Taiwan awards large offshore-wind capacity under Tsai
Nuclear-free 2025 is the neighbouring exit row. 2022 blackouts are a neighbouring reliability-cost row. In the causal graph this event strengthens Renewable capacity buildout, a driver that strengthens Renewable share of global electricity generation — an improving welfare path.
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Context
MOEA and Bureau of Energy implemented. Developers finance. She did not pour the foundations. An award is still a dated renewable-build instrument with fishery and grid lags.
Nuclear-free 2025 is the neighbouring exit row. 2022 blackouts are a neighbouring reliability-cost row.
The president of the Republic of China (Taiwan) is head of state under the Additional Articles. She does not write a PRC statute, a US NDAA, a TSMC board minute, or a 2026 Lai cabinet order. She left office on 20 May 2024; Lai Ching-te is president. A blackout is not a finding that every reactor was thereby safe. A Pelosi transit is not a PRC missile. Allegation of a stolen 2018 referendum is not stored as a completed steal. An indigenous apology is not a land-title gazette. A New Southbound brand is not an FTA by itself. A 2024 LY split is not a finding that the 2020 mandate was void.
Who was responsible
Contribution type and responsibility level for each recorded actor — not sole-author shorthand.
Tsai Ing-wen
PersonDirect responsibility
responsibility level 0.5 · verified
Cabinet set the nuclear-exit-and-RE mix. MOEA awarded. Developers built with lag. Grid operators integrated.
What changed
Fact → Driver → Indicator. Relationship strength orders the paths; it is not the observed indicator movement.
- FactTaiwan awards large offshore-wind capacity under Tsai
- strengthensDriverRenewable capacity buildout
- strengthensIndicators (5)Renewable share of global electricity generation
impact weight 0.5 · Effect from 30 April 2018 · verified
A completed large offshore-wind award raises renewable capacity with lag.
Strengthens · Relationship strength 0.45 (weight 0.5 × strength 0.9)
Observed
30% of electricity generation · 11 above the normal line (2023)
Better than normal6 readings, 2000–2023: rose from 18.9% of electricity generation to 30% of electricity generation.
Above normal = better
Strengthens · Relationship strength 0.42 (weight 0.5 × strength 0.85)
Observed
55.1% of gross electricity consumption · 24.9 below the normal line (2025)
Worse than normalAbove normal = better
Weakens · Relationship strength 0.23 (weight 0.5 × strength 0.45)
Observed
4.73 tonnes CO2 per person per year · 2.43 above the normal line (2024)
Worse than normalTwo readings: 4.71 tonnes CO2 per person per year (2023) and 4.73 tonnes CO2 per person per year (2024).
20232024 Above normal = worse
All indicators on this path (5)
Strengthens · Relationship strength 0.2 (weight 0.5 × strength 0.4)
Observed
91.6% of population · 8.4 below the normal line (2023)
Worse than normal4 readings, 2020–2023: rose from 90.4% of population to 91.6% of population.
Above normal = better
Weakens · Relationship strength 0.17 (weight 0.5 × strength 0.35)
Observed
32.9 micrograms per cubic metre (annual mean, population-weighted) · 27.9 above the normal line (2023)
Worse than normal3 readings, 2021–2023: fell from 33.2 micrograms per cubic metre (annual mean, population-weighted) to 32.9 micrograms per cubic metre (annual mean, population-weighted).
Above normal = worse
- FactTaiwan awards large offshore-wind capacity under Tsai
- strengthensDriverDecarbonization and climate-mitigation policy
- weakensIndicators (3)Global CO2 emissions per capita
impact weight 0.35 · Effect from 30 April 2018 · verified
Wind awards are a completed decarbonization-policy instrument.
Weakens · Relationship strength 0.21 (weight 0.35 × strength 0.6)
Observed
4.73 tonnes CO2 per person per year · 2.43 above the normal line (2024)
Worse than normalTwo readings: 4.71 tonnes CO2 per person per year (2023) and 4.73 tonnes CO2 per person per year (2024).
20232024 Above normal = worse
Weakens · Relationship strength 0.17 (weight 0.35 × strength 0.5)
Observed
32.9 micrograms per cubic metre (annual mean, population-weighted) · 27.9 above the normal line (2023)
Worse than normal3 readings, 2021–2023: fell from 33.2 micrograms per cubic metre (annual mean, population-weighted) to 32.9 micrograms per cubic metre (annual mean, population-weighted).
Above normal = worse
- Better
Strengthens · Relationship strength 0.14 (weight 0.35 × strength 0.4)
Observed
30% of electricity generation · 11 above the normal line (2023)
Better than normal6 readings, 2000–2023: rose from 18.9% of electricity generation to 30% of electricity generation.
Above normal = better
Evidence
The sources behind this fact and its verification state.
- 1.Reuters — Taiwan awards offshore wind capacity in energy transitionReuters · High credibility · verified
- 2.Ministry of Economic Affairs — Strategic High-Tech Commodities entity-list amendment, June 2025Ministry of Economic Affairs Taiwan · High credibility · verified
What the sources establish
Ministry of Economic Affairs Taiwan carries the official instrument or communique. Reuters records the same dated act independently.
Established: 2018 offshore-wind capacity awards under her energy path, independently reported.
Not established: that every MW was generating in 2018, or that blackouts were thereby solved.
MOEA awarded. Developers built with lag. Grid operators integrated.. A later repeal, court stay, or successor order would be a different Fact with a different date. That pair identifies Taiwan awards large offshore-wind capacity under Tsai, not a later speech about Taiwan awards large offshore-wind capacity under Tsai.
Co-authors and later implementers named in Context remain on the file. If a later repeal, stay, or successor instrument exists, it needs its own date and its own row. The contribution described on this Person row is limited to Cabinet set the nuclear-exit-and-RE mix. MOEA awarded. Developers built with lag. Grid operators integrated. That limit is the alternative to treating office-holding as authorship of every later series.
Causal path
How this event connects to drivers and indicators in the graph.
- ActorTsai Ing-wen
- contributed toFactTaiwan awards large offshore-wind capacity under Tsai
- strengthensDrivers (2)Renewable capacity buildout
- strengthensIndicatorRenewable share of global electricity generation
Cite this page
Factrail. (2026). Taiwan awards large offshore-wind capacity under Tsai. Factrail. https://factrail.ai/facts/tw-tsai-wind-2018
https://factrail.ai/facts/tw-tsai-wind-2018
Accessed 16 October 2026.
By the Factrail desk · Method: how we source and score · Last reviewed
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