Installation planning
Capture the site, electrical, civil, network, access, commissioning and responsibility information needed before local design and quotation.
Commercial Charging Expert
Commercial EV Charger Manufacturer
Commercial EV charger manufacturer for AC wallbox and DC fast charger projects. We help parking operators, hotels, fleets, malls, CPOs and highway sites compare AC/DC charger mix, OCPP/CSMS, payment, load management, certification documents and RFQ scope.
Buying equipment for a project? Start with your country, site type and approximate quantity. If power or connector requirements are not yet known, describe the vehicles and parking time so we can discuss a suitable configuration.
60-320kW DC Range OCPP Scope by Model Load-Management Options Payment and Access Options
Product Range
Our Product Portfolio
Charger Type
Power
Output
Connector
Application
Order scope
Commercial DC60kWConnector layout by quotationCCS2Mall / Hotel / ParkingBy quotation
Commercial DC120kWDual connectorCCS2 / CHAdeMOFleet / Parking / MallBy quotation
Heavy-Duty DC180kWDual connectorCCS2Bus & Truck DepotBy quotation
Heavy-Duty DC240kWDual connectorCCS2Highway HubBy quotation
High-Power DC320kWConnector layout by quotationCCS2Supercharger HubBy quotation
Cost & RFQ
Commercial EV Charging Station Cost and RFQ Parameters
Commercial charging cost depends on the charger, site power, software, payment, installation and operating model. A useful quote needs those inputs, not just a charger nameplate rating.
| Project Question | What to Confirm | Impact on Commercial Quote |
|---|---|---|
| AC or DC charger? | Parking dwell time, required turnover, target users and whether charging is free, paid or restricted. | AC reduces equipment cost for long-stay parking; DC and Level 3 charging improve turnover for fleets and public sites. |
| What power level? | 22kW AC, 60kW DC, 120kW DC, 150kW DC, 180kW DC, 240kW+ HPC or mixed site design. | Power selection affects grid upgrade, cabinet price, connector plan, installation layout and charging revenue model. |
| Which backend? | OCPP version, CSMS provider, RFID/app access, payment terminal, SIM/4G/Ethernet and pricing rules. | Backend testing and payment integration can change lead time and system scope. |
| Which site environment? | Indoor or outdoor, canopy or uncovered, parking layout, cable reach, vandal risk and ambient temperature. | Cabinet protection, cable length, pedestal design and installation accessories affect final cost. |
| What documents are needed? | Target country, certification expectations, import documents, datasheet format and tender requirements. | Documentation scope matters for distributors, EPC tenders and regulated commercial charging projects. |
Fleet depot projects
Prioritize load management, charging windows, vehicle schedule, depot transformer capacity and charger redundancy.
Parking and mall projects
Prioritize payment, user access, parking platform integration, signage, cable management and multi-tenant reporting.
Highway and public sites
Prioritize DC fast charging power, connector mix, uptime monitoring, remote diagnostics and future expansion.
Need a cost or Level 3 charger sizing answer?
Use the cost guide for budget scope, then use the power selection guide to decide whether your commercial site needs 60kW, 120kW, 150kW, 240kW or higher DC charging.
| Buyer requirement | Relevant planning page | RFQ details to provide |
|---|---|---|
| AC/DC commercial charging project | This page | Provide the AC/DC charger mix, project country, quantity, payment and OCPP scope. |
| 11kW/22kW commercial wallbox RFQ | 22kW commercial EV charger RFQ guide | Confirm three-phase supply, number of bays, dwell time, Type 2 cable or socket, access method, OCPP and load-management scope. |
| Mixed-speed parking project | AC charger range + DC fast charger range | Separate long-stay AC bays from fast-turnover DC bays before quoting. |
| Fleet backend and authorization | OCPP / CSMS page | Confirm schedule charging, driver authorization, backend test account and load management. |
| Public charging payment workflow | POS payment charger page | Confirm RFID, QR, POS, receipt, tariff and transaction export needs before model selection. |
Commercial EV charging station cost: compare the same supply scope
A charger quotation is not the total installed-site cost. Compare equipment, selected connectors, access and payment hardware, backend integration, freight and local installation as separate items. This makes it easier to see what each supplier includes and what your local project team must arrange.
- Choose the charging route: review AC chargers for longer parking stays or the 60–180kW DC fast charger for projects needing faster charging, subject to vehicle and site limits.
- Define equipment and options: power, connector count and standard, cable reach, user access, payment and OCPP/CSMS requirements affect the configuration being quoted.
- Separate local works: grid connection, transformer upgrades, foundations, cabling, permits, installation and commissioning must have a named responsible party in the project contract.
For a project in Malaysia, the UAE or another market, include the destination and any tender requirements. Request the applicable model-specific documents from us; confirm local acceptance with the relevant project parties. For a wider cost breakdown, read the charging station cost guide.
Sourcing checklist
Build the commercial charger mix around site operation
A commercial EV charger manufacturer should size the proposal around parking dwell time, turnover, site power, vehicle mix, payment and access rules, OCPP and CSMS, documentation and local installation responsibility. Long-stay sites can favor AC charging, while fleets and public high-turnover sites may require DC charging or a mixed plan; verify the exact hardware and document scope for the quoted model and project.
Site operating model
Define fleet, parking, hotel, mall, dealership, public network or highway use and whether access is free, paid or restricted.
AC and DC mix
Match charger type and power to dwell time, expected turnover and available grid capacity.
Backend and payment
Specify OCPP version, CSMS, RFID or app access, payment terminal, network method, tariffs and reports.
Site and document boundary
State environment, cable reach, installation ownership, country and required tender or import files; confirm per model/project. Applicable model-specific documents can be exchanged privately after the configuration is confirmed.
Existing EMS and site limit
For office or mixed-use parking, provide the existing meter or EMS interface, building demand limit, charger priority rules and required failure behavior before selecting OCPP and load management.
Continue project planning
Why SUNFULL
Why Buyers Choose Us as Their Manufacturer
60-320kW Power Range
Single- and dual-connector layouts and cooling architecture are confirmed by the quoted model, power platform and site duty.
OCPP / CSMS Support
OCPP and CSMS integration can be reviewed by charger model, backend platform, communication method and payment workflow before sample testing.
Load-Management Options
Dynamic power sharing and site limits can be reviewed by charger model, CSMS, transformer capacity and operating schedule before integration testing.
Payment and Access Options
RFID, QR, app, NFC or payment-terminal scope depends on the selected reader, charger model, CSMS and destination-market payment workflow.
Enclosure Rating by Model
Confirm the quoted IP/IK rating, temperature range, cooling design and installation conditions for each outdoor or public-site model.
Operations Data
Session, meter, alarm and utilization data depend on charger firmware, OCPP version and the selected CSMS reporting functions.
Use Cases
Solutions for Every Application
Fleet Depot Charging
120-360kW project configurations can be reviewed for fleet depots. Confirm charging windows, load management, protective-device scope and multi-shift demand by model and project.
Commercial Parking
60-120kW configurations for mall, hotel and office parking. Confirm RFID/payment-terminal scope and OCPP/CSMS integration against the selected model, backend and destination-market workflow.
Highway Supercharger
240kW and higher-power charging configurations can be reviewed with optional battery buffering when a site study shows grid or peak-demand constraints.
Car Dealership
22kW AC wallboxes and 60kW DC fast chargers for dealership forecourts. Fast turnaround demo charging and service bay use.
Define the site operating model before selecting chargers
Use the operating task, site inputs and responsibility boundary to choose the next product or solution page. Final equipment, software and document scope is confirmed for the selected model and project.
| Site scenario | Operating decision | Equipment path | Buyer or local responsibility | Supplier confirmation | Continue |
|---|---|---|---|---|---|
| Fleet depot | Vehicle return windows, daily energy, simultaneous charging and priority rules. | Compare AC, DC or a mixed layout against dwell time and available capacity. | Provide vehicle schedules, site capacity, local installation boundary and operating rules. | Confirm model range, connector plan, OCPP/CSMS scope and acceptance-document boundary. | Fleet depot charging solution |
| Commercial parking | Parking duration, employee or visitor access, payment and expected turnover. | Compare long-stay AC bays with faster-turnover DC bays. | Define parking layout, available power, payment provider and local site work. | Confirm hardware, authorization, backend interface and available model files. | AC charger range or DC fast charger range |
| Highway or service area | Peak traffic, target session time, expansion plan and maintenance access. | Compare 150kW with adjacent power classes after reviewing the site load. | Confirm transformer capacity, civil work, permits, network and field service. | Confirm power sharing, connector, thermal, backend and delivery scope. | 150kW DC fast charger |
| Dealer or workplace | Vehicle dwell time, staff or visitor access and charging frequency. | Select AC or DC from the operating window rather than headline power. | Define account rules, installation conditions and who operates the site. | Confirm model, authorization, log and document scope for the project. | AC versus DC selection |
Buyer Resources
Related Commercial Charging Resources
Use these pages to narrow the charger type before sending a commercial EV charger RFQ.
EVSE meaning for buyers
Clarify EVSE, EV charger, AC charging and DC fast charging before comparing commercial hardware.
AC vs DC EV charger
Decide whether the project needs lower-cost AC charging, faster DC charging or a mixed commercial charger plan.
DC fast charger manufacturer
Compare 60kW to 400kW DCFC options for commercial and public charging sites.
150kW DC fast charger
Use when your commercial site needs higher turnover than AC or 60kW DC charging.
EV charger connector types
Check CCS2, CCS1, CHAdeMO, GB/T, Type 2, J1772 and NACS requirements before confirming the model.
Charging station cost guide
Review cost factors before asking how much a commercial EV charging station costs.
Power selection guide
Match Level 3 charger cost to 60kW, 120kW, 150kW, 240kW or 320kW site requirements.
OCPP / CSMS platform
Plan backend, monitoring, authorization and payment integration for multi-site commercial charging.
ISO 15118 / DIN 70121
Separate vehicle-to-charger communication from OCPP backend requirements before commercial DC charger procurement.
V2G bidirectional charging
Use V2G only when compatible vehicles, grid permission and a defined energy-management use case are already confirmed.
Fleet charging management
Specify CPO software, charger groups, depot scheduling, RFID access, billing and load management before batch orders.
What is CSMS?
Understand how a charging station management system handles users, sessions, monitoring, billing and site reporting.
Commercial RFQ checklist
Collect site type, country, charger power, payment, OCPP, certificates and delivery details before asking factory price.
Fleet load balancing guide
Plan vehicle count, route return time, transformer limit, RFID groups and charging windows before depot procurement.
OCPP backend testing checklist
Confirm CSMS connection, RFID/payment workflow, meter values, alarms and remote reset before shipment.
RFID / QR / POS payment guide
Compare access control, ad hoc payment, POS terminal and CSMS settlement before confirming payment-ready chargers.
CPO tariffs and revenue
Map tariff rules, user accounts, payment records and revenue reports to the charger and CSMS scope.
FAQ
Common Questions From Buyers
What power do I need for a fleet of 20 EVs?
Size the site from daily energy demand, return-to-base windows, simultaneous charging, vehicle acceptance limits, reserve capacity and the available grid connection. A load profile may support several lower-power chargers, shared-power DC chargers or a mixed AC/DC layout. Complete the calculation before selecting equipment.
Can I manage multiple locations from one backend?
Selected networked chargers can be configured for OCPP-based central management. Confirm the charger model, OCPP version, target CSMS, security profile, required functions and communications method, then complete an interoperability test before batch deployment.
Do you offer installation services?
SUNFULL can provide model documentation and project inputs defined in the quotation. Site design, civil and electrical work, permits, grid connection, installation, inspection and commissioning responsibility should be assigned to qualified local parties in the contract.
What maintenance is required for commercial chargers?
Use the selected model manual and site conditions to set inspection intervals. Typical checks include enclosure seals, filters and cooling paths, cable and connector condition, protective devices, terminals, communications, event logs and firmware control. Define remote and on-site responsibilities before handover.
How much does a commercial EV charging station cost?
Cost depends on AC or DC charger type, power level, payment hardware, OCPP or CSMS integration, cabinet protection, certification files, shipping terms and local installation scope. Send site details for a comparable factory quotation.
How much does a Level 3 charging station cost?
DC charging station cost depends on required output, connector count, payment hardware, OCPP backend testing, cabinet configuration, freight and local grid or installation work. Compare quotations against the same technical and commercial scope rather than only headline power.
Should a commercial parking site use AC or DC chargers?
AC charging often fits longer dwell-time parking, while DC charging supports faster turnover and fleet uptime. The correct mix depends on dwell time, daily energy demand, vehicle acceptance limits, grid capacity, pricing model and expansion plan.
What should we include in a commercial charger RFQ?
Include site type, country, grid voltage, vehicle mix, charger power, connector standard, quantity, payment method, OCPP platform, load-management needs, certification expectations, installation boundary and delivery timeline.
Fast Project RFQ
Send commercial charging site requirements on WhatsApp
A useful commercial EV charger proposal depends on the site type, parking time, vehicle mix, grid capacity and payment workflow. Send the core details first and SUNFULL will match AC wallbox, 60kW to 180kW DC fast charger, 150kW highway charger or higher-power DC configuration without forcing a long form.
Site and vehicle mix
Parking lot, hotel, fleet depot, highway stop or CPO site, plus expected daily vehicles and dwell time.
Power and connector
7kW, 11kW, 22kW AC or 60kW, 120kW, 150kW, 180kW DC with Type 2, CCS2, CCS1, CHAdeMO or GB/T.
Software and payment
OCPP, CSMS, RFID, QR, POS terminal, load management and operator reporting requirements.
Market and documents
Destination country, required certificate files, delivery timeline, quantity and any tender or distributor scope.
Application Planning
Commercial EV Charging Planning References
These pages organize hardware selection, OCPP scope, site power and commissioning inputs. They are planning references unless a separately supplied project record states otherwise.
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Commercial parking OCPP load-management reference
See how charger access, billing and power allocation can be scoped for a shared parking site.
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120kW fleet depot DC charging reference
Review charger sizing, vehicle dwell time and depot load-planning inputs.
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Highway DC fast charging with BESS buffer
Compare grid capacity, peak-power demand and optional storage-buffer design inputs.
Project planning library
Move From Charger Shortlist to an Installable, Maintainable Site
Use these planning guides after the initial AC and DC charger mix is shortlisted. They help procurement, electrical, civil, software and operations teams compare the same project boundary before requesting a model-specific quotation.
Site design
Translate vehicle demand and operating goals into a charger mix, bay layout, power path, user workflow and staged expansion plan.
Maintenance readiness
Define inspection ownership, diagnostic records, escalation inputs and model-matched spare parts before the site enters service.