到2025年10月,印度的太阳能容量超过25千兆瓦,但电网限制和储存短缺导致50多千兆瓦的可再生能源利用不足。 India’s solar capacity exceeded 25 GW by October 2025, but grid limits and storage shortages left over 50 GW of renewables underused.

印度的太阳能能力在2024年超过25千兆瓦,到2025年10月达到25千兆瓦以上,其驱动因素是终止传输豁免和竞争性拍卖,加速了项目完成。 India's solar capacity surpassed 25 GW in 2024 and reached over 25 GW by October 2025, driven by expiring transmission waivers and competitive auctions, accelerating project completion. 尽管电力过剩,由于电网限制和储存有限,可再生的利用不足现象依然存在,到2025年6月,超过50千兆瓦的容量被困。 Despite a power surplus, renewable underutilization persists due to grid constraints and limited storage, with over 50 GW of capacity stranded by June 2025. 随着可再生能源的扩展,煤炭厂负荷系数下降到66%,到2032年可能下降到55%。 Coal plant load factors dropped to 66% and may fall to 55% by 2032 as renewables expand. 印度的目标是到2030年使500千兆瓦的非矿物燃料能力达到500千兆瓦,但传输差距、复杂招标和遗留的PPA阻碍进展。 India aims for 500 GW of non-fossil capacity by 2030, but transmission gaps, complex tenders, and legacy PPAs hinder progress. 与此同时,全球可再生能源的势头仍在继续,印度、美国、西班牙、澳大利亚和联合王国都有新的太阳能发电厂,德国和爱尔兰也进行了政策改革,以促进储存和部署。 Meanwhile, global renewable momentum continues, with new solar plants in India, the U.S., Spain, Australia, and the UK, and policy reforms in Germany and Ireland to boost storage and deployment.