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CSIVEI factory's quality Single-Gun Wall Mounted AC Charging Station 3.5KW is available in 3.5kW, 11kW, and 22kW power ratings, covering all common single-phase and three-phase supply configurations. Its freestanding design eliminates the requirement for a wall or mounting structure, allowing flexible placement in open car parks, residential driveways, or along parking lot perimeters.
The heavy-duty galvanised steel enclosure is IP55-rated and IK10 impact-resistant, ensuring long-term reliability in outdoor environments from -30°C to +55°C. A 4.3-inch LED display or optional touchscreen provides clear charging status, while RFID and app-based authentication ensure only authorised users can start a session. OCPP 1.6J connectivity allows seamless integration with charging network backends for remote monitoring, billing, and energy management.
Comprehensive safety features include Type A + 6mA DC-sensitive residual current protection, overcurrent and overvoltage protection, earth leakage detection, and an emergency stop button. The integrated cable holster keeps the charging cable off the ground, and a front-facing holster design makes it easy for users to plug in. With a focus on low total cost of ownership, the Single-Gun Wall Mounted AC Charging Station 3.5KW delivers dependable overnight and workplace charging without complex infrastructure.
Where vehicles park for extended periods and cost efficiency is paramount, the Single-Gun Wall Mounted AC Charging Station 3.5KW provides a robust, freestanding charging point that needs no wall support — ideal for open lots, residential communities, and employee parking areas.
For multi-dwelling properties offering dedicated EV parking, a floor-standing AC charger avoids the need to mount hardware on building facades. It can be placed at the head of a resident's allocated bay, connected directly to the building's distribution board. RFID access ensures only authorised residents can charge, and the OCPP backend enables individual billing for each unit. Its quiet operation and slim profile blend seamlessly into outdoor parking areas without disturbing residents.
Offices, business parks, and industrial sites increasingly provide EV charging as an employee benefit. Single-gun floor-standing AC chargers can be installed in rows across open parking lots, serving one vehicle per designated space. Employees plug in at the start of the workday and return to a fully charged vehicle by the afternoon. The OCPP platform allows facility managers to track usage, set time-of-day pricing, and manage energy consumption across multiple units. With no wall dependency, chargers can be positioned optimally in the centre of parking bays.
Guests staying overnight require reliable, safe charging that fits into a property's landscaping. Floor-standing AC chargers can be placed in guest parking areas without relying on building walls, preserving the architectural aesthetic. RFID or QR-code activation provides a premium guest experience, while the hotel can optionally charge a fee or offer complimentary charging as a loyalty perk. The robust enclosure withstands exposure to sun, rain, and coastal air, requiring minimal maintenance.
Fleet operators with electric passenger cars or light commercial vehicles often prefer night-time AC charging for its simplicity and low infrastructure cost. A single-gun standing charger per assigned parking bay allows one-to-one vehicle allocation and sequential charging via scheduled backend controls. The rugged design survives daily knocks from fleet operations, and remote diagnostics keep maintenance overhead low.
Cities deploying on-street EV charging in residential areas or public car parks benefit from a compact, freestanding AC charger that does not require mounting on existing street furniture. The single-gun configuration matches one bay per post, making enforcement and payment simple. With OCPP connectivity, municipalities can integrate chargers into city-wide payment platforms and manage tariffs remotely.
The Single-Gun Wall Mounted AC Charging Station 3.5KW integrates a sophisticated control and safety system into a slim, freestanding enclosure — delivering reliable AC charging that is easy to deploy and simple to maintain.
At the core of the charger lies a high-performance microcontroller that manages the entire charging session in compliance with IEC 61851-1 and relevant regional standards. It continuously monitors the Control Pilot (CP) signal to communicate with the vehicle's onboard charger, adjusting the maximum available current dynamically. For installations with multiple chargers, an optional local load management module can balance power across several units, preventing site-level overloads and minimising demand charges.
The charger includes a comprehensive electrical safety suite. A Type A residual current device combined with 6mA DC-sensitive detection (per IEC 62955) ensures protection against AC and DC earth leakage currents, which is critical for modern EVs. Overcurrent, overvoltage, undervoltage, and surge protection are integrated as standard. In the event of a fault, a dedicated motorized relay disconnects power within milliseconds, while the emergency stop button provides manual isolation. The enclosure is bonded to a reliable earth point, and all live parts are isolated with reinforced insulation.
The enclosure is fabricated from galvanised steel with a UV-resistant powder-coated finish, achieving an IP55 ingress protection rating against dust and water jets, and IK10 mechanical impact resistance. The floor-standing column is anchored via a heavy-duty base plate onto a concrete pad or paved surface, with cable entry possible from the bottom or rear. Internal components receive conformal coating to resist humidity and condensation. A filtered drain plug prevents water accumulation inside the column, and the door is sealed with a continuous compression gasket.
A 4.3-inch LED display shows real-time charging status, energy delivered, and any fault messages. An integrated RFID reader supports ISO 14443 A/B cards, while optional Bluetooth or 4G/Wi-Fi modules enable smartphone app interaction. OCPP 1.6J (with upgrade path to 2.0.1) allows integration with all major backend platforms, providing features such as remote start/stop, transaction reporting, firmware over-the-air updates, and energy consumption analytics. In offline mode, the charger can cache transactions locally and upload them when connectivity is restored.
A Type 2 connector with a 5-metre cable comes standard, with an optional Type 1 connector for specific markets. The integrated cable holster keeps the cable looped off the ground when not in use, preventing damage and trip hazards. The connector dock is positioned at a comfortable height, and the plug-and-play design requires no user training.
The charger supports Modbus RTU/TCP communication to interface with building energy management systems or renewable generation sources. An optional smart energy meter can be installed to monitor site-level consumption, enabling dynamic load balancing and integration with solar PV or battery storage systems. This future-proofs the installation against rising energy costs and grid constraints.
Q1: Can Single-Gun Wall Mounted AC Charging Station 3.5KW be installed outdoors without any shelter?
Absolutely. The enclosure is IP55-rated for outdoor use, protecting against rain, dust, and water jets. It operates reliably in temperatures from -30°C to +55°C. The sealed design and conformal coating ensure long life even in coastal or high-humidity environments. No additional canopy is required.
Q2: Do I need a wall to install this charger?
No. The floor-standing pedestal design means the charger is self-supporting. It mounts onto a flat concrete pad or paved surface using four anchor bolts. This makes it perfect for open parking lots, residential driveways, or any location without suitable walls.
Q3: How do users start a charging session and pay?
Users can authenticate using an RFID card, a smartphone app (via Bluetooth or cloud), or plug-and-charge for private installations. The charger supports OCPP 1.6J, so it can be integrated into any payment platform that uses per-kWh billing, flat session fees, or time-based rates. All transaction data is stored and can be exported for reporting.
Q4: Can I connect this charger to my existing building management or solar system?
Yes. Through Modbus RTU/TCP, the charger can communicate with energy management systems. It supports dynamic load balancing when multiple chargers are present, and can respond to signals from solar inverters or battery storage to maximise self-consumption and minimise grid draw.
Q5: What safety certifications does this product hold?
The charger complies with international standards including IEC 61851-1, IEC 62196, and local EMC and safety directives. Our factory is ISO 9001 certified, and every unit undergoes full electrical safety testing before shipment. CE, UKCA, and other regional certifications are available depending on the target market.
Q6: What maintenance is required, and how easy is it to service?
Routine maintenance is minimal — an annual visual inspection, cleaning of the air filter (if equipped), and a check of cable and connector condition. The front door provides full access to internal components for any servicing. The modular design allows key parts like the controller, relay, or RFID module to be replaced quickly without removing the entire unit from its base.
The wall-mounted design was the immediate natural fit. Each charger would be placed at the head of one assigned parking bay, hardwired to the nearest distribution board. No walls, no additional posts — just a self-contained pedestal. The single-gun configuration matched the dedicated bay perfectly: one car per bay, one charger per car. Residents could leave their vehicles plugged in overnight and have a full charge by morning.
The chargers' OCPP connectivity allowed the property management company to set up individual user accounts for each resident. When a resident swiped their RFID card, the charging session was automatically billed to their apartment account at a pre-agreed tariff. This removed any need for communal payment terminals and ensured fairness.
Because the 3.5KW Single-Gun Wall Mounted AC Charging Stations could be installed incrementally, the development did not have to invest in a huge upfront installation. They started with 15 chargers in the first phase, then added more as residents purchased EVs. Each phase simply involved pouring a small concrete plinth, bolting down the pedestal, and connecting the power cable from the nearest feeder pillar.
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