A professional solution provider for industrial energy storage and electric vehicle charging piles
12
+years of experience in ESS
31,600
m²industrial park
25,000
m²manufacturing plant
All-scenario ESS and EV charging solutions
The ATESS EV charging solutions cover applications from 7kW to 480 kW for all scenarios, which are compatible with various brands of EVs, including AC EV charging, DC EV charging and combo EV charging solution.
Our AC EV chargers can efficiently power up your electric vehicle, keeping your car fully charged and ready to go, which is also suitable for residential or light commercial use.
NANO AC EV charging station for home use, Type 2 socket, single output.
NANO AC EV charging station for home use, Type 2 socket, single output, pre-earthing.
AC EV Charging station for home or light commercial use, plug or socket type optional, single output.
Single-phase AC charger for home use, plug or socket type optional, single output
Floor-standing type AC EV charging station, plug or socket optional, dual outputs.
Floor/wall-mounting type single phase AC EV charging station, plug or socket type optional, dual outputs.
AC EV charging station for home or light commercial use, Type 1 plug, single output, US standard.
ATESS DC EV fast chargers are efficient, reliable, and user-friendly, offering DC fast charging solutions for public charging stations.
Fast DC charging solution for public charging station, CCS Type 2 single output.
Fast DC charging solution for public charging station, CCS Type 2 single or dual outputs.
80kW fast DC charging station for public use, CCS Type 2 dual outputs.
Large capacity fast DC charger for EVs is ideal for public charging stations. Featuring dual CCS or CCS/CHAdeMo outputs, it will enhance your electric vehicle charging experience.
Large capacity fast DC EV charging station, double CCS outputs with automatic power adjustment, each output supports max. 200A current with wide voltage coverage, providing a better experience for electric vehicle fast charging.
Large capacity fast DC EV charging station, double CCS outputs with automatic power adjustment, and each output supports max. 350A current with wide voltage coverage, providing a better experience for electric vehicle fast charging.
US standard wall-mounting type fast DC charging station for public use, CCS Type 1 single or dual outputs.
Large capacity fast combo charger for public charging station,single AC charging plug + dual DC charging plugs.
The ATESS EV charging solutions cover applications from 7kW to 480 kW for all scenarios, which are compatible with various brands of EVs, including AC EV charging, DC EV charging and combo EV charging solution.
The ATESS charging station products cover CCS2 Type 2, CCS1 Type 1, and CHAdeMO standards, meeting the needs of global users.
Currently, there are five major global charging standards. The five standard interfaces are: China's GB/T based on GB/T 20234, North America's CCS1 and Type 1 (based on J1772), Europe's CCS2 and Type 2 (based on IEC 62196), Japan's CHAdeMO, and Tesla's NACS (formerly Tesla's proprietary connector).
1.Grid connection: Draws AC power.
2.Conversion: For DC fast charging, converts AC to DC via internal rectifiers.
3.Communication: Talks to the EV (via ISO 15118/CCS) to agree on voltage/current.
4.Delivery: Safely transfers electricity through the cable.
5.Safety: Monitors temperature/ground faults and stops if anomalies occur.
Yes, installing an EV charger is generally a smart and forward-looking investment. For homeowners, it offers significant convenience, cost savings on fuel, and boosts property value. Businesses benefit by attracting customers and employees, enhancing their brand image as sustainable, and gaining a strategic amenity that future-proofs their operations. While upfront costs exist, especially for commercial fast chargers, strong long-term potential exists due to rising EV adoption and available incentives. Overall, it's a worthwhile investment supporting the energy transition.
For residential users, installing a home charger delivers significant cost savings by leveraging off-peak electricity rates,cutting charging costs by 60–70% vs. peak hours, while eliminating fuel expenses and reducing vehicle maintenance.
For commercial operators, charging stations generate direct revenue through service fees, session charges, and subscriptions, alongside ancillary income from on-screen advertising. Strategic advantages include tax credits, enhanced property value, and sustainability branding.
An EV charging station is infrastructure that supplies electrical power to recharge electric vehicles. It consists of connectors (e.g., CCS, CHAdeMO), power conversion and control systems, safety mechanisms , and often network connectivity for payment and remote monitoring. Stations range from residential wall boxes to public ultra-fast chargers.
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