Share Charging EV charging equipment and DC fast charger solution

DC Charging Station EVSE-ZK001​

Experience seamless EV charging with our industry-leading DC fast chargers, engineered for maximum reliability and speed. Our solutions are trusted by businesses worldwide to deliver efficient, stable, and safe charging for all electric vehicle models.

No. Product Features
1Manages charging interaction with the BMS, controls the charger's charging state, collects operational data, and automatically shuts down in the event of an anomaly.
2Suitable for various DC charging pile configurations, including single-gun, time-shared dual-gun, bus-coupled dual-gun, full-power-allocation dual-gun, split-rectifier, and cluster-charging systems.
3Features electronic lock control and temperature monitoring for charging guns, with independent detection and control for each gun.
4Compatible with power modules from manufacturers such as Tonghe, Infy Power, Yonglian, Incore, Sinexcel, Gospower, Uu-Power, and ZTE.
5Compatible with DWIN and Xinruida touchscreens for HMI (Human-Machine Interface) functions.
6Compatible with Mingte card readers for card-based billing functions.
7Integrated dual-channel battery voltage acquisition.
8Integrated dual-channel control pilot function.
9Integrated dual-channel insulation monitoring.
10Capable of recording charging data, up to 1,000 records.
11High EMC stability; designed for DC output voltages exceeding 1000V.
12Supports backend communication, wired or wireless, to transmit status and data; compatible with platforms such as State Grid, provincial grids, Yunkuaichong, Yuncan, Yousai, and Fujian Baicheng. Optional.
13Integrated Ethernet functionality. Optional.
14Integrated 4G expansion capability. Optional.
15Integrated Bluetooth functionality.
Share Charging EV charging equipment and DC fast charger solution

DC Charging Station EVSE-ZK002 ​​

The ZK002 series controller is a control solution for European-standard single-gun and dual-gun DC charging piles. It supports dual-gun charging, automatic power allocation, and single-gun operation across different power levels.

It uses a “1+1” architecture, consisting of:

TCU — Transaction Control Unit
Handles user interaction and service management, including touchscreen control, card reader operation, and OCPP 2.0 platform communication.

CCU — Dual-Gun Charging Control Unit
Handles electrical control, including SECC communication, charging module control, power distribution, insulation monitoring, pilot signal detection, and fault handling.

In simple terms, the ZK002 is a complete control system for European-standard DC charging piles, covering user operation, platform communication, charging control, and safety management.

Item Specification / Description
Dimensions205 x 125 mm
Installation Dimensions115 x 195 mm
Shunt Specification300A : 75mV
Rated Operating VoltageDC 12V
Operating Ambient Temperature-25°C to 55°C
Storage Temperature-40°C to +85°C
Charging MethodsSupports QR code charging, IC card charging, and POS terminal charging
Relay Control Interface CurrentRated 5A
LED Output ControlSingle channel ≤200mA
Voltage Detection Range-1000VDC to +1000VDC
Design StandardsComplies with IEC 61851-23, IEC 61851-24, SAE J2847, SAE J2836, SAE J2931, DIN 70121 / 70122, and ISO 15118
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EVSE CCU and TCU Modules for Charger Control and Communication

Share Charging provides EVSE CCU, TCU, charger control units, OCPP communication modules, and charging communication hardware for AC and DC charger product development.

Charging control hardware for EV charger manufacturers

EVSE CCU and TCU modules help charger manufacturers manage charging control, communication interfaces, backend connectivity, diagnostics, and product integration. These modules are useful for teams that need a charger hardware supplier and communication technology provider.

OCPP and remote management integration

A reliable communication module can help connect charging equipment to operator platforms, remote monitoring systems, maintenance workflows, firmware processes, and operation reports. This is important for smart EV charging solutions and charging infrastructure management.

Module-level support for AC and DC products

Share Charging can help customers choose controller hardware, interface design, OCPP connectivity, SECC or EVCC communication route, and testing workflow based on the charger type, target market, and product development stage.

FAQ

Common project questions

What are EVSE CCU and TCU modules used for?

They are used for charger control, communication, connectivity, monitoring, diagnostics, and integration between the charging equipment and related platform or vehicle communication systems.

Can these modules support OCPP connectivity?

Yes. Project designs can include OCPP communication and backend connectivity depending on the charger architecture, operator platform, and deployment requirements.

Can Share Charging help select the correct controller module?

Yes. Share Charging can help evaluate charger type, power level, communication protocol, backend requirements, and testing route before recommending a controller or communication module.