UK’s OZEV Endorsement: EVB OCPP Smart Charging Takes the Helm in Intelligent Charging

EVB, a leader in the sustainable travel charging station sector and a technological front runner, proudly announces the official recognition of its flagship product, the EVB OCPP intelligent charging station, by the UK’s Office for Zero Emission Vehicles (OZEV). This recognition not only demonstrates EVB’s dedication to continuous innovation, unwavering quality, and environmental sustainability but also marks a significant milestone in its journey within the intelligent charging sector.

The EVB OCPP intelligent charging station provides personalized charging experiences through its smart customization solutions. This goes beyond addressing individual needs, creating an intelligent and efficient charging spectrum that resonates with both residential users and commercial clients. This dynamic momentum drives the progress of sustainable transportation.

Among this series of innovative features, several noteworthy aspects include:

Advanced Connectivity: EVB OCPP intelligent charging station goes beyond traditional charging functions. It seamlessly links users to the charging network through various mediums (Wi-Fi, Ethernet, 4G), integrating seamlessly with the smart grid. Real-time access to charging status, energy usage, and remote control capabilities heightens the charging experience.

Bluetooth Integration: With Bluetooth connectivity, the EVB OCPP station offers a comprehensive app solution. For those not using OCPP cloud services, Bluetooth mode is available, allowing functions like charge regulation, fault queries, scheduled charging, and historical data retrieval. This robust Bluetooth suite streamlines charge control.

Optimized Scheduling: Timed charging plans consider power demand fluctuations. Users can strategically set optimal charging times via the app, aligning with grid dynamics for efficient energy use and grid operation.

Smart Load Management: Intelligent power allocation is a core facet. The EVB OCPP station employs an advanced load management system that monitors and adapts charging power based on grid load. This ensures optimal charging speed while preventing grid overload, preserving stability.

Solar Compatibility: As a cornerstone of eco-friendly travel, photovoltaic energy takes center stage. The EVB station seamlessly integrates with diverse photovoltaic systems, offering exclusive solar charging, and advancing green travel.

Enhanced Safety: The EVB OCPP station’s fault detection system excels in identifying and isolating neutral line disruptions (PEN faults) during charging. This dynamic intervention mitigates electrical risks, ensuring user and grid safety.

“We are immensely proud of the OZEV endorsement for our OCPP intelligent charging station. This recognition not only highlights our product’s outstanding performance but also amplifies our resolute dedication to the intelligent charging sector,” stated Tim Wu, Deputy General Manager of EVB’s Marketing Center and Director of Overseas Sales.

Simultaneously, we proudly announce the successful ETSI EN 303 645 European network security certification and PAS 1878 UK network security certification for our EVB OCPP single-gun AC charger. These certifications underscore our unwavering commitment to product security and reinforce our steadfast dedication to safeguarding user data and privacy. Users can trust in the quality of our charging equipment, embracing a superior charging experience.

For a comprehensive understanding of the EVB OCPP intelligent charging station, kindly explore our official website at Together, let’s champion intelligent, environmentally responsible travel!

Wonderful! Share this Case:

Share on facebook
Share on twitter
Share on linkedin
Share on pinterest
Share on skype

Want to Learn More?

Our team of EV charging experts is on hand to help.

0 +
years of project experience wordwide
0 +
resellers, distributors, EV charge point operators, and auto companies
0 +
completed projects worldwide

Send An Inquiry

    Talk to Specialists Register