Great Question: A Manufacturing Podcast
Microgrids Power Manufacturing [Production Pulse]
Jan 23, 2025
In this discussion, Jana Gerber, president of Schneider Electric's North American microgrid business, and Rod Walton, managing editor of Microgrid Knowledge, dive into the transformative potential of microgrids in manufacturing. They explore their integration of renewable energy sources, enhancing sustainability and resilience. The conversation highlights the economic implications of power outages, the shift towards on-shoring due to an aging utility grid, and innovative projects reshaping energy solutions, ultimately empowering communities with reliable power.
23:49
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Quick takeaways
- Microgrids enhance manufacturing by allowing plants to rely on distributed energy resources, improving reliability and sustainability amid power challenges.
- The growing interest in microgrids reflects a shift towards energy independence and increased investments in renewable sources for operational resilience.
Deep dives
Understanding Microgrids
Microgrids are defined as local electrical distribution networks that utilize distributed energy resources, including solar, fuel cells, and battery storage. These systems are designed to operate both in tandem with the main grid and independently, providing flexibility and resilience during outages. The integration of intelligent management systems enhances their efficiency, allowing users to maximize renewable energy use. A practical example discussed was a home system that combines solar panels and battery storage, illustrating the benefits of microgrids in both residential and industrial applications.
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