TK4830 is an AC and DC integrated charging station calibration device. The accuracy of AC and DC power measurement of the device reaches Class 0.05.It supports European standard CCS2 DC charging interface, European standard Mennekes (Type2) AC charging interface and Japanese standard CHAdeMO DC charging interface. It can complete the working error and clock time error test of AC and DC charging stations. Read more about its strength and advantages.

"Elevate EV Charging Infrastructure with TUNKIA's Precision Charger Testers. Customized solutions for metering institutions and charging station manufacturers."

TUNKIA's comprehensive testing solutions for EV chargers and other EV components.

This article introduces new energy vehicles and their importance in environmental conservation. It focuses on key technologies like the Vehicle Control Unit (VCU), Motor Controller Unit (MCU), and Battery Management System (BMS). Additionally, it discusses the role of sensors, shunts, charging stations, and chargers in supporting the infrastructure of these vehicles.

The surge in new energy vehicles globally has driven an increase in electric vehicle charging stations, necessitating new requirements for charging station testing. To address these new demands in domestic and overseas market, TUNKIA has introduced a comprehensive and reliable on-site testing solution for EV charging stations.

TK4830 is an AC and DC integrated charging station calibration device. The accuracy of AC and DC power measurement of the device reaches Class 0.05.It supports European standard CCS2 DC charging interface, European standard Mennekes (Type2) AC charging interface and Japanese standard CHAdeMO DC charging interface. It can complete the working error and clock time error test of AC and DC charging stations. Read more about its strength and advantages.

"Elevate EV Charging Infrastructure with TUNKIA's Precision Charger Testers. Customized solutions for metering institutions and charging station manufacturers."

TUNKIA's comprehensive testing solutions for EV chargers and other EV components.

This article introduces new energy vehicles and their importance in environmental conservation. It focuses on key technologies like the Vehicle Control Unit (VCU), Motor Controller Unit (MCU), and Battery Management System (BMS). Additionally, it discusses the role of sensors, shunts, charging stations, and chargers in supporting the infrastructure of these vehicles.

The surge in new energy vehicles globally has driven an increase in electric vehicle charging stations, necessitating new requirements for charging station testing. To address these new demands in domestic and overseas market, TUNKIA has introduced a comprehensive and reliable on-site testing solution for EV charging stations.