taxes that took effect at the start of this year. "With rising pressure on all industries to reduce their carbon emissions, a high-emitting sector like steel has to look at ways to reduce emissions at the least cost possible," said Prabhakar of JMK Research, one of the report's authors, who uses only one name. "With the huge growth in renewables in India, shifting to renewable electricity is low-hanging fruit for reducing carbon pollution."
The report found the most practical option for small steel producers is to jointly invest in and own a renewable energy project from which they can draw electricity based on their investment and electricity needs. This approach lowers the upfront financial burden for individual companies and creates projects large enough to be commercially viable.
"A cluster-based approach can fundamentally change how small steelmakers access renewable energy," Prabhakar said. "Aggregating demand through industrial associations makes projects more bankable, enables optimal plant sizing and reduces the investment risk borne by any single unit."
Renewable energy adoption remains limited among India's smaller and medium-sized steel companies despite the country's clean power capacity tripling over the past decade. The report estimated only about 11% of smaller steelmakers use renewable power, compared with roughly 22% of India's overall electricity mix.
Helping small and medium steelmakers access clean energy is essential to India's ambitious climate goals, said Vinoth Balakumar of the Confederation of Indian Industry. "The companies are ready to change and have realized that, to maintain profits, they could try to shift to renewable electricity," he said.
Owners of small steel companies said they are willing to shift to clean power because many of their domestic and international customers prefer steel with a lower carbon footprint. But high costs, government regulations and, in some regions, a lack of awareness about the benefits of renewable electricity are slowing the transition. "When capital costs are really high, it makes it less viable for smaller companies," said Sanjay Tripathi, a steel company owner in the central Indian state of Chhattisgarh.