In-Charge Energy, the pioneer in turnkey commercial EV infrastructure solutions, has purchased a new 21,414-square-foot facility in Richmond, Va., USA, which will serve as the company’s inventory warehouse and research and development hub.
“This new facility is a testament to our quick expansion and commitment to research-backed solutions for EV charging infrastructure,” said Cameron Funk, CEO of In-Charge Energy, adding “As a fast-growing leader in this space, we hold ourselves to the highest standards to ensure our customers are getting the best products, services, and innovations as the world transitions to electric mobility.”
integration testing
The team will also test DC fast chargers and other associated hardware before shipping it to customers
The larger R&D hub enables the In-Charge team to conduct integration testing with large vehicles, including semi and box trucks. The facility features three dock-height loading bays, making such testing more seamless and accessible.
The team will also test DC fast chargers and other associated hardware before shipping it to customers or infrastructure projects in progress.
Facility operations
The facility will be managed by Van Wilkins, Jr., Senior Vice President of Operations at In-Charge, who will also oversee 20 staff members at the new site.
Wilkins played a key role in purchasing the Richmond facility, which is strategically positioned along the Interstate 95 corridor connecting Boston to Florida and near the Port of Hampton Roads along the Interstate 64 corridor. With this East Coast footprint, the In-Charge team can service its customers throughout the region.
lifecycle of the EV infrastructure
“We chose Richmond because it’s an important location for the future of electric fleets,” said Van Wilkins, Jr., adding “Having an operation center for charging hardware testing, commissioning, repair and development will be an important part of the critical infrastructure."
He continues, "The large construction projects get more attention, but we want to focus on the lifecycle of the EV infrastructure by maximizing reliability and reducing restoration times and total cost of ownership.”
