EV Wall charger

EV Wall charger

Designed for OEM and wholesale partners, offering stable AC charging, smart connectivity, scalable production, and certified safety for residential and commercial EV charging deployments worldwide.

Designed for OEM and wholesale partners, offering stable AC charging, smart connectivity, scalable production, and certified safety for residential and commercial EV charging deployments worldwide.

Boost Your Business: A Complete Range of EV Wall Charger

  • Best EV Wall Charger for North America
    Designed for the US and Canadian market, supporting Type 1 (SAE J1772) and NACS, compatible with most EVs including Tesla (with NACS), ensuring broad vehicle coverage.

  • Level 1 & Level 2 Flexible Charging
    Supports 120V Level 1 portable charging and 240V Level 2 fast AC charging, suitable for home garages, apartments, and daily residential use.

  • Smart & OCPP-Ready
    Optional WiFi / Ethernet / 4G connectivity with OCPP support, enabling remote monitoring, load management and backend integration for light commercial and fleet applications.

  • Safe, Reliable & Certified
    Built with high-quality components and multiple safety protections, ensuring stable long-term operation under North American electrical standards.

  • OEM & Private Label Capable
    Fully customizable including output power, connectors, housing, firmware, logo and packaging, ideal for OEM brands, wholesalers and EV charging projects.

  • Scalable for Home to Commercial Use
    One platform supports residential, portable and commercial wall charger deployment, reducing SKU complexity and supporting scalable business growth.

40A 48A EV wall charger

Model Wpro:Smart Wallbox

Type 1 EV Wallbox

Model Wmini:Compact Mini Wallbox

220v ev charger

Model WA:OCPP EV Charger

level 2 ev charger

Model WD:Sleek Style EV Charger

Custom EV Charger Housing

Model S10:Tech Series EV Charger

Level 1 charging cable

Model Emini:Level 1 EV Charger

level 1 ev charger with adapter

Model E: High Level EVSE

epro with adapters optional

Model Epro: Smart APP EV Charger

🔌 ZenCar Charging Station Series

Choose the perfect model for your installation needs

Model
Wpro
🖥️ Premium Display
WBS
🔌 Socket Type
Wmini
📦 Compact
WA
🌐 Enterprise
WD
💰 Economic
Power 7/11/22kW 7/11/22kW 7/11/22kW 7/11/22kW 7/11/22kW
Display ✅ HD ❌ ❌ ❌ ❌
Connectivity WiFi+BT+4G WiFi+BT+4G WiFi+BT+4G WiFi+BT+4G WiFi+BT+4G
RFID ✅ ✅ ✅ ✅ ✅
OCPP ✅ ✅ ✅ ✅ ✅
Ethernet ❌ ❌ ❌ ✅ ❌
Certification 🏅 TUV 🏅 TUV 🏅 TUV 🏅 TUV 📋 CE

🎯 Quick Selection Guide

Need Recommended Model Why Choose
Visual Monitoring Wpro 3.5″ HD display for real-time status
Clean Installation WBS Socket design, no display clutter
Space Saving Wmini Most compact form factor
Commercial/Network WA OCPP + Ethernet for enterprise use
Budget Solution WD CE certified, essential features

EV Wall Charger Installations: USA & South America Projects

Our EV wall chargers have been successfully deployed across a wide range of residential, commercial and light public charging projects in the USA and South America. Installations include home garages, apartment communities, workplaces, hotels, parking facilities, shopping centers and mixed-use developments. Designed to meet local electrical standards and operating conditions, the chargers deliver stable AC charging performance with optional smart connectivity for monitoring and management. Flexible configurations, including different power levels, connector types and mounting options, allow easy adaptation to diverse project requirements. With reliable quality, scalable supply and OEM support, our EV wall charger solutions help regional partners and project developers build efficient, future-ready EV charging infrastructure across multiple m

mode 3 ev charging station

6

Production lines

50+

Products available

100+

Countries served

30K+

Customers served

Customizable Mobile Wallbox Series for Global Brands

Zencar office

3-Phase Power & Brand Customization

Develop your signature product line for high-power markets. We configure units with Type 2 (IEC 62196) connectors and Red CEE plugs to fully utilize 11kW/22kW 3-phase grids. From bespoke housing colors to firmware interfaces, we ensure your brand stands out in Europe, the Middle East, and beyond.

ev adapter package

Global Logistics & Retail Packaging

Elevate your brand image with premium, customized retail packaging. Our logistics team offers flexible DDP/FOB solutions, handling complex customs and duties for direct delivery to key global hubs like Rotterdam, Hamburg, or Dubai, ensuring a seamless supply chain for your international expansion.

zencar exhibition

Streamlined Production & QA

Ensure a flawless market launch with our transparent manufacturing roadmap. We prioritize pre-production sample verification and strictly adhere to ISO quality standards during mass production. Our rigorous final inspection guarantees that every batch delivers stable performance and meets local compliance requirements before shipment.

Top 5 Advantages of Zencar EV Wall Chargers

  • Wide Market Compatibility
    Zencar EV wall chargers support Type 1 (SAE J1772) and NACS connectors, covering the majority of EV models in North America and beyond, ensuring broad vehicle compatibility across residential and commercial use cases.

  • Flexible Charging Options
    Available in Level 1 (120V) and Level 2 (240V) configurations, our chargers provide reliable AC charging for home garages, apartments, workplaces and public locations, with optional smart connectivity and load management.

  • Smart & Network-Ready
    Built-in support for OCPP, remote monitoring and smart control enables seamless integration with charging management platforms, making Zencar chargers ideal for fleet operators, property owners and networked charging deployments.

  • Reliable Quality & Compliance
    Engineered with high-quality components and robust protection features, Zencar EV wall chargers meet strict safety and performance standards, ensuring dependable long-term operation in diverse environments.

  • OEM & Customization Support
    Flexible OEM and private-label options allow customization of power ratings, housing design, firmware, branding and packaging, supporting scalable production and tailored solutions for distributors, project developers and global partners.

FAQs

According to industry reports, the installation cost for a commercial EV Wall charger typically ranges from $1,000 to $4,500 per unit, excluding the hardware cost. This price varies significantly based on the distance from the electrical panel, the need for trenching, and local permitting fees. For complex sites requiring transformer upgrades, total project costs can exceed $10,000 per station.

Yes, the National Electrical Code (NEC) requires that every EV Wall charger be installed on a dedicated branch circuit. Because EV charging is considered a “continuous load,” the circuit breaker must be rated for 125% of the charger’s maximum output. For example, a 48A charger requires a 60A dedicated breaker to comply with safety standards and prevent overheating.

Load balancing (or power sharing) allows businesses to install multiple EV Wall charger units on a single electrical panel without upgrading the main service. The software monitors real-time energy usage and dynamically distributes available power across all active chargers. This technology is frequently searched by facility managers looking to maximize infrastructure scalability while minimizing upfront capital expenditure (CapEx).

For commercial applications, a hardwired EV Wall charger is the standard recommendation. Hardwiring eliminates the failure point of a receptacle (outlet), provides better weather resistance for outdoor use, and prevents theft or tampering since the unit cannot be easily unplugged and removed. Additionally, hardwired connections are required for higher power outputs (typically above 40 amps).

Yes, a networked EV Wall charger equipped with OCPP (Open Charge Point Protocol) software can integrate with payment gateways. This allows operators to set pricing structures (e.g., per kWh or per hour) and collect revenue via RFID cards, mobile apps, or QR codes. Search data indicates that “billing integration” is a top priority for hotels, retail centers, and paid parking facilities.

To withstand rain, dust, and snow, an outdoor EV Wall charger should have an enclosure rating of NEMA 4 (North America) or IP65 (International). These ratings ensure the internal components are sealed against water ingress and particulate matter. For extreme environments, search results suggest looking for units with an operating temperature range of -22°F to 122°F (-30°C to 50°C).

Yes, many jurisdictions offer incentives. In the United States, the 30C Alternative Fuel Vehicle Refueling Property Credit allows businesses to claim a tax credit of up to 30% of the cost of the EV Wall charger and its installation (up to $100,000 per unit in certain census tracts). It is advisable to consult local utility provider pages for additional rebates on commercial infrastructure.

A 48A (11.5 kW) EV Wall charger can add approximately 35 to 45 miles of range per hour of charging, depending on the vehicle’s efficiency. For a standard commercial fleet vehicle with a 75 kWh battery, this allows for a full 0-100% charge in roughly 6 to 8 hours, making it ideal for overnight depot charging or mid-day opportunity charging during shift changes.

Generally, no. Most hardwired EV Wall charger units have built-in Ground Fault Circuit Interrupter (CCID) protection. Installing an additional GFCI breaker on the panel often causes “nuisance tripping” due to conflicting signals between the charger and the breaker. However, if you are installing a plug-in model into a NEMA 14-50 outlet, current NEC codes typically require a GFCI breaker for the outlet itself.

Yes, a standard J1772 EV Wall charger is compatible with all electric vehicles in North America. Tesla vehicles can use these chargers via the adapter that comes with the car. Conversely, vehicles using the NACS standard can also connect using simple adapters. Technically, the wall unit is an evse charger (Electric Vehicle Supply Equipment) that simply delivers power, while the vehicle’s onboard charger manages the battery flow, ensuring universal compatibility.

So What We Do Next ?

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