The latest news and information on the EV charging and monitoring industry from
Franklin Electric EV Systems.
A switchgear is a critical component of DC fast charging infrastructure which is composed of electrical panels with the task of receiving, distributing, and protecting the site’s power. Traditionally, these post-and-frame switchgear systems are comprised of multiple mixed-manufacturer electrical panels including breakers panels, a current transformer (CT) cabinet, and transformers....
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The infrastructure required to power Level 3 EV chargers (also known as DC fast chargers) typically includes a series of electrical panels commonly referred to as switchgear. Switchgear is tasked with receiving, transforming, distributing, and protecting the charging station’s power. One of the major roadblocks potential EV charging site owners...
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Delivering the enormous amount of energy and physical infrastructure required to power Level 3 fast chargers, along with the technology to access and use these chargers, takes a complex network of various providers. Understanding how this network functions is the first step to getting involved with the EV charger infrastructure...
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Access to NEVI funds requires the recipient to include a minimum of four 150 kw DC fast chargers (also referred to as Level 3 chargers) in their charging stations. Unlike the Level 1 or Level 2 chargers commonly found at in-home charging systems and shopping centers, L3 chargers require an...
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NexPhase™ enables rapid deployment of EV charger infrastructure by accelerating design project timelines, reducing installation time, and facilitating remote monitoring with predictive maintenance capabilities.
Read More...We are a leader in the manufacturing and distribution of systems to support the management and monitoring of critical assets. As an expert in both vehicle refueling and utility asset monitoring, we are committed to supporting the emerging EV charging market. Our turnkey solutions enable rapid deployment with intelligent monitoring to maximize charger operational uptime.