<div id="readability-page-1"><div id="parent_top_div">Record growth in solar, especially in China and India, was a driving factor for clean energy sources surpassing the world's strong demand for electricity in 2025, according to a new global power analysis. Clean power generation grew 887 terawatt hours last year, exceeding overall global electricity demand growth of 849 terawatt hours, according to a report by energy think tank Ember, released after midnight Tuesday London time. Ember analyses electricity data from 215 countries, and studied 2025 data for 91 countries, which the firm says represents 93 per cent of global demand. Overall, the share of renewables - including solar, wind, hydropower and other clean energies - hit more than one-third of the world's electricity mix for the first time in modern history last year, growing 33.8 per cent to 10,730 terawatt hours. It's promising news for a world embattled by climate change that's driven by the burning of fossil fuels such as coal, oil and gas to meet growing needs from economic growth, rising populations and electrification. The analysis is also especially timely amid a global energy crisis exacerbated by the US war in Iran. In another historical first, coal power saw its share fall below one-third of global generation, dropping 0.6 per cent to 63 terawatt hours. &#34;We're coming from a period over the last few decades where new electricity demand growth meant growth in fossil generation,&#34; said Nicolas Fulghum, Ember senior data analyst and lead author of the report. &#34;We're now moving into a world where that's no longer the case.&#34; Also: &#34;Milestones like renewables overtaking coal mark an occasion, but they don't tell us everything about the story in the power sector,&#34; Fulghum added. &#34;The big difference to 10, 15 years ago, where governments were pledging a build out of renewables, is that now those pledges are much more believable.&#34; <h3> Solar and wind overall</h3> Solar, which grew 30 per cent in 2025, alone met three-quarters of last year's net rise in electricity demand - and combined with wind power generation, met 99 per cent of it. Though solar overtook wind power globally for the first time last year, and gained on nuclear power, Ember expects the two to overtake nuclear this year. Meanwhile, fossil fuel generation essentially halted, and fell about 0.2 per cent in 2025, or 38 terawatt hours - making last year one of only a handful of years without a rise this century. Growth in battery storage accompanied the acceleration of solar around the world; as battery costs fell 45 per cent last year, storage grew 46 per cent in 2025. Ember estimates that enough battery capacity was added last year to shift 14 per cent of the solar generation added from midday to other hours of the day. That's an important part of using solar generation beyond the daytime, when it can be collected. So, &#34;Despite the accelerated growth and electricity demand that comes with added electric vehicle build out, of heat pumps, industrial sector electrification,&#34; Fulghum said, &#34;clean power will be able to structurally meet that increase in demand going into the next few years, before then bending the curve and reducing the amount of fossil generation we're using. And that is a stark departure from the last few decades.&#34; <h3> Regional impact</h3> Last year also marked the first time this century that both China and India - historically major contributors of fossil power - saw declines in fossil fuel generation. In China, the decline was 0.9 per cent, or 56 terawatt hours, and in India, 3.3 per cent, or 56 terawatt hours. Instead, they're &#34;now aggressively pursuing a strategy of diversification through bringing renewables into the mix. And those are the sources that are the biggest drivers of change in their power system today,&#34; Fulghum said. China led the globe in solar, and is responsible for more than half of the world's growth in both solar capacity and generation last year. China also accounted for most of the world's rise in wind, with 138 terawatt hours added. India, meanwhile, saw record increases in both solar and wind generation, along with strong hydropower output. In a reversal from fossil fuel generation increases - which for years, were driven by an economic rebound following the pandemic - India also saw lower-than-average demand growth. The US and Europe added 85 terawatt hours and 60 terawatt hours, respectively, of solar last year as fossil fuels saw small increases. President Donald Trump's administration has placed pressure on industry leaders to boost coal, oil and gas production and reduced support for renewables; but in Europe, fossil generation is generally trending down. The analysis suggests that despite efforts attacking clean energy in the US, and war-related challenges, the transition continues to make headway around the world. &#34;As we're seeing the cost of oil be incredibly volatile right now because of the war, I think more and more people are looking to that national security argument as a reason to think about how we electrify more and and how we're able to take advantage of additional solar and wind, which does not rely on other countries,&#34; said Alexis Abramson, dean of the Columbia University Climate School, who was not involved in the study. &#34;We've really crossed this important threshold that clean energy now can meet rising demand economically and at the same time really help address national security concerns,&#34; she added. &#34;The next challenge is really turning that into a steady decline of fossil fuel use as well. So it's a great step in the right direction.</div></div>

納斯達克 Clean Edge 清潔綠能指數 ETF - First Trust

太陽能 ETF - Guggenheim

GX中國潔能

華夏中證綠色電力ETF

全球清潔能源 ETF - iShares

南方中證新能源ETF

鵬華科創板新能源ETF

華安中證內地新能源主題ETF

太陽能的快速增長，特別是在中國和印度，導致清潔能源在 2025 年超過全球電力需求。根據 Ember 的報告，清潔電力生產增加了 887 太瓦時，超過了整體需求增長的 849 太瓦時。可再生能源現在佔全球電力結構的三分之一以上，太陽能和風能幾乎滿足了所有的需求增長。中國和印度的化石燃料發電量均有所下降，標誌着向可再生能源的重大轉變

Renewable energies overtake global electricity demand in India, China

Business Standard

在印度和中國，可再生能源的使用量超過了全球電力需求