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India’s Solar Push: Competing with China & Navigating US Tariffs

by Lucas Fernandez – World Editor

India‘s Solar Sector: ⁣A Shift⁢ Towards ​Domestic Production and ⁤Enterprising Growth

India’s solar energy market is experiencing a significant change, ⁣driven by a combination of government policies, decreasing costs, and a growing domestic demand. Once heavily reliant on exports, companies like Vega ⁣Solar are now finding a⁣ burgeoning customer⁤ base within ⁣India ⁤itself. Prior ⁢to⁤ the COVID-19 ⁢pandemic,⁣ Vega Solar⁢ derived 90% ​of its revenue from ‌international sales, a figure that has⁣ now reversed, with domestic demand⁤ dominating their business.

This shift ​coincides with a broader national push towards clean ‍energy.India, historically a major carbon emitter,⁢ is aggressively investing in solar and other renewable sources. The economic viability of solar power‍ – now ⁢cheaper than building new coal-fired⁤ plants – coupled with the country’s ‌abundant ‍sunshine, has ⁤fueled‌ a thirty-fold increase in installed solar capacity over the⁣ last⁤ decade.

While⁤ India has traditionally ​imported a significant portion of its solar components,particularly ⁤from china,this reliance is beginning to⁤ diminish. Recent data reveals a⁢ more than one-third decrease in solar⁤ cell‌ and module imports from ⁢China during the⁣ first quarter of⁣ the year, totaling ​$1.3 ⁢billion. This‌ reduction is⁣ a direct result⁢ of‍ proactive ⁢government policies⁢ designed ‍to stimulate domestic manufacturing.⁣ These policies include restrictions on‍ imports, ⁣financial incentives ‌for indian manufacturers, and mandates requiring solar​ power producers to source materials from approved domestic suppliers.

The impact of recently announced ⁢U.S.⁤ tariffs on solar imports remains uncertain, ‍with ⁤experts suggesting the ⁢effects won’t ‍be fully realized for at least a year due to pre-existing order books.However, ⁤the overall⁢ trajectory for Indian⁢ solar manufacturing remains positive. Capacity for solar module production has more than doubled, reaching ⁢74 gigawatts, ‍while solar ⁤cell manufacturing has tripled to 25 gigawatts in the fiscal​ year ending ​March 2025.

Despite this progress, India still depends on China for⁢ raw ⁤materials like ‌polysilicon, ⁢due to a lack of domestic mining and processing infrastructure. However, government initiatives are underway to address this dependency by fostering the development of critical mineral production capabilities.​ Industry analysts predict ‍that by 2030, India could potentially reduce its ⁤import needs⁢ to solely⁣ polysilicon, manufacturing the remaining components domestically.

“the next⁤ few⁣ years will be critical in determining how far​ we can​ go,” notes⁢ Shubhang Parekh of the National Solar Energy Federation of India, ⁣acknowledging the ongoing‍ challenges in establishing robust ​supply⁣ chains​ for raw ⁣material processing.

With nearly ⁢170 gigawatts of renewable energy projects‍ already in‍ the pipeline, and an ambitious⁢ target of 500 ​gigawatts of clean energy capacity by 2030, India’s solar sector⁢ is poised for ‌continued growth, ⁢fueled by policy‍ support and a burgeoning domestic‌ manufacturing⁣ base.Sanjay Verghese, Group President for‌ Solar Manufacturing ⁣and Solar Projects at ReNew, ⁣emphasizes the importance of continued policy support, stating, “We are in a good phase right now…we expect that momentum to be maintained.”

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