Promoting Power Transformation
While responding to electricity demand growth, energy structure adjustment, and the net-zero emissions target, Taipower is also following the government's energy policies of increasing gas, reducing coal, and expanding green energy. Through power structure adjustment, new construction, renewal, and the expansion of power plants, retirement of existing units, and overall power supply resource planning, Taipower is gradually promoting power system transformation while balancing a stable power supply, energy security, and carbon reduction goals.
2025 Implementation Results
| Project | Progress | Expected Benefits |
| Gas-Fired Unit Renewal and Expansion Progress |
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Reduce coal consumption, which is expected to decrease from more than 38 million metric tons in 2017 to approximately 26 million metric tons by 2026, while increasing the share of low-carbon power generation and improving power supply stability. |
| Nuclear Power Plant Decommissioning and Back End Management |
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Promote safety, environmental, and risk management in accordance with decommissioning plans to ensure the steady implementation of nuclear power plant decommissioning. |
| Other Power Development and Renewal Projects |
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Diversified Development of Renewable Energy and Low-Carbon Gas-Fired Power Generation
Renewable energy generation is intermittent and unpredictable due to weather and seasonal variability. Taipower is advancing a diversified strategy that encompasses solar, wind, and emerging technologies (such as floating offshore wind, geothermal, and marine energy). The Company is also supporting this growth by cooperating with the government's 20-year fixed Purchase Guarantee and grid-friendly integration policy, while strengthening grid and energy storage infrastructure to increase the share of renewables.
In terms of Smart Operation and Maintenance (O&M), Taipower has established systems for equipment management and generation forecasting to enhance equipment stability and provide 48-hour generation forecasts. Furthermore, grid reinforcement projects have achieved multiple milestones in enhancing interconnection capacity: promoting distributed installation and segregated grid connection, adopting the shared substation model, preventing virtual occupation of feeder capacity, and relaxing feeder interconnection limits to boost grid capacity. The Company is also actively exploring new renewable energy technologies such as geothermal and collaborative development of offshore wind farms.
Renewable Energy Generation Status in 2025
| Project of Program Type | Deployment Results | Installed Capacity(10MW) | Annual Generation(GWh) | Estimated Number of Households Supplied (Note 2) |
| Hydropower | 90 | 182.6 | 4,684.7 | 1.301million households |
| Wind Power | 26 sites,195 units | 442.1 | 958.1 | 266.100 households |
| Solar Power | 66 sites | 292.2 | 402.5 | 111,800 households |
| Geothermal Power | 1 site | 0.84 | 2.3 | 639 households |
Note 1： Hydropower includes only conventional hydropower.
Note 2：Based on data published by Taipower, the average residential user consumes about 300 kWh per month, or approximately 3,600 kWh annually.
Accumulated Number of Cases and Installed Capacity of Solar Photovoltaic Projects
| Case Status | Number of Cases | Installed Capacity, MW |
| Grid Connected Cases | 78,032 | 15,406.93 |
| Official Power Purchase Cases | 67,403 | 13,138.12 |