1. 3-Minute Revolutionary DC Super Charging, Redefine E-Bike Travel

Powered by advanced industrial-grade DC fast-charging core technology. It breaks through the traditional slow-charging bottleneck of electric two-wheelers, delivering a full charge in just 3 minutes. It dramatically accelerates energy replenishment and charging turnover efficiency, making it the top choice for high-traffic public charging stations.

2. Multi-Modal Smart Startup, Perfect for Commercial & Shared Ecosystems

This mainboard seamlessly integrates three intelligent activation methods: Scan QR Code, RFID Card, and Password Entry. It offers ultimate flexibility for commercial shared charging, residential communities, industrial parks, and fleet management, balancing public convenience with private security.

3. Smart Insulation Detection & All-Round High Grade Safety

Safety is our top priority. The motherboard features a pioneering pre-charging smart insulation detection system (IMD), combined with hardware-level protection against short circuits, leakage, over-voltage, over-current, and grounding. It establishes a double barrier of "proactive prediction + real-time defense" with millisecond-level power-off response.

4. Visualized Smart Management with External Touch Screen Support

Engineered with an interactive external touch screen interface. Operators and end-users can monitor real-time charging status, battery health dynamics, and system logs. Any equipment anomaly or fault warning is displayed immediately, significantly reducing local maintenance costs and boosting user confidence.

5. High Compatibility & Ultra-Compact Design to Save Shipping Freight

Our self-developed PCBA architecture features a highly compact and space-saving dimension layout, significantly reducing the volumetric weight to save substantial ocean/air freight costs for global buyers. Furthermore, the smart algorithm automatically adapts to various electric motorcycle battery types (72V/96V etc.), ensuring stable, 24/7 high-frequency operation with near-zero downtime.

Ready to Upgrade Your Local E-Bike Charging Network in Southeast Asia? We are a 10+ year factory specializing in EV charger PCBA design with self-developed technology. We provide full technical support, diagram documentation, and flexible OEM/ODM customization

Shenzhen Huinengzhi Technology Co., Ltd. is a charging pile research and development company. Since its establishment in 2014, we have been dedicated to the research and development of charging technology, production of PCBA, and manufacturing of AC and DC charging stations. Welcome to cooperate with us. We can provide you with a complete range of charging station products, as well as software and hardware development and customization services.

Q1. Who are we?

A: Our company " Shenzhen Huinengzhi Technology"

10+ Years Dedicated EV Charger Manufacturer (Established in 2014).

Over 1000 units deployed across Europe, South America, and Asia.

Independent Hardware and Software R&D with self-developed SECC controllers.

Q2. Do you test all your chargers before shipping?
A: All major components are tested before assembly and each charger is fully tested before shipped

Q3.what can you buy from us?
A: AC &DC EV charging pile

Q4. Can this 7kW charger be managed by a third-party white-label software platform?

A: Yes. With full OCPP 1.6J compliance, the charger allows operators to change the WebSocket URL via a local configuration web page or app, connecting instantly to any third-party CMS for billing, user authorization, and firmware OTA updates.

Q5: What are the installation requirements for a 7kW AC charging station?

A: A 7kW AC charger requires a single-phase 230V AC power supply with a current of 32A. It is highly recommended to install a dedicated circuit breaker (Type B RCD or Type A + DC 6mA protection) to ensure electrical safety.

Q6: Can a 7kW AC charger be installed at home?

A: Yes. A 7kW AC charger is the most popular choice for residential installations, as most household electrical grids can support a 32A single-phase load without requiring expensive grid upgrades.

Q7: Is a 7kW AC charger compatible with all electric vehicles?

A: Yes, it is compatible with almost all modern EVs and plug-in hybrids (PHEVs). However, the actual charging speed will be limited by the vehicle’s maximum onboard charger capacity (e.g., if a PHEV only accepts 3.5kW, it will charge at 3.5kW even when connected to a 7kW charger).

Q8: What charging interface standards do these chargers support?

A: Our charging stations can be configured with various global connector standards:

AC Charging: Type 2 (Europe), Type 1 (North America), GB/T (China).

DC Charging: CCS Combo 2 (Europe), CCS Combo 1 (North America), CHAdeMO (Japan), GB/T (China), and NACS (Tesla standard).

Q9: Are these chargers safe to use in the rain or extreme weather?

A: Yes. Our chargers are designed with high weatherproof ratings (typically IP54 or IP55 for outdoor use). They feature multiple safety protections, including over-current, over-voltage, short-circuit, leakage, and lightning protection.

Q10: Can I custom my LOGO?

Answer: Yes. You can not only custom LOGO, but also color, cable, enclosure box and carton. Just contact us if you have special needs. We accept full customization for Appearance/Software/Functions/ Accessories/Charging Standards/Packaging etc.

Q11: How long to fully charge a car?

To know how long to charge a car, you need to know the OBC(on board charger) power of the car, the car battery capacity, the charger power. The hours to fully charge a car =battery kw.h/obc or charger power the lower one. For e.g, the battery is 40kw.h,obc is 7kw, charger is 22kw, the 40/7=5.7hours. If the obc is 22kw, then 40/22=1.8hours.