Longer Parking Periods
Suitable for workplaces, dealerships and destination sites where vehicles remain parked for several hours.
It can reduce electrical and infrastructure requirements compared with higher-output DC equipment.
Wall Mounted DC Fast Charger
• 20kW, 30kW and 40kW wall-mounted power options • DC200–1000V output supports varied EV platforms • Single connector simplifies dedicated-bay charging • Compact design suits garages and limited wall space • IP54 protection supports indoor or outdoor mounting • OCPP-ready for network monitoring and operation • CCS and GB/T connector options available
- Fast Delievery
- Quality Assurance
- 24/7 Customer Service
Product Introduction
Compact Commercial DC Charging
Wall-Mounted DC Fast Charging for Sites with Limited Floor Space
Our NEDW wall-mounted DC fast charger provides 20kW, 30kW or 40kW output for commercial and semi-public locations that need faster charging without installing a high-power floor cabinet. It uses one charging connector and a DC200–1000V output platform for dedicated-bay charging.
- 20kW, 30kW or 40kW
- Single charging connector
- DC200–1000V output
- CCS or GB/T configuration
- OCPP-ready communication
- Indoor or outdoor installation
Recommended Project Position
- TrafficLow to moderate daily charging demand
- ParkingDedicated bay with medium dwell time
- SpaceWall or support structure available
- PowerThree-phase AC supply required
- VehiclesCCS or GB/T charging inlet
- OperationOffline, local or remote modes
Power Selection
20kW
30kW
40kW
Choose 20kW, 30kW or 40kW from Dwell Time and Site Capacity
Higher rated power is useful only when the vehicle accepts it and the electrical installation can support it. We compare the expected charging window with the vehicle mix before recommending a configuration.
Balanced Destination Charging
Suitable for hotels, commercial parking and smaller fleets requiring more energy during a medium-duration stop.
It balances charging performance, equipment size and site power demand.
Higher Bay Turnover
Suitable where vehicles have shorter dwell times or the same charger must serve more sessions during the day.
Confirm vehicle acceptance and the available three-phase supply before selection.
Wall Assessment
Confirm the Mounting Surface Before Ordering
A compact charger saves floor area, but the mounting structure must carry the equipment and allow safe cable routing, ventilation and service access.
Freestanding Support Option
If a suitable structural wall is unavailable, confirm whether a compatible support frame or pedestal arrangement is required.
The mounting method must be approved together with cable entry and parking-bay layout.
- Structural capacity: verify that the wall or support frame can carry the charger and cable loads.
- Mounting height: keep the display, emergency controls and connector accessible to intended users.
- Cable entry: confirm whether AC, communication and earthing cables enter from the rear or another approved direction.
- Ventilation: maintain clear airflow around the enclosure and avoid enclosed heat pockets.
- Service clearance: preserve access for electrical inspection, module service and cable replacement.
- Impact protection: use suitable barriers where vehicles or handling equipment may contact the charger.
Technical Parameters
Wall-Mounted DC Fast Charger Specifications
We confirm power, connector standard, cable length, communication and destination-market requirements in the model-specific quotation.
| Product Series | NEDW wall-mounted DC fast charger |
|---|---|
| Output Power | 20kW / 30kW / 40kW |
| AC Input Voltage | AC380V ±20% |
| Input Connection | 3P + N + PE |
| Operating Frequency | 45–65Hz |
| Power Factor | ≥0.95 |
| DC Output Voltage | DC200–1000V |
| DC Output Current | 0–100A |
| Charging Connectors | 1 |
| Connector Options | CCS or GB/T |
| Standard Cable Length | 5m; optional length upgrade |
| Cooling Method | Air cooling |
| Operating Temperature | -20°C to 50°C |
| Storage Temperature | -40°C to 85°C |
| Relative Humidity | 5–90% RH, non-condensing |
| Installation Altitude | ≤2000m |
| Protection Rating | IP54 |
| Installation Type | Wall-mounted |
| Communication | OCPP-ready |
| Operation Modes | Offline / Local / Remote |
| Safety Configuration | Built-in AC contactor |
Application Fit
PG
HT
FL
DS
Dedicated Charging for Commercial and Semi-Public Parking
Parking Garages
Mount the charger against a suitable structural wall where a floor cabinet would reduce circulation space.
Hotels and Offices
Provide faster destination charging for visitors who remain on-site longer than a typical roadside stop.
Small Fleet Sites
Charge one vehicle at a time according to planned return periods and available overnight or daytime windows.
Dealerships
Support vehicle preparation, demonstration, workshop operations and customer charging from one dedicated bay.
Vehicle Compatibility
Match the Connector and Output Window to the Vehicles
The DC200–1000V platform covers different battery architectures, but actual charging power remains limited by the vehicle's request, battery state, temperature and charger-current limit.
Check Vehicle CompatibilityVehicle Data Required
- Vehicle manufacturer and model
- Model year and destination market
- CCS or GB/T charging inlet
- Nominal battery-voltage platform
- Maximum accepted DC power and current
- Expected arrival state of charge
- Available parking or charging duration
Electrical Installation
The Compact Cabinet Still Requires Commercial Three-Phase Power
Wall mounting reduces the equipment footprint but does not remove the need for correctly sized conductors, protection, earthing and isolation.
Local Engineering Responsibility
Qualified local personnel must complete the electrical design, permits, upstream protection and installation according to destination requirements.
- Available supply: confirm AC voltage, frequency, phases and transformer capacity.
- Feeder route: calculate conductor size from current demand, route length and installation method.
- Protection: coordinate isolation, overcurrent, short-circuit, earthing and surge protection.
- Load profile: include building demand and other chargers operating at the same time.
- Network provision: prepare the connection method required by the selected backend platform.
- Commissioning: plan energization, insulation checks, network setup and vehicle testing.
OCPP and Operation
Offline
Local
Remote
Define How Users Start and Manage Charging Sessions
Standalone Operation
Suitable where local charging is required without continuous connection to a remote management platform.
Site-Controlled Access
Confirm the required local authorization, user interface and session-recording workflow.
Network Management
Provide the OCPP version, backend platform, network method and required remote commands before production.
Order Workflow
Confirm Installation and Software Requirements Before Production
- Submit Site Data Provide the electrical supply, wall construction, parking layout and environmental conditions.
- Confirm Vehicles Identify vehicle models, connector standards, battery voltage and expected parking time.
- Approve Configuration Confirm output power, cable length, OCPP, operating mode and mounting arrangement.
- Finalize the Order Approve quantity, OEM artwork, packaging, documentation and shipping destination.
OEM and Quality Checks
We Match the Charger to Your Market and Brand
We can coordinate enclosure color, logo, interface language, connector type, communication settings, labels, manuals and packaging after the technical specification is approved.
- Logo and enclosure graphics
- Interface and manual language
- CCS or GB/T connector configuration
- OCPP and backend requirements
- Product labels and packaging marks
- Private-label packaging requirements
Checks Before Shipment
We verify assembly, charging modules, power distribution, communication functions, protection functions and the charging connector.
We conduct operational testing and final inspection before shipment. Certification scope and destination documentation are confirmed for the ordered configuration.
Related Charging Options
Compare Compact and Floor-Mounted DC Chargers
NEDW Wall-Mounted DC Charger Review the published 20–40kW wall-mounted platform. 30kW EV Charger Evaluate a balanced destination-charging output. 40kW DC EV Charger Compare the higher-output compact configuration. Wall EV Charging Station Review additional wall-mounted electrical parameters. DC EV Charging Stations Compare wall-mounted and floor-mounted equipment. OCPP for DC Charging Review backend monitoring and integration requirements. About NEWCOM Review our production and service background. Contact Our Team Send site, vehicle and mounting requirements.
Buyer Questions
Wall-Mounted DC Fast Charger FAQ
Resolve power, mounting, connector and network requirements before ordering.
When should we choose a wall-mounted DC fast charger? +
Choose it when floor space is limited, one dedicated charging bay is sufficient and a 20kW, 30kW or 40kW output matches the vehicle dwell time and available three-phase supply.
Can the charger be fixed to any wall? +
No. The wall or mounting frame must support the equipment and cable loads. Confirm structural capacity, anchor method, cable entry, ventilation and maintenance clearance before installation.
What is the difference between 20kW, 30kW and 40kW? +
Higher output can deliver more energy during the same parking period when the vehicle accepts it. It also requires greater electrical capacity. We recommend the power level from dwell time, vehicle limits and site supply.
Does the wall-mounted charger support 800V vehicles? +
The DC200–1000V output platform covers 400V and 800V architectures. Actual compatibility and power depend on the connector, vehicle protocol, requested voltage and current, battery condition and approved charger configuration.
Can it operate without an OCPP platform? +
The platform supports offline, local and remote operation modes. Confirm the required authorization, session records, network connection and backend functions before ordering.
Can we order a longer charging cable? +
The standard cable length is 5m, and optional upgrades are available. Send the cabinet position, parking orientation and vehicle-inlet location so we can check the required reach.
What should we include in the quotation request? +
Send the destination country, site supply, vehicle models, connector standard, preferred output power, wall construction, parking layout, cable length, OCPP platform, quantity and OEM requirements.
Confirm the Power, Wall and Vehicle Compatibility
Send the site supply, wall construction, vehicle models, connector standard, parking layout, required cable reach, OCPP platform, quantity and destination country.
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