Wind and solar grew rapidly, but fossil power also expanded — Eter News

Enriched Analysis 深度解析

Wind and solar grew rapidly, but fossil power also expanded风电和太阳能快速增长,但化石能源发电也在扩张

Wind, solar and other non-hydro renewables supplied 19.8% of global electricity in 2025, up from 2.0% in 2005, and are projected to reach 21.8% in 2026. Fossil generation also grew as global electricity demand rose 75% between 2005 and 2025, highlighting the importance of comparing today’s system with a counterfactual without clean-energy growth.风电、太阳能和其他非水电可再生能源在2025年占全球发电量的19.8%,高于2005年的2.0%;预计2026年将达到21.8%。与此同时,全球电力需求在2005年至2025年间增长75%,化石能源发电也继续增加,因此评估清洁能源影响时需要与“没有清洁能源增长”的反事实情景比较。

Skeptical Science 6 Oct 2026 2026年10月6日

22

Non-hydro renewables share非水电可再生能源占比

7575

Global electricity-demand increase全球电力需求增幅

5,4005,400

New demand supplied by wind and solar风电和太阳能满足的新增需求

01The Story新闻事实

Wind, solar and other non-hydro renewables supplied 19.8% of global electricity in 2025, up from 2.0% in 2005, and are projected to reach 21.8% in 2026. Fossil generation also grew as global electricity demand rose 75% between 2005 and 2025, highlighting the importance of comparing today’s system with a counterfactual without clean-energy growth.风电、太阳能和其他非水电可再生能源在2025年占全球发电量的19.8%,高于2005年的2.0%;预计2026年将达到21.8%。与此同时,全球电力需求在2005年至2025年间增长75%,化石能源发电也继续增加,因此评估清洁能源影响时需要与“没有清洁能源增长”的反事实情景比较。

  • Non-hydro renewables supplied 2.0% of global electricity in 2005, 6.8% in 2015 and 19.8% in 2025.非水电可再生能源占全球发电量的比例从2005年的2.0%升至2015年的6.8%,并在2025年达到19.8%。
  • The IEA projects non-hydro renewables to provide around 21.8% of global electricity in 2026, slightly above natural gas at 21.6%.国际能源署预计,非水电可再生能源在2026年将提供约21.8%的全球电力,略高于天然气的21.6%。
  • Global electricity demand increased by 75%, or 13,600 TWh, between 2005 and 2025.2005年至2025年间,全球电力需求增长75%,增量为13,600太瓦时。
  • Between 2005 and 2025, wind and solar supplied 5,400 TWh of new electricity demand, while fossil fuels supplied 6,100 TWh.2005年至2025年间,风电和太阳能满足了新增电力需求中的5,400太瓦时,化石能源满足了6,100太瓦时。
  • Global fossil electricity generation was around 50% higher than in 2005; coal generation rose by 3,300 TWh and gas generation by 3,200 TWh.全球化石能源发电量比2005年高出约50%;煤电增加了3,300太瓦时,燃气发电增加了3,200太瓦时。

The rapid growth of renewables has supplied a substantial share of rising electricity demand, but has not yet prevented fossil-fuel generation from reaching higher levels.可再生能源的快速增长满足了不断上升的电力需求中的相当一部分,但尚未阻止化石能源发电量继续创出更高水平。

023 Dimensions维度分析

Historical context历史脉络

Renewables moved from marginal to major可再生能源从边缘电源走向主要电源

Non-hydro renewables increased their share of global electricity nearly tenfold between 2005 and 2025. The IEA outlook places them just ahead of natural gas in 2026.2005年至2025年间,非水电可再生能源在全球发电中的占比接近增长十倍。国际能源署预计,2026年其占比将略高于天然气。

Non-hydro renewables share非水电可再生能源占比

20052005年2 %

20262026年21.8 %

  • Non-hydro renewables supplied 6.8% of global electricity in 2015.非水电可再生能源在2015年占全球发电量的6.8%。
Comparison对比

Demand growth changed the comparison需求增长改变了比较方式

The article argues that judging renewables only against the 2005 energy mix misses the additional electricity needed for industry, electric vehicles, air conditioning and data centers. A counterfactual without clean-energy growth is therefore central to assessing their effect.文章指出,仅将可再生能源与2005年的能源结构比较,会忽略工业、电动汽车、空调和数据中心带来的新增电力需求。因此,评估其影响的关键是比较“没有清洁能源增长”的反事实情景。

Global electricity-demand increase全球电力需求增幅

2005-20252005年至2025年75 %

  • Emerging and developing economies accounted for about 80% of global demand growth in 2025 and an average of 95% over the previous decade.新兴经济体和发展中经济体约占2025年全球电力需求增长的80%,过去十年的平均占比为95%。
Contradiction矛盾之处

Clean growth has coexisted with fossil growth清洁能源增长与化石能源增长并存

Wind and solar supplied 5,400 TWh of new demand between 2005 and 2025, but fossil fuels supplied 6,100 TWh. This helps explain why rising renewable shares have not yet translated into lower absolute fossil electricity generation.2005年至2025年间,风电和太阳能满足了5,400太瓦时的新增需求,但化石能源满足了6,100太瓦时。这有助于解释为何可再生能源占比上升尚未转化为化石能源绝对发电量下降。

New demand supplied by wind and solar风电和太阳能满足的新增需求

2005-20252005年至2025年5,400 TWh

  • Global coal generation set a record in 2024, while gas generation reached a new high in 2025.全球煤炭发电量在2024年创下纪录,燃气发电量则在2025年达到新高。
  • Coal generation increased by 3,300 TWh and gas generation by 3,200 TWh between 2005 and 2025.2005年至2025年间,煤炭发电量增加了3,300太瓦时,燃气发电量增加了3,200太瓦时。

03Timeline时间线

  1. 2005 Non-hydro renewables supplied 2.0% of global electricity.非水电可再生能源占全球发电量的2.0%。
  2. 2015 The share of non-hydro renewables reached 6.8%.非水电可再生能源占比达到6.8%。
  3. 2024 Global coal generation set a record.全球煤炭发电量创下纪录。
  4. 2025 Non-hydro renewables supplied 19.8% of global electricity, while gas generation reached a new high.非水电可再生能源占全球发电量的19.8%,燃气发电量达到新高。
  5. 2026 The IEA projects non-hydro renewables to become the second-largest global electricity source, at around 21.8%.国际能源署预计,非水电可再生能源将以约21.8%的占比成为全球第二大电力来源。
  6. 2026-10-06 Skeptical Science published the article.Skeptical Science发布了这篇文章。

Key takeaway核心结论

Renewables have grown rapidly and met a major share of new electricity demand, but total fossil generation has continued to rise because global demand expanded substantially.可再生能源快速增长并满足了新增电力需求中的重要部分,但由于全球需求大幅扩张,化石能源发电总量仍在上升。

04What to Watch后续关注

  1. Whether non-hydro renewables exceed natural gas in global electricity generation in 2026.2026年非水电可再生能源是否会超过天然气,成为全球第二大电力来源。
  2. Whether continued electricity-demand growth in emerging and developing economies is met increasingly by clean energy rather than fossil fuels.新兴经济体和发展中经济体持续增长的电力需求,未来是否更多由清洁能源而非化石能源满足。
  3. Whether coal and gas generation continue reaching new highs despite rising renewable generation.在可再生能源发电量上升的同时,煤电和燃气发电是否会继续创下新高。

05Uncertainties不确定因素

  • The source excerpt ends before presenting the full breakdown of how the balance between clean energy and fossil fuels shifted over the past decade.来源节选在介绍过去十年清洁能源与化石能源平衡变化时中断,未提供完整内容。
  • The 2026 figures are an IEA outlook rather than reported final generation data.2026年的数据是国际能源署的展望,而不是已公布的最终发电量数据。

06Sources信息来源

  1. The world without solar and wind?The world without solar and wind? Skeptical Science · 2026-10-06

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