Typhoon Mindulle Leaves 340,000 Households Without Power Across Taiwan

Typhoon Goni swept through Taiwan in early August with violent gusts, causing power outages for more than 340,000 households nationwide. As of 3:00 p.m., Taiwan Power Company (TPC) announced that the power restoration rate had exceeded 90%, with more than 15,000 person-times mobilized for emergency repairs. To address the severe damage in the northeastern coastal region, TPC activated a deployment of over 200 elite repair personnel from its 10 regional divisions, aiming to restore power to all affected areas by tonight.

Typhoon Goni was one of the stronger typhoons of the season, with wind speeds reaching 30 meters per second, accompanied by heavy rainfall and large waves. The storm caused significant destruction to the northern coastal areas and central mountainous regions of Taiwan. The high winds and flooding not only damaged roads and bridges but also posed a major threat to high-voltage transmission lines and substations. Over the past decade, Taiwan has experienced multiple large-scale power outages due to typhoons, presenting a severe test to the resilience of its power supply.

TPC demonstrated high levels of organization and execution in this incident. In addition to deploying a large workforce, the company utilized drones for outage detection, remote monitoring, and real-time reporting, which shortened the time required to locate faults. The elite repair teams from the 10 regional divisions worked according to priority, first addressing outages that most severely impacted industrial zones and medical facilities to ensure power supply to critical infrastructure. This zone-based, task-specific operational model indicates that TPC has adopted the "resilient grid" as one of its long-term strategies.

The large-scale power outage not only incurred substantial repair costs for TPC but also triggered ripple effects on the overall economy. Taiwan's semiconductor industry relies heavily on stable power supply; any outage can halt wafer manufacturing processes, thereby affecting global supply chains. In the short term, electricity prices may rise due to supply-demand imbalances, further pushing up manufacturing costs. The increase in TPC's operational costs may also be passed on to consumers through electricity tariff adjustments, imposing additional burdens on households and businesses.

At the policy level, this incident once again highlighted the vulnerability of Taiwan's power grid to natural disasters. The government and TPC have discussed strengthening the wind-resistant design of high-voltage lines, enhancing the automation and intelligence of circuit breakers, and considering the installation of backup power sources in areas prone to typhoon impacts. In the long run, Taiwan is promoting an energy transition by integrating more renewable energy into the grid. This not only reduces reliance on fossil fuels but also enhances grid flexibility through distributed energy sources.

In summary, the power outage caused by Typhoon Goni was not merely a temporary supply crisis but a dual test of the resilience of Taiwan's energy system and its economy. TPC's rapid restoration efforts and the government's subsequent planning will lay a more solid foundation for future typhoon challenges. (Source: Central News Agency)