National Sun Yat-sen University Presents 23 Grid Resilience Studies, Hopes to Build Stable Power Supply System
National Sun Yat-sen University (NSYSU) held a mid-term presentation for the "Taipower Grid Resilience and Innovation Partnership Program" on Earth Day, showcasing 23 research projects. These projects aim to develop advanced technologies and concrete solutions to maintain a stable power supply in Taiwan, addressing challenges from climate change, rapid expansion of renewable energy, and rising geopolitical risks.
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- 📰 Published: April 22, 2026 at 17:51
- 🔍 Collected: April 22, 2026 at 18:02 (10 min after Published)
- 🤖 AI Analyzed: April 22, 2026 at 22:01 (3h 59m after Collected)
Central News Agency
(Central News Agency reporter Lin Qiaoling, Kaohsiung, 22nd) In response to Earth Day, National Sun Yat-sen University today held a mid-term presentation for the "Taipower Grid Resilience and Innovation Partnership Program," bringing together 23 research projects to showcase Taiwan's forward-looking technologies and concrete solutions for maintaining stable power supply, hoping to build a resilient power grid.
NSYSU stated that under the multiple pressures of intensifying climate change, rapid expansion of renewable energy, and rising geopolitical risks, how to ensure "stable power supply" has become Taiwan's most critical infrastructure issue. This achievement integrates the energy of industry, government, academia, and research, proposing suggestions for technology implementation and practical grid operation, strengthening the connection between research and actual power systems, and demonstrating the results of "integration of research and application."
The project is a National Science and Technology Council's Frontier Technology Industry-Academia Collaboration Project. Project host Professor Lu Zhan-nan of NSYSU's Department of Electrical Engineering pointed out that this presentation focuses on seven key areas, including grid vulnerability identification, power planning, transmission and distribution resilience enhancement, microgrid operation, digital twin systems, cost-benefit analysis of grid resilience investment, and social communication and knowledge collaboration.
The team stated that the project introduces technologies such as artificial intelligence (AI), multi-source data fusion, and "digital twin" to establish a virtual replica of the power grid, simulating various emergency scenarios in real-time to help predict risks and deploy response strategies in advance.
The research team stated that with the increasing proportion of solar photovoltaics and offshore wind power, power supply has become intermittent, increasing the difficulty of system dispatch.
The team proposed solutions for "large-scale green energy cross-domain transmission" and "high-proportion inverter microgrid control." For example, through high-voltage direct current transmission technology (VSC-HVDC), remote wind and solar power can be stably transmitted back to the main island; at the same time, "grid-forming (GFM) inverters" are developed to allow high-proportion green power systems to maintain stable frequency and voltage when disturbances occur.
The project also strengthens "microgrid" technology. Microgrids can operate independently when the main grid is damaged, ensuring continuous power supply to important areas such as hospitals and critical facilities, enhancing the overall social disaster resistance capability. Coupled with "distributed black start" technology, even in extreme scenarios of complete power outage, power supply system operation can be gradually restored.
NSYSU stated that the ultimate goal of this project is to build a power system that can operate stably even under natural disasters or human threats, reduce the risk of power outages, and support the long-term development of the national economy and green energy industry. (Editor: Zhang Yajing) 1150422
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(Central News Agency reporter Lin Qiaoling, Kaohsiung, 22nd) In response to Earth Day, National Sun Yat-sen University today held a mid-term presentation for the "Taipower Grid Resilience and Innovation Partnership Program," bringing together 23 research projects to showcase Taiwan's forward-looking technologies and concrete solutions for maintaining stable power supply, hoping to build a resilient power grid.
NSYSU stated that under the multiple pressures of intensifying climate change, rapid expansion of renewable energy, and rising geopolitical risks, how to ensure "stable power supply" has become Taiwan's most critical infrastructure issue. This achievement integrates the energy of industry, government, academia, and research, proposing suggestions for technology implementation and practical grid operation, strengthening the connection between research and actual power systems, and demonstrating the results of "integration of research and application."
The project is a National Science and Technology Council's Frontier Technology Industry-Academia Collaboration Project. Project host Professor Lu Zhan-nan of NSYSU's Department of Electrical Engineering pointed out that this presentation focuses on seven key areas, including grid vulnerability identification, power planning, transmission and distribution resilience enhancement, microgrid operation, digital twin systems, cost-benefit analysis of grid resilience investment, and social communication and knowledge collaboration.
The team stated that the project introduces technologies such as artificial intelligence (AI), multi-source data fusion, and "digital twin" to establish a virtual replica of the power grid, simulating various emergency scenarios in real-time to help predict risks and deploy response strategies in advance.
The research team stated that with the increasing proportion of solar photovoltaics and offshore wind power, power supply has become intermittent, increasing the difficulty of system dispatch.
The team proposed solutions for "large-scale green energy cross-domain transmission" and "high-proportion inverter microgrid control." For example, through high-voltage direct current transmission technology (VSC-HVDC), remote wind and solar power can be stably transmitted back to the main island; at the same time, "grid-forming (GFM) inverters" are developed to allow high-proportion green power systems to maintain stable frequency and voltage when disturbances occur.
The project also strengthens "microgrid" technology. Microgrids can operate independently when the main grid is damaged, ensuring continuous power supply to important areas such as hospitals and critical facilities, enhancing the overall social disaster resistance capability. Coupled with "distributed black start" technology, even in extreme scenarios of complete power outage, power supply system operation can be gradually restored.
NSYSU stated that the ultimate goal of this project is to build a power system that can operate stably even under natural disasters or human threats, reduce the risk of power outages, and support the long-term development of the national economy and green energy industry. (Editor: Zhang Yajing) 1150422
Choose to stand with facts, every sponsorship you make is the power to protect press freedom.
Download the Central News Agency "First-hand News" APP to grasp the latest news in real-time.
The text, images, and audio-visual content of this website may not be reproduced, publicly broadcast, publicly transmitted, or utilized without authorization.