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印度太阳能光伏产能过剩风险显现
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印度太阳能光伏(PV)组件的制造能力预计到2025年将超过125吉瓦,远超国内约40吉瓦的年需求量。Wood Mackenzie的分析指出,这种超过需求三倍的扩张可能导致行业产能过剩。受生产挂钩激励(PLI)计划的推动,预计到2025年第三季度,库存将累积约29吉瓦,同比增长125%。主要出口市场美国对印度进口产品征收高额关税,导致印度对美出口下降52%,使得印度制造商在美国设厂的计划暂停。此外,印度组装的组件成本高于中国进口组件,完全本土制造的组件成本更是高出一倍,在没有政府支持的情况下竞争力不足。尽管面临挑战,印度仍有潜力成为中国之外的太阳能供应链重要替代者,关键在于加大研发投入、发展下一代技术并开拓新出口市场,从而实现成本竞争力。

📈 **产能过剩风险加剧**: 印度太阳能光伏组件制造能力预计在2025年将达到125吉瓦以上,远超国内40吉瓦的需求,这可能导致严重的产能过剩。Wood Mackenzie的报告预测,到2025年第三季度,库存将激增至29吉瓦,较2023年第四季度增长125%,这与中国太阳能行业价格崩溃前的状况相似。

📉 **出口市场受阻与成本劣势**: 美国对印度进口产品征收50%的关税,导致印度对美组件出口在2025年上半年下降了52%,迫使印度制造商暂停了在美国建厂的计划。同时,印度组装的组件成本(尤其是在本地内容要求下)高于中国进口组件,使得印度本土组件在缺乏政府补贴的情况下缺乏价格竞争力。

🚀 **转型与机遇**: 尽管面临短期挑战,印度仍有潜力成为全球太阳能供应链的重要组成部分。要实现这一目标,印度需要加大研发投入,发展下一代光伏技术,并积极开拓非洲、拉丁美洲和欧洲等新兴出口市场。关键在于将重心从单纯扩大产能转移到提升成本竞争力上,以应对全球市场变化。

💡 **政策影响与市场动态**: 印度政府的生产挂钩激励(PLI)计划虽然有效刺激了工厂建设,但也加速了产能扩张,为当前的市场供需失衡埋下了伏笔。分析师指出,当前挑战并非无法克服,而是为印度太阳能行业指明了未来发展的方向,即在规模扩张的同时,必须关注技术创新和成本效益。

India’s solar PV module manufacturing capacity is projected to exceed 125 GW by 2025, far outpacing the country’s annual domestic demand of around 40 GW. The sharp expansion – more than 3× the required capacity – raises concerns of potential overcapacity in the sector, according to a new analysis by Wood Mackenzie. 

In its latest report titled Perfect Storm in the Indian Solar Supply Chain, Wood Mackenzie expects the rapid expansion, driven by the Production Linked Incentive (PLI) scheme, to result in an inventory buildup of around 29 GW by Q3 2025, a 125% increase from Q4 2023.  

“India’s government's PLI scheme has been highly effective in spurring factory announcements, but the industry is now seeing warning signs of rapid overcapacity similar to those that preceded China's recent price collapse,” said Wood Mackenzie’s Head of Solar Supply Chain Research, Yana Hryshko. 

Analysts attribute this possible situation to the sharp downturn in the country’s primary export market, the US. Indian module exports to the US fell 52% annually in H1 2025, as the US imposed 50% reciprocal tariffs on Indian imports. This prompted Indian manufacturers planning to set up US manufacturing to pause in their tracks (see North America Solar PV News Snippets).  

Moreover, India-assembled modules using imported cells cost at least $0.03/W more than fully imported Chinese modules, making it expensive for Indian developers. A completely Made in India module, under the new domestic content requirements, will cost more than double compared to Chinese-made modules. This will make Indian modules ‘uncompetitive’ without substantial government support, point out the analysts.  

Wood Mackenzie, nevertheless, sees India as having the potential to become a large-scale alternative to China’s well-established solar supply chain. All it needs to do is aggressive R&D, invest in next-generation technology, and explore newer export markets in Africa, Latin America, and Europe.   

“The current challenges are not roadblocks, but rather a clear roadmap for the future. Success now depends on shifting focus from just building capacity to achieving cost-competitiveness,” states Hryshko. 

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印度太阳能 光伏制造 产能过剩 Wood Mackenzie PLI计划 出口 成本竞争力 India Solar PV Manufacturing Overcapacity Production Linked Incentive Exports Cost Competitiveness
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