Uptime is critical to our customers and it’s critical to us. If EV charging solutions don’t get this right, nothing else matters. We take great pride in delivering >99% uptime across all of our deployed customer sites.

Our patented solid-state Atom Switch™ makes this possible by serving as both circuit protection and EVSE. Increases safety: No high voltage at the dispenser until EV charging starts. Helps avoid costly repairs and downtime: Our dispensers are built tough which reduces the chance of damage in the first place. But, if they were somehow damaged in the parking lot, repairs should be faster and less expensive, because the more sophisticated and costlier components are protected separately within our enclosure. Our NEMA 3R enclosure can be installed inside or outside, whichever is more practical and convenient for your site. Familiarity for electricians & other contractors who are used to working with electrical enclosures makes it easier for routine maintenance or in the rare occasion if repairs or replacements are needed.

Built with superior materials to endure harsh weather conditions and potential vehicular damage - all with a focus on creating the best user experience and helping you to avoid repair and replacement costs. Our pedestals & wallboxes are made of strong, rust-proof steel and put through rigorous testing. Our best-in-class auto-retractable cable management system uses nylon-coated steel cables vs. many competitors rope cables which are more susceptible to abrasion and theft.

Allows you to install more charging stations utilizing your existing electrical infrastructure - lowering deployment costs, avoiding peak demand charges, and leveraging demand response utility programs. EVSE Load Management utilizes existing infrastructure to charge vehicles by distributing power among all connected vehicles - allowing you to charge more vehicles while avoiding site infrastructure upgrades. Dynamic Energy Management incorporates a smart meter that dynamically balances EV charging with the building’s power usage in real-time - delivering savings through peak demand avoidance. Demand Response programs, in partnership with utilities, improve grid stability while adding revenue through incentives.

An intelligent, secure, and powerful tool that provides actionable information with real-time visibility and control of your EV charging portfolio at a single facility or across numerous sites - all through one easy-to-use dashboard. FedRAMP™ authorization: Only the third EV charging company to receive this industry-leading cybersecurity standard. This ensures best-in-class data security and rigorous standards for authorization, access, and continuous monitoring.

Our state-of-the-art headquarters and R&D facilities in North Carolina are where the innovative ideas are born and brought to life, all while focused on our purpose of providing transformative grid technology that delivers unparalleled protection, visibility, and control at the point of consumption. This includes our patented solid-state Atom Switch™ which is empowering our Level 2 EV charging solutions today and transforming tomorrow for applications within data centers, industrial, residential, and many other sectors. Our domestic location helps to reduce lead times. Buy American Act compliant which increases possible eligibility for U.S. incentive programs.

Intelligent Protection & Power: Serves as both circuit protection & EVSE in the enclosure, not the dispenser. Control: Software-defined integrated metering & adjustable trip settings. Reliable & Durable: Power switching with no moving parts for ultimate reliability & operating life. Tested at 1,000,000 cycles under full electrical load - far surpassing any mechanical/traditional circuit breaker. Automated: Automatic resetting of temporary faults reduces need for onsite maintenance visits Safer & Faster: Exponentially faster opening times than mechanical relays or traditional circuits breakers with an industry-leading ground fault current response time 200,000-amp interrupting capacity Ground fault power disconnect time of <29ms is 34x faster than UL requirement for 20mA leakage