In many markets, the demand for electric vehicle (EV) charging is outpacing electrical supply. When the overall demand for electricity is too high from charging and other major loads, the grid becomes strained, leading to potential blackouts and challenging outcomes for EV fleets. Resiliency will continue to become even more important as vehicle charging and operation are dependent on the electric grid for fuel.
In many markets, the demand for electric vehicle (EV) charging is outpacing electrical supply. When the overall demand for electricity is too high from charging and other major loads, the grid becomes strained, leading to potential blackouts and challenging outcomes for EV fleets. Resiliency will continue to become even more important as vehicle charging and operation are dependent on the electric grid for fuel.
What you’ll learn:
Insights into the growing importance of electrical resiliency
Cost-effective resiliency strategies aligned with sustainability goals
Optimized microgrid designs for prolonged outage coverage
Real-world applications and success stories
Fortify your EV fleet charging infrastructure. Download our white paper for a roadmap to reliable, sustainable, and cost-efficient power solutions.