Duke Energy + Electrada Fleet Mobility Microgrid: Pioneering Electric Fleet Innovation in North Carolina
Key Ideas
  • Duke Energy has established a groundbreaking Duke Energy + Electrada Fleet Mobility Microgrid in Mount Holly, North Carolina, to support commercial and public electric fleet vehicles through a zero-emission, carbon-free microgrid option.
  • The microgrid offers a range of charging stations from 120 to 300 kW and two Level 2 chargers, catering to medium- and heavy-duty trucking needs, with the ability to switch to 100% renewable energy generation.
  • Collaborating with Electrada and Daimler Truck North America LLC, Duke Energy aims to revolutionize fleet electrification, develop scalable electric mobility solutions, and shape a more sustainable energy system for the future.
  • The initiative not only focuses on providing electric fleet solutions but also on testing charger performance, energy management, and integration to ensure grid distribution and pave the way for broader industry adoption of fleet electrification.
Duke Energy has unveiled the Duke Energy + Electrada Fleet Mobility Microgrid in Mount Holly, North Carolina, marking a significant step towards promoting electric fleet innovation. This pioneering microgrid center aims to support commercial and public electric fleet vehicles by providing a zero-emission, carbon-free charging solution. The collaboration between Duke Energy and Electrada offers fleet owners the opportunity to design, deploy, and manage customized electric fleet depots with various charging configurations and capacities. The microgrid integrates renewable energy sources such as solar, battery storage, hydrogen, and other generation options, showcasing a sustainable model for fleet electrification. The microgrid includes six fleet charging stations, ranging from 120 to 300 kW, and two Level 2 chargers, making it the first depot tailored for medium- and heavy-duty trucking in the U.S. capable of using grid electricity or switching to 100% renewable energy. By partnering with Daimler Truck North America LLC, Duke Energy and Electrada are set to revolutionize fleet electrification, aiming to enhance electric mobility at scale while ensuring grid reliability and renewable energy integration. The initiative also emphasizes the importance of studying charger utilization, energy management, and integration to optimize grid distribution and facilitate industry-wide adoption of electric fleets. Through collaborative efforts and a focus on innovation, the project aims to shape a more sustainable, cleaner energy system for the future. With a vision of achieving greater energy sustainability and promoting cleaner transportation, Duke Energy's microgrid initiative sets the stage for a transformative shift towards electric mobility in North America.
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