Smart AC EV Charger
Wallbox
The Wallbox series is suitable for residential solar energy, energy storage and wallbox integration application scenarios, featuring three power sections of 7/11/22 kW, multiple working modes, and dynamic load balancing capabilities. Furthermore, it is compatible with all electric vehicle brands and can be easily integrated into ESS.
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100%
Charge EV with 100%
renewable energy
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IP65IP65 outdoor design
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OCPPCompatible withOCPP1.6 protocol
Dynamic load balance function
Intelligent valley price charging
Able to work with all branded EV
Remote firmware upgrade & work mode setting
| Mode | EV-AC1P-7K | EV-AC3P-11K | EV-AC3P-22K |
| Rated AC Input Voltage[V] | 230 | 400 | 400 |
| Grid Frequency[HZ] | 50/60 | ||
| Rated AC Output Power[W] | 7000 | 11000 | 22000 |
| Max. AC Output Current[A] | 32 | 16 | 32 |
| Ingress Protection | IP65 | ||
Smart AC EV Charger
The Wallbox series is suitable for residential solar energy, energy storage and wallbox integration application scenarios, featuring three power sections of 7/11/22 kW, multiple working modes, and dynamic load balancing capabilities. Furthermore, it is compatible with all electric vehicle brands and can be easily integrated into ESS.
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Product Video
Related FAQs
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1.What is the dynamic load balancing function？
Dynamic load balancing is an intelligent control method for EV charging that allows EV charging to run simultaneously with the home load. It provides the highest potential charging power without affecting the grid or household loads. The load balancing system allocates available PV energy to the EV charging system in real-time. As a result, the charging power can be instantaneously limited to meet the energy constraints caused by the consumer’s demand, the allocated charging power may be higher when the energy usage of the same PV system is low on the conversely. In addition, the PV system will prioritize between home loads and chargers.
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2.How to calculate the charging time?
If rated power charging is ensured then please reference the calculation below.
Charge time = EVs power/charger-rated power
If rated power charging isn’t ensured then you have to check APP monitor charging data about your EVs situation.
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3.Does the protection function for the charger?
This type of EV charger has AC overvoltage, AC undervoltage, AC overcurrent surge protection, grounding protection, Current leakage protection, RCD, etc.
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4.Does the charger support multiple RFID cards?
The standard accessory includes 2 cards, but only with the same card number. If required, please copy more cards, but only 1 card number is bound, there is no restriction on the quantity of the card.
