Type 2 route
A Type 2 EV charger route is common for Europe and many export projects. Confirm socket or tethered format, cable length, phase, local installation practice and destination document requirements.
AC Charger Manufacturer for 7kW, 11kW and 22kW Wallbox Projects
Factory supply of AC wallbox, pedestal and smart charging options for commercial parking, workplace, hotel, distributor and private-label buyers.
7kW, 11kW and 22kW Level 2 platforms
Type 1, Type 2 and GB/T project routes
OCPP, RFID, app and load-management review
Model-specific document scope confirmed before order
Product Range
AC Charger Product Range
Request a quote for the models below. Pricing depends on configuration, quantity, destination, certificate scope and delivery term.
Best Seller
AC Charger
7kW AC Wall-Mounted EV Charger
Single-phase SF-EA configuration with RFID access for long-stay parking and wall or pedestal installation.
7kW
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Popular
AC Charger
11kW/22kW Three-Phase Wallbox EV Charger
Compare 11kW and 22kW three-phase requirements; select the SF-EA configuration around vehicle capability and available supply.
11kW / 22kW
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OEM Ready
AC Charger
OEM/ODM AC Wallbox EV Charger 7-22kW
7kW / 11kW / 22kW
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US Market
AC Charger
7kW Type 1 AC EV Charger (J1772)
7kW
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AC Charger
7kW GB/T AC EV Charger
7kW
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Smart
AC Charger
22kW Smart AC EV Charger with WLAN & 4G
22kW
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Commercial
AC Charger
11kW OCPP 1.6 AC EV Charger
Three-phase SF-EA model with 16A input; specify optional OCPP 1.6J for your chosen backend.
11kW
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Dual Port
AC Charger
22kW Floor-Stand AC EV Charging Station
22kW
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Tethered
AC Charger
7kW Tethered AC EV Charger with 5m Cable
7kW
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AC Charger
6kW Home AC EV Charger
6kW / 32A
Request quote
Need wallbox selection?
Send parking type, power, connector, OCPP/RFID needs and quantity.
We will recommend 7kW, 11kW or 22kW AC wallbox options and confirm certificate scope before quotation.
Send Your AC Charger Requirements for a Fast Quotation
Tell us the power level, connector, OCPP/RFID requirement, target country, quantity and OEM scope. We will match the right 7kW, 11kW or 22kW AC charger model and confirm documents before sampling.
Still comparing options? Start with your country, approximate quantity and parking type. We can help you choose the power and configuration.
Power7kW / 11kW / 22kW
ConnectorType 1 / Type 2 / GB/T
SoftwareOCPP / RFID / App / Load balancing
ProjectCommercial parking / hotel / workplace / OEM
WhatsApp AC Wallbox Requirements
Read 7kW vs 11kW vs 22kW Guide
Useful RFQ details: charger type, power, connector, OCPP/payment needs, market, quantity, OEM and delivery time.
Model review
Define the wallbox configuration before asking for price
An AC charger manufacturer needs the site power, installation format, connector, user-access method, OCPP or app requirement, OEM scope, destination market and quantity to select a 7kW, 11kW or 22kW platform. Model availability, documentation and destination-market compliance must be confirmed per model/project before an evaluation or batch order.
Power and installation
Confirm available phase and grid input, parking dwell time, wall or pedestal format, socket or tethered cable.
User and software flow
Define RFID, app, OCPP, network and load-management needs.
Connector fit
Choose the connector and cable approach from the target vehicles and local installation habits.
OEM and documents
State logo, label, packaging, manual language and required evidence; confirm per model/project. Available model-specific files can be shared privately with qualified project buyers after the configuration and destination market are confirmed.
Continue project planning
AC Charger Selection Matrix
Which AC wallbox fits your commercial project?
Most AC charger RFQs should not start with only "7kW or 22kW". The useful comparison is parking time, grid phase, connector standard, software requirement, installation format and OEM scope.
Compare the SF-EA 7kW, 11kW and 22kW models
| Model and product details | Listed input supply | When to compare this option |
|---|---|---|
| 7kW EV charger SF-EA-7kW | 220VAC ±15%, 32A L+N+PE | Single-phase sites with longer parking windows. |
| 11kW EV charger SF-EA-11kW | 380VAC ±15%, 16A 3P+N+PE | Three-phase parking where 11kW matches the vehicles' AC charging capability and site allocation. |
| 22kW EV charger SF-EA-22kW | 380VAC ±15%, 32A 3P+N+PE | Projects where both the vehicles and available supply can make use of 22kW AC charging. |
These named SF-EA models include RFID access and a 4.3-inch LCD. OCPP 1.6J is optional. Follow each product link for its dimensions, operating conditions and configuration details; the vehicle and site still determine the actual charging rate.
| Project type | Recommended AC charger | Key checks before RFQ | Best next page |
|---|---|---|---|
| Hotel, apartment, staff parking | 7kW single-phase AC wallbox, Type 2 or Type 1 by market | Overnight parking time, wall or pedestal mount, cable length, RFID/app access, branding and local plug standard. | 7kW AC wallbox |
| Workplace and commercial parking | 11kW or 22kW three-phase AC charger with OCPP option | Three-phase supply, load balancing, OCPP/CSMS, RFID user control, meter accuracy and enclosure rating. | 11kW/22kW wallbox |
| Public destination charging | 22kW floor-stand or dual-port AC charging station | Pedestal layout, payment workflow, QR/RFID, signage, cable management, vandal resistance and maintenance access. | 22kW floor-stand AC |
| Distributor catalog or OEM program | 7kW-22kW white-label AC wallbox series | Logo, label, packaging, manual language, app/OCPP defaults, sample order, MOQ and export document scope. | OEM AC wallbox |
| Parking site with short stays | Mixed AC chargers plus selected DC fast chargers | Parking dwell time, vehicle turnover, grid capacity, charger count, payment system and whether DC upgrade is needed. | AC vs DC charger guide |
Electrical fit
Choose 7kW, 11kW or 22kW from the site supply and parking time
A 7kW AC charger is normally reviewed for single-phase projects and long dwell times. An 11kW or 22kW wallbox generally needs three-phase supply and is useful when vehicles have shorter parking windows or the operator wants more energy delivered per session. The vehicle's onboard charger still limits the actual AC charging rate.
For multi-charger sites, send the incoming service, existing peak load, number of bays, expected arrival and departure windows, simultaneous-use assumption and expansion plan. This determines whether fixed limits, dynamic load management or a mixed AC/DC layout should be reviewed.
Before RFQ: confirm phase, voltage, breaker or feeder information, cable route, parking time, charger count and the site's maximum available charging load.
Connector and format
Match the wallbox to vehicles, market and daily handling
Type 1 / J1772 route
Review target vehicles, current and voltage, tethered cable needs, local codes and whether the requested power aligns with the vehicle market.
GB/T route
Confirm vehicle inlet, site supply, cable configuration, language, backend and the exact destination or fleet requirement before model selection.
Socket or tethered
A socket offers cable flexibility; a tethered unit simplifies daily use. Compare cable management, replacement, vandal risk, accessibility and operator preference.
Wall-mounted
Best when a suitable wall, short cable route and protected parking position are available. Confirm mounting surface, clearances and impact risk.
Pedestal or dual port
Useful for open parking and paired bays. Review foundation, cable reach, bollards, drainage, signage, lighting and maintenance access.
Indoor or outdoor
Share temperature, rain, dust, salt exposure, direct sun and impact conditions; confirm enclosure and installation requirements for the selected model.
Accessible placement
Coordinate mounting height, reach range, parking layout, cable weight and local accessibility rules with the site designer and installer.
Smart charging
Define OCPP, access and load control before choosing the hardware option
“Smart charger” can describe very different functions. Write the required user journey and backend workflow so the quotation covers the same scope.
OCPP and CSMS
Confirm protocol version, backend owner, charger registration, meter values, remote commands, alarms, firmware and the required acceptance test.
RFID and user access
Define local whitelist or backend authorization, card ownership, offline behavior, employee or tenant grouping and lost-card handling.
App and network
State whether Wi-Fi, Ethernet or cellular service is needed, who provides connectivity, and whether the app is consumer-facing, installer-facing or branded.
Load management
Provide service capacity, building load source, charger count, meter or CT location, allocation rules and the expected behavior if communication is lost.
Payment boundary
For commercial parking, define free access, membership, QR, POS or backend payment and identify which payment services must be supplied locally.
Data and reporting
List session records, energy data, user or site grouping, export format, tariff logic and retention needs before selecting the platform.
Remote service
Agree alarm notification, diagnostic logs, reset, firmware process and the information required before a support case is opened.
Acceptance test
Plan backend connection, authorization, charging session, meter values, stop event, fault alarm and recovery tests for the selected configuration.
Project-risk features
Specify features by the problem they must prevent
Avoid service overload
Use a defined charger limit or verified load-management design based on the measured building supply and simultaneous charging plan.
Avoid connector mismatch
Match vehicle inlet, destination market, socket/tethered format, cable length and phase before approving the label and packaging.
Avoid backend surprises
Freeze OCPP, network, authorization, meter and payment scope, then test the actual CSMS workflow before a volume order.
Avoid incomplete imports
Request model-specific technical and compliance files early enough for the importer, installer and local authority review.
Avoid installation rework
Check mounting, cable entry, protection, earthing, network, pedestal, bollard and parking geometry before site preparation.
Avoid branding mismatch
Approve logo, nameplate, color, screen, app, manual, carton and accessory scope against one controlled sample configuration.
Avoid support delays
Agree serial or batch reference, logs, photos and configuration information required for remote diagnosis and replacement decisions.
Avoid incomparable quotes
Ask suppliers to quote the same power, connector, communication, accessories, document, spare-part and delivery-term scope.
Applications
Plan the AC charger around how long vehicles stay
Hotels and destinations
Long dwell time favors AC charging; review guest access, RFID or payment, cable handling, parking allocation and overnight load.
Hotel charging guideApartments and residential parking
Plan assigned or shared bays, tenant authorization, metering, service capacity, load management and future charger expansion.
Residential routeWorkplace charging
Define employee access, charging windows, fair load allocation, reporting, reimbursement and after-hours use.
Workplace RFID chargerCommercial destination parking
Review pedestal or wall layout, dual-port need, user journey, payment boundary, signage, maintenance and mixed AC/DC requirements.
Commercial charging routeTechnical resources
Request the AC wallbox file set for your model and market
Some technical, test and compliance files are shared directly after the model, connector, software option and destination are confirmed.
Datasheet and option list
Power, current, phase, connector, cable, enclosure, communication, access and installation options for the shortlisted model.
Request datasheetInstallation information
Available outline, mounting, cable-entry, electrical and pedestal information for site and installer review.
Request installation filesOCPP and smart-function scope
State the backend, authorization, network, payment and load-management workflow so the relevant test scope can be discussed.
Request integration reviewCertificate and test scope
Send the destination, model and required standard or tender item for applicability confirmation.
Review document processOEM and supply control
Keep the AC charger configuration consistent from sample to shipment
Start with one approved hardware and software platform. Freeze power, connector, enclosure, communication, access method, screen or indicator behavior, label, manual, packaging and accessories before a volume order. Customization availability, evaluation quantity, volume quantity, lead time and tooling are confirmed in the current quotation.
- Requirement: market, power, connector, use case, software and quantity.
- Shortlist: wallbox or pedestal platform with a controlled option list.
- Evaluation: sample configuration, backend and installation review.
- Approval: nameplate, branding, manual, packaging and document scope.
- Handover: acceptance evidence, packing list, accessories and support route.
What procurement teams value during AC charger review
- A model shortlist tied to site power and parking time.
- Connector, OCPP and load-management scope explained before price.
- One approved configuration across sample, label, manual and carton.
- Model-specific files provided through a clear request process.
Identify each wallbox package
For mixed 7kW, 11kW and 22kW orders, agree the model, connector and accessory list for each carton. Request packed dimensions and gross weights for freight planning, and confirm whether pedestals or cable organisers ship separately.
Plan samples and delivery batches
Tell us whether you need one delivery or phased shipments. Keep the approved configuration, label and manual language with each order so the next batch matches the version your team evaluated. Quantities and dispatch timing are agreed in the quotation.
Make support easier to start
Keep the model and serial reference, configuration record and installation information together. If you need assistance, share the displayed message, relevant photos and the operating steps that led to it. For connected chargers, include the backend and network details.
Installation and commissioning
Give the installer a complete AC charger handover
Site preparation
Mounting or pedestal location, protection, earthing, cable route, network, parking clearance, drainage and impact protection.
Configuration record
Power limit, phase, connector, network, OCPP endpoint, RFID or app settings and load-management parameters.
Functional checks
Startup, authorization, charging session, stop, meter reading, alarm, offline behavior and backend communication where included.
Operator handover
User instructions, admin access, card management, logs, routine inspection, cleaning, cable care and support information.
Acceptance evidence
Agree what will be checked before AC chargers are dispatched
Product identity
Model, power, phase, connector, cable, enclosure, serial or batch reference, label and approved branding.
Safety and charging checks
Agreed startup, protection, authorization, charging and stop functions for the selected configuration.
Smart-function checks
Network, OCPP, RFID, app, load management or payment workflow included in the order and acceptance plan.
Handover package
Approved option list, available installation information, manual and label scope, packing list and required document set.
Quick review
Check the AC wallbox decision from four angles
Start with electrical capacity and dwell time
Send phase, voltage, available charging load, charger count, parking duration, cable route and expansion plan to compare 7kW, 11kW and 22kW options.
Describe how drivers start and pay
Define plug-and-charge behavior, RFID, app, QR or POS, free or paid access, employee or tenant groups, offline behavior and operator reporting.
Freeze backend and load-control scope
State OCPP version, CSMS, network, meter or CT, load-management rules, remote commands, alarms and the acceptance tests required.
Request the model-specific file set
List datasheet, installation, manual, label, test and compliance information needed for the selected model, software option and destination.
Buyer Resources
Plan AC chargers with connector, software and DC upgrade paths
These guides help buyers compare AC charging with DC fast charging and prepare a clearer RFQ for commercial projects.
AC vs DC EV charger
Use this guide to decide whether your site needs AC wallboxes, DC fast chargers or a mixed charging layout.
EV charger connector types
Compare Type 2, J1772, CCS2, CCS1, NACS, CHAdeMO and GB/T connector requirements by destination market.
What is CSMS?
Review when AC chargers need backend monitoring, user authorization, payment integration or fleet reporting.
OCPP cloud platform
Plan OCPP, RFID, QR payment and multi-site charger management before confirming smart AC charger specifications.
AC Charger Buyer FAQ
What is the difference between a Level 2 charger and an AC wallbox?
In many buyer searches, a Level 2 EV charger and an AC wallbox refer to the same general AC charging category. The actual product still needs to be selected by supply phase, power, connector, cable or socket format, user access, software and destination requirements.
Should a commercial project choose 7kW, 11kW or 22kW?
Start with parking time, available phase and service capacity, vehicle onboard-charger limits, charger count and future expansion. Seven kilowatts often fits long single-phase parking; 11kW or 22kW may fit three-phase sites that need more energy per parked hour.
Can SUNFULL provide Type 1, Type 2 and GB/T options?
Connector routes are available across the product range, but the exact connector, power, cable or socket format and applicable documents depend on the selected model and destination. Send the target country, vehicle mix and installation scenario for confirmation.
When does an AC charger project need load management?
Load management should be reviewed when multiple chargers share a limited electrical service or when building demand changes significantly. Send service capacity, building-load data, charger count, parking schedule, meter or CT arrangement and the required allocation rules.
Can the AC chargers connect to an existing OCPP backend?
Backend integration can be reviewed by model. Provide the required OCPP version, CSMS supplier, authorization and payment workflow, network method, meter-value and alarm needs, remote commands and an acceptance-test checklist before approving the platform.
What is the evaluation-order quantity for AC chargers?
Evaluation-order availability and quantity are confirmed by model and configuration. OEM branding, housing, software presentation, packaging, production quantity, lead time and any tooling scope are confirmed after technical review in the current quotation.
Which documents should an AC charger importer request?
Request the model datasheet, option list, available installation and manual information, label and packing details, smart-function or OCPP test scope, and the destination-specific technical or compliance evidence required by the importer or project.
Can technical or certificate files be shared privately?
Yes. State the charger model or required power, connector, software option, destination and document checklist. Available files can be provided directly after SUNFULL confirms their applicability to the selected configuration and market.
Request a 7kW, 11kW or 22kW AC charger shortlist
Send the parking type and dwell time, phase and voltage, charger count, connector and cable format, OCPP/RFID/app/load-management needs, destination, quantity, branding and required files. SUNFULL will return the next model and document questions for quotation.
You do not need every technical answer to contact us. Share your country, quantity and intended use first, then add the details you already know.
Request Quote Get AC Charger Catalog on WhatsAppLevel 2 project fit
Level 2 EV Charger Options for Commercial Projects
Buyers sometimes use the phrase “EV level 2 charger” when comparing AC wallboxes. A level 2 EV charging station should still be selected by local supply, vehicle acceptance, parking dwell time, access workflow and the number of bays—not by one power label alone.
Long-dwell parking
Start with 7kW when vehicles remain parked for many hours and the site wants to control circuit demand across more bays.
Three-phase projects
Review 11kW or 22kW only after confirming three-phase availability, vehicle onboard-charger limits and the intended simultaneous load.
Procurement boundary
Freeze connector, cable or socket, RFID, OCPP, network, load management, mounting and model-specific document needs before comparing quotations.