As Taiwan prepares to decommission its last nuclear reactor, Maanshan Unit 2, in May 2025, a new era unfolds—one that envisions a nuclear-free homeland harmonizing with the global shift toward renewable energy. This moment reflects Taiwan’s commitment to sustainability, but challenges arise in maintaining grid stability as nuclear power exits the stage.
With the sun and wind as the new champions of energy, Taiwan embraces a greener future. However, compared to baseload power, these sources are inherently unpredictable; a stretch of cloudy days, once darkness falls, or still winds can reduce their energy output. This disruption could impact the grid, potentially causing power outages and putting daily life and business operations at risk.
Microgrid systems offer an effective way to balance sustainability with stability. By integrating renewable sources with energy storage, these decentralized systems can function independently or alongside the main grid. This dual capability ensures that even during disruptions, power can flow uninterrupted, creating a more resilient energy landscape.
AMPOWER takes this a step further by developing and designing microgrids that align with each customer’s needs. By also leveraging the latest cogeneration technology, we provide solutions that prioritize sustainability without compromising performance. No matter how Taiwan’s energy landscape evolves, AMPOWER ensures businesses and communities can maintain stable operations and achieve sustainable growth.