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ITRI hosts grid resilience conference in face of climate risks and AI boom

ITRI hosts grid resilience conference in face of climate risks and AI boom

2025-10-30

ITRI on Wednesday held a conference on grid resilience with its in-house experts and those from Taipower and Delta Electronics. A stable electricity supply becomes more crucial than ever, in the face of an energy-intensive AI boom coupled with increased climate risks. The solution, therefore, begins with strengthening basic infrastructure.

ITRI is holding a conference on grid resilience with the Taiwan Power and Energy Engineering Association.

Edwin Liu
Taiwan Power and Energy Engineering Association
Virtual power plants, resource integration, meaning the optimization of power distribution with mathematical models, allowing users to take part in supply and demand, and energy storage technologies—I believe all these will help toward balancing demand and supply on the grid and achieve the balance needed for resilience.

The association chair Edwin Liu says that grid resilience begins with strengthening the power supply system on all ends. This is especially important in the face of climate risks, such as Typhoon Danas earlier this year, which toppled almost 3,500 utility poles in Southern Taiwan, requiring urgent restoration.

Lee Chun-yao
ITRI GMS Office
We can recover very quickly from minor trip-ups. Taiwan is a major ICT nation. If we can combine smart grids with our ICT industry and increase Taiwan’s grid resilience, we can turn Taiwan into a demonstration site. Then we can boost our technologies and help the ICT industry export their solutions and break into the international market.

Electricity consumption is projected to grow eight times within five years to exceed 10 billion kilowatt-hours, due to the boom in AI. This is expected to bring tremendous business opportunities. The numbers also affirm the trend, with the power sector generating a record NT$119.5 billion last year.

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#ITRI #power #gridresilience #AI #technology #virtualpowerplant

工研院研討會"極端氣候+AI發展" 探討強化電網韌性

2025-10-30

工研院舉辦研討會,找來台電、台達電及工研院專家,討論強化電網韌性的重要性。極端氣候影響下,電力系統穩定度也受到挑戰,加上產業用電,因為這幾年AI蓬勃發展,電力需求跟著大增,如何從供需和配電方面下手,成為重要課題。

工研院與台灣電力能源工程協會,舉辦"智慧電網、韌性未來"研討會,探討強化電網韌性的重要性與技術。

[[台灣電力與能源工程協會理事長 劉文雄]]
“虛擬電廠,還有整合資源的規劃,把所有可能的資源,用這個數學模型,達到一個最佳的配比,用戶能夠參與需量反應,還有儲能的一些技術等等,我想這樣對整個電網的供需,平衡的韌性 都會有幫助”

劉文雄強調,必須從電力的供給、使用和輸配電等多方面強化,讓電力系統更有韌性。尤其極端氣候和天災發生的頻率越來越高,像是今年丹娜絲颱風,造成嘉南地區近3500根電桿傾倒,台電必須盡快恢復,確保通訊和基礎設施的穩定。

[[工研院電網策略室主任 李俊耀]]
“遇到一些小事故,可以很快地恢復,台灣是資通訊大國,那我們如果智慧電網,結合資通訊產業的話,或許在台灣,提高台灣的電網韌性,也可以在台灣這個地方,成為一個示範場域,然後去提高我們的技術,幫忙資通訊產業來外銷,打入國際市場”

台灣AI產業蓬勃發展,有龐大電力需求,預估五年會成長8倍,突破100億度電,同時也帶來新的商機。根據經濟部統計,去年台灣發電、輸電、配電機械業產值1195億元,創下歷史新高,產官研單位合作,超前部署未來競爭力。

更多新聞內容,請鎖定:
民視台灣台(152頻道)週一至週五晚上9:30
民視新聞台(53頻道)週二至週六凌晨1:00

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