Microgrid solutions for EV Fleet

While corporate sustainability and decarbonization goals make an all-electric fleet an appealing option, that transition is challenged by the CAPEX requirements needed to update your electrical infrastructure. You may be prevented from transitioning to an EV fleet because your local utility lacks the capacity needed to charge your vehicles. Even without grid connection limits, unpredictable energy costs and grid reliability issues can substantially slow your transition to EVs. When grids are unreliable, associated utility outages threaten your business operations as well.

Successful transitioning to a fleet of electric vehicles for end-of-line deliveries.

Installing behind-the-meter generation can help you securing a stable energy supply for charging your fleet, without the need for a Utility upgrade. Taking advantage of energy optimization, energy-as-a-service (EaaS), or pay-per-charge business models helps you reduce CAPEX and predict OPEX, delivering the economic method you need to charge your fleet. Reducing your dependence on the grid lets you boost reliability and energy security.

Choosing the right solution for your local power system

GE provides customers with broad techno-economic consulting expertise as it relates to microgrid and DER infrastructure development. Our teams utilize a variety of software programs to help analyzing and optimizing microgrid/DER solutions fit for your unique problem statement. We've been engaged in this specific type of work for the last 5-10 years. Our customers are looking for guidance in developing a low-cost solution to address issues surrounding reliability and resiliency of local power systems. In some instances, they are also looking to decarbonize these power systems with added renewables and/or seeking to establish to revenue sources. We address these challenges using broad industry expertise spanning a range of topic areas.