Electric vehicle charging infrastructure solutions for today and the future
Electrification will have a cascading impact on energy infrastructure—from the electric grid to our homes and buildings.
Eaton is developing comprehensive electric vehicle charging infrastructure (EVCI) solutions and services to unite the power needs of buildings and electric vehicles (EVs) with on-site renewable energy generation. Whether you’re a building owner or manager, builder, consultant, designer, homeowner or fleet manager, we can help you plan, deploy and manage sustainable systems that support electric vehicle charging safely and reliably.
Discover EV charging incentive programs and rebates
Our approach is based on scalable, secure, resilient energy hubs that will power buildings, homes and facilities and charge EVs with reliable, sustainable, cost-effective energy. We can customize this decentralized energy approach to your needs to help you prepare for the demand that is coming. With the comprehensive portfolio of EVCI software, services and hardware we are developing, these are just a few of the things you will soon be able to do:
We are designing our comprehensive solution to integrate EV charging infrastructure and distributed energy resources (DERs). Our solutions can optimize sustainability, resiliency and cost-effectiveness.
Whether you are looking to add electric vehicle charging to a new or existing building, planning and careful design are required to have the most efficient infrastructure for your tailored needs. With more than 100 years of experience, technology leadership and extensive research, we can provide you with end-to-end project management capabilities supported by field engineers and teams across the region.
eMobility is a new business within Eaton that combines elements of our Electrical and Vehicle businesses to deliver electric vehicle solutions to passenger car, commercial vehicle and off-highway OEMs.
As the energy transition advances, we're helping companies and communities around the world simplify their energy systems and safely transition to the low-carbon future.