PT Esse EVB DC EV charger is equipped with dual-sided 43-inch advertising screens and a 7-inch touch screen, enabling simultaneous display of advertisements, charging guidance, policy information, and weather forecasts. With one charger delivering dual-display functionality, it maximizes media exposure and doubles commercial revenue opportunities.
Potência de saída
Advertising Screen
Garantia
Charging Gun Holder
Eficiência
The EVB DC commercial EV chargers adopts a modular design with flexible power module configuration, allowing modules to be combined or upgraded based on actual charging requirements. This enables scalable charging capacity for different application scenarios while significantly improving maintenance convenience.
With independently operating modules, faults can be quickly identified and isolated, reducing troubleshooting time and enabling direct replacement of the affected module. This minimizes downtime, improves ev car chargers availability, and reduces the impact on users’ charging experience.
The modular architecture also delivers strong cost-efficiency advantages. Supporting a “base module + expansion module” approach, it helps reduce initial investment costs. In addition, each module features intelligent fault alarm functions, reducing manual inspection frequency by up to 50% and further lowering operation and maintenance costs through smarter O&M management.
Liquid-cooled charging modules offer higher heat dissipation efficiency than traditional air-cooled modules, enabling greater power density and a more compact charger design. This makes our dual-sided advertising DC EV chargers flexible for installation and easier for transportation while maximizing space utilization.
Compared with air-cooled systems, liquid-cooled modules generate significantly lower operating noise, making this advertising DC 3 phase EV charger especially suitable for commercial complexes, underground parking garages, high-end residential areas, and nighttime charging applications.
With stronger environmental protection capabilities, our dc ev fast chargers can operate reliably in harsh conditions such as coastal regions, high-temperature deserts, high-humidity environments, and industrial parks.
In addition, liquid-cooling technology provides more precise temperature control, enabling charging modules to operate continuously within a high-efficiency range while reducing energy consumption. For large-scale charging stations, this improves overall ev charging station efficiency and significantly reduces long-term electricity costs.
The illuminated ball-type EV charging gun holder is designed for smooth and effortless plug-in and removal, featuring a durable anti-fatigue structure for extended service life. Its soft ambient lighting enhances the premium appearance of the EV charging station while providing clear nighttime guidance for accurate connector insertion and gun return placement. This helps reduce cable clutter, misplaced charging guns, and accidental collision damage.
Combined with a dual advertising display design, the charger not only improves the overall aesthetics of the charging station but also delivers stronger commercial visibility and a more modern EV charging experience.
BGDC-2S
Potência nominal
75kW/150kW
Dimensão
800*400*2050(L*W*H mm)
Tomadas de Carregamento
CCS1, CCS2, CHAdeMO, GB/T, NACS
Tela
43-Inch Advertising Screen/LED Light
Autorização de Conectividade
RFID, Aplicativo
Tensão de entrada CA
CA 380 V-415 V, 3P+N+PE
Rated Input Current
120A/240A
OCPP
OCPP 1.6J/2.0.1
Interface de rede
Ethernet/4G/Wi-Fi
Temperatura de trabalho
-30°C a +50°C
Local de aplicação
Interior/Exterior
Design de segurança
Da consulta à instalação, nossa equipe de especialistas garante uma solução abrangente de carregamento de VE adaptada às suas necessidades.
evb.com
Solução de carregamento inteligente
pvb.com
Solução de bateria fotovoltaica
beny.com
Sistema CC mais seguro
evb.com
Solução de carregamento inteligente
pvb.com
Solução de bateria fotovoltaica
beny.com
Sistema CC mais seguro
Copyright © 2026, EVB. Todos os direitos reservados. Desenvolvido por beny.