Erik Hurd discusses the fundamentals of EV charging and how they affect charge time
See distributed energy resources (DERs) work together, including solar, batteries, fuel cell, and microgrid, to efficiently power buildings. Moreover, learn how smart controls optimize that energy by dynamically balancing power supply and demand.
Learn how capacitor banks work and how utilities optimize transmission and distribution system performance. Explore the power triangle, power factor correction, and how capacitors improve efficiency, capacity, and voltage regulation.
Learn how motor starting methods, ATL, soft staters, and VFDs, can impact inrush current, voltage, and energy use. In this video we explain key benefits, risks, and cost factors to help you choose the best method for your application.
Explore the design and installation of level 2 EV chargers at Eaton’s Power Systems Experience Center. Also, learn about Eaton’s EV charging infrastructure (EVCI), innovative solutions for efficient and scalable EV charging.