Stage Goals and Development Policy regarding Taiwan's major energy development

Development Policy of Taiwan's major energy development

Key Point of Offshore Wind Development

1. 2025 Floating Demonstration Incentive Program Announcement and Selection.

2. Promote economic scale block development after 2026.

3. The first floating demonstration wind farm in Taiwan in 2030.

4. Develop critical component manufacturing capacity and marine engineering service capacity.

5. Develop large water depth wind farms with floating technology

6. Provide GWO basic and advanced wind farm engineering staff training.

Key Point of Solar Power Development

1. Include energy land cover in the national land planning.

2. Prioritize fishing and electricity symbiosis and unfavorable agricultural business areas to expand the combined use.

3. Improve module efficiency to ≥ 23% by 2025.

4. Improve module efficiency to ≥ 30% by 2030.

5. Prioritize the installation of energy storage and integrate technologies for power generation, energy storage, and smart grid.

6. Increase the recycling rate and reduce the processing cost while developing a fast processing speed, a low processing cost of single modules, a high recycling rate, and an environment-friendly process.

Key Point of Geothermal Power Development

1. Drive market demand by policy and increase investment incentives.

2. Establish a simple and convenient geothermal application and development procedure.

3. Expand geothermal resource surveys to clarify geothermal information.

4. Enhance the capacity of domestic drilling technology and develop advanced geothermal power generation technology.

Key Point of Ocean Power Development

1. Rolling revision of ocean energy billing rates.

2. Clarify the application process for the installation of ocean power-generating units.

3. Evaluate the technical feasibility of combined ocean energy development.

4. Inventorying excellent marine energy development sites.

5. Develop or introduce key technologies for typhoon prevention, reliability, and efficiency of ocean power generation units.

Key Point of Biomass Power Development

1. Set appropriate Feed-In Tariff (FIT) and demonstration incentives to drive the biomass or waste generation market.

2. Introduce technology and experience in the transformation of coal-fired units to biomass combustion systems, and deploy overseas biomass pellet fuel.

3. Develop high-efficiency conversion technology.

4. Effective application of by-products such as ash and digestate.

Key Point of Hydrogen Development

1. Complete the 5% hydrogen mixed-fuel combustion demonstration by 2030.

2. Introduce international hydrogen mixed-fuel combustion technology to build domestic hydrogen generation operation and maintenance capacity and cultivate talents.

2025 Stage goals

1. Hydrogen blended gas power generation cumulative installation capacity of 91 MW.

2. Hydrogen fuel cell bus demonstration verification.

3. International cooperation, evaluation, and planning of hydrogen import.

4. Mobile hydrogen refueling station facilities, site evaluation, and validation.

2030 Stage goals

1. Ammonia-coal co-firing power generation cumulative installation volume of 800M.

2. The priority of industrial process decarbonization.

3. Maximum supply capacity of 60,000 tons/year for domestic production of blue hydrogen.

4. Research and pre-demonstration of transport and storage technology.

Source of information:

Taiwan Nuclear Power Status

Status of Current Nuclear Power Plant in Taiwan

Power Generation Project and Decommissioning Status before 2025

Unit: () represents capacity, in units of ten thousand KW

Source of information:

Bureau of Energy, Ministry of Economic Affairs / Tabulated by: "Chinatimes" Yu-shu Wang
Note: The addition time and capacity of the above units are planned by the government and will mainly be based on actual circumstances.