In a significant advancement for electric vehicle (EV) infrastructure, Electric Era has successfully installed six fast charging stations at a Costco in Northport, Florida, in a record 54 days from contract signing to operation.
The agreement, finalized on April 7, 2025, saw the fast-charging site go live by May 30, featuring three units that support both CCS and NACS plug types, allowing for a diverse range of vehicles to refuel efficiently.
The rapid deployment was made possible by Electric Era’s innovative battery-backed system, which circumvents many common challenges in the EV charging world, such as the need for extensive grid upgrades and prolonged permitting processes.
Revolutionary EV Charging System Cuts Grid Power Consumption by 70%
By significantly reducing grid power consumption by up to 70%, the company has managed to streamline the installation process and enhance operational efficiency.
The chargers, capable of bringing vehicles up to 80% charge in just 20 to 60 minutes, also boast a 98.5% uptime per port and over 90% session reliability, marking them as highly dependable additions to the network.
Electric Era’s approach aligns closely with the needs of retail businesses. CEO Quincy Lee emphasizes that retailers seek systems that provide fast and reliable service without disrupting their operations. The installation is equipped with features like loyalty program integration and in-store promotional displays, designed to attract customers while they charge.
This innovative project is backed by a team of former SpaceX engineers using a “first principles engineering process,” which involves a complete reevaluation of every aspect of the system, from design to assembly. Such expertise indicates a commitment to quality and performance, fitting the growing demand as more consumers transition to electric vehicles.
The success of this installation not only enhances the EV charging landscape but also sets a promising precedent for future developments in the industry, as Electric Era aims to redefine what’s possible for charging infrastructure in commercial settings.
