High-Efficiency 60kW DC EV Charger with Dual Ports, OCPP 1.6, and Smart Load Distribution
High-Efficiency 60kW DC EV Charger with Dual Ports, OCPP 1.6, and Smart Load Distribution
The High-Efficiency 60kW DC EV Charger with Dual Ports is designed for fast, reliable charging of electric vehicles in commercial and public spaces. Equipped with OCPP 1.6 compatibility, it seamlessly integrates with modern EV charging networks and management systems. The dual-port feature allows simultaneous charging of two vehicles, maximizing convenience and throughput. With a smart load distribution system, the charger optimizes power delivery to each port, ensuring efficient energy usage and preventing overloading. Built with durability in mind, it is perfect for high-traffic areas and offers excellent performance with fast charging capabilities, supporting a range of electric vehicles.Gotta know about Google SEO.
Popular Offerings
.jpg "Battery-integrated DC EV Charger, CCS2, 204kW, 193kWh, IP54")
.png "Ultra-Reliable 44kW AC Dual-Plug EV Charger with Smartphone Control & Cyberpunk Design")
.png "Fast-Charging 44kW Dual-Port DC EV Charger with OCPP 1.6, Weather-Resistant, and Energy Management")
.jpg "High-Efficiency 44kW DC Fast Charger for Commercial Use - OCPP 1.6")
Review & Rating
4,7
Annette Black
Elementum ut quam tincidunt egestas vitae elit, hendrerit. Ullamcorper nulla amet lobortis elit, nibh condimentum enim. Aliquam felis nisl tellus sodales lectus dictum tristique proin vitae. Odio fermentum viverra tortor quis.
Darrell Steward
Vel dictum nunc ut tristique. Egestas diam amet, ut proin hendrerit. Dui accumsan at phasellus tempus consequat dignissim.
Floyd Miles
Viverra nunc blandit sapien non imperdiet sit. Purus tempus elementum aliquam eu urna. A aenean duis non egestas at libero porttitor integer eget. Sed dictum lobortis laoreet gravida.
Ralph Edwards
Elementum nisl, egestas nam consectetur nisl, at pellentesque cras. Non sed ac vivamus dolor dignissim ut. Nisl sapien blandit pulvinar sagittis donec sociis ipsum arcu est. Tempus, rutrum morbi scelerisque tempor mi. Etiam urna, cras bibendum leo nec faucibus velit. Tempor lectus dignissim at auctor integer neque quam amet.
