Skip to main content

Taiwan Amends Renewable Energy Development Act, Paving Way for Greater Offshore Wind, Geothermal, and Solar Energy Advancements

Taiwan has recently revised its "Renewable Energy Development Act", expanding the definition of offshore wind energy, accelerating geothermal development processes, and mandating that a certain proportion of rooftop solar systems be installed in newly constructed or renovated buildings.

The revised law eliminates territorial sea constraints on offshore wind energy, promoting dual-purpose use of hydroelectric facilities for power generation. This move aims to find more diversified marine utilization fields that strike a balance between environmental protection and fisheries in broader sea areas.

Another crucial shift is towards geothermal energy. The law includes a new chapter dedicated to geothermal energy, increasing the water rights period to 20 years to match the operational lifespan of power plants. In addition, the regulation mandates a 90% reinjection rate of used water after power generation, ensuring the sustainable use of local natural resources. Furthermore, the law stipulates stricter accountability measures for the execution of geothermal exploration and development permits. Failure to explore or develop geothermal energy as per the terms of the permits will attract penalties ranging from TWD 300,000 to 1,500,000, and authorities will enforce progressive fines for repeated non-compliance.

To promote renewable energy use, the new act also requires the installation of renewable energy generation equipment in public buildings. This initiative not only caters to energy autonomy, heat insulation, water leakage prevention, balancing power generation in the north and south, and increasing residents' self-use or sales revenue but also significantly enhances rooftop photovoltaics.

Lastly, the amendments encourage the establishment of small hydroelectric power generators, including utilizing existing water facilities and bypass water channels for power generation, thereby enhancing multi-purpose site utilization.

Below are the key points of the amendments:

AmendmentsDetails
Offshore Wind DevelopmentEliminates territorial sea constraints, promoting dual-purpose use of hydroelectric facilities
Geothermal DevelopmentEstablishes a new chapter for geothermal energy, extends water rights to 20 years, mandates a 90% reinjection rate of used water, and introduces penalties for non-compliance with permits
Rooftop Solar SystemsMandates the installation of a certain proportion of rooftop solar systems in new or renovated buildings
Small Hydroelectric PowerEncourages the use of existing water facilities and bypass water channels for power generation, promoting multi-purpose site utilization

These amendments exemplify Taiwan's efforts and determination in green energy development. Through policy implementation, Taiwan hopes to achieve more sustainable and efficient energy use.

Comments

Popular posts from this blog

SBIR Program Fuels Innovation in Taiwan: New Award Results and Impact

The Ministry of Economy's Small Business Innovation Research (SBIR) program recently released the latest award results, showcasing its continued commitment to fostering innovation and driving economic growth in Taiwan. With a focus on supporting small and medium-sized enterprises (SMEs), the SBIR program plays a crucial role in promoting sustainable development and building a thriving entrepreneurial ecosystem. One of the key highlights of the recent announcement is the allocation of a total of 9.75 million NT$ in grants, which will enable recipient companies to further their innovative research and development endeavors. These grants, provided by the SBIR program, serve as a catalyst for SMEs to enhance their capabilities, accumulate research talent, and contribute to the overall advancement of Taiwan's industries. The awarded projects span a diverse range of fields, including service innovation, information and communication technology, consumer products, and electronics. By

Two Telecom Companies Approved for Satellite Communication in Taiwan

The Taiwanese digital sector is buzzing with the latest news on low-orbit satellite operational permits. Recently, the Ministry of Digital Affairs announced the initial round of reviews for telecom companies that have applied for commercial satellite communication frequencies. After scrutiny, two companies, Lung Hua Electronics and Aerkomm, have successfully passed. Lung Hua Electronics has a self-built global satellite platform that intends to offer broadband communication services for fishing and merchant ships using Eutelsat synchronous orbit satellites. Meanwhile, Aerkomm, a subsidiary of American firm AERKOMM INC., aims to utilize O3b mid-orbit satellites to target the maritime, aviation, and fixed-site markets. To ensure a fair and objective review, the Ministry of Digital Affairs and the National Communications Commission established a "Satellite Fixed Communication Radio Frequency Review Committee." The committee invited experts and scholars from various fields, such

Taiwan government release the National Core Critical Technologies

The Taiwan government has recently unveiled a comprehensive list of 22 National Core Critical Technologies. This initiative aims to enhance national security and uphold the nation's competitive edge in various sectors, including defense, space exploration, agriculture, semiconductors, and cybersecurity. Within the realm of semiconductors, Taiwan places a strong emphasis on its leadership in advanced manufacturing processes, particularly those with a feature size of 14 nanometers or smaller. This includes IC manufacturing technology and essential materials, gases, and equipment. Additionally, heterogeneous integration packaging technology, which encompasses wafer-level packaging and silicon photonics integration packaging technology, along with their specialized materials and equipment, is recognized as a National Core Critical Technology. Furthermore, Taiwan acknowledges the critical importance of information security and has included technologies such as chip security, post-quantu