11kW V2H Bidirectional EV Charger Project Guide
V2H and V2B sourcing notes for compatible vehicles, building backup and controlled pilot projects.
When does an 11kW V2H charger make sense for buyers?
Short answer: An 11kW V2H bidirectional EV charger makes sense when a distributor, installer or pilot operator needs vehicle-to-home or vehicle-to-building energy flow and has already confirmed vehicle support. If the project only needs overnight charging, a standard AC wallbox will usually be simpler and more cost-effective.
Installers, distributors, V2H pilot projects, building-energy demonstrations and home backup trials.
Vehicle support, ISO 15118 functions, OCPP or EMS integration, grid export rules and protection design.
Verify handshake, discharge limit, app/display language, packaging and after-sales documentation before batch orders.
Compliance Scope
Model-specific compliance files, test scope and destination-market requirements are confirmed during RFQ review before order.
Factory Direct
Manufacturer-direct support for model selection, project configuration and export-document review. Evaluation-order and OEM terms are confirmed in the current quotation.
Global Shipping
FOB Wuhan, CFR, CIF. Export docs and HS codes handled.
OEM / ODM Ready
Custom branding, firmware, enclosure. Your brand, our platform.
V2H Bidirectional Smart Charger 11kW
11 kW V2H/V2B, ISO 15118-2, bidirectional, export to home, OCPP 2.0
Quote: Contact us for a tailored factory quote
Documentation: Compliance files confirmed by exact model and destination market
Lead Time: Confirmed after configuration, quantity and document review
Request a Free Quote
Get factory-direct pricing, datasheet, and technical support after project-scope review.
Also browse our 30 Smart Charging Hub products: 7kW Smart EV Charger with OCPP 1.6 + 4G • 22kW Smart EV Charger WLAN + 4G + Bluetooth • 100kW Fleet Charging Station with OCPP 2.0
How to evaluate V2H Bidirectional Smart Charger 11kW before ordering
This buyer guide is written for parking operators, hotels, apartments, workplaces, distributors and EV charging installers. It turns the product page into a practical sourcing checklist, so a procurement team can compare suppliers by project fit rather than only by headline price.
1. Match the product to the site plan
Start with the real operating conditions: application, installation space, duty cycle, local voltage, grid or battery constraints, expected users, service access and climate. For V2H Bidirectional Smart Charger 11kW, the key use case is Smart Charging Hub, and the configuration should support 11 kW V2H/V2B, ISO 15118-2, bidirectional, export to home, OCPP 2.0. If these details are unclear, request a conservative starting configuration before committing to a batch order.
2. Request the right compliance files
Before price negotiation is finished, ask for the documents that your installer, customs broker or tender team will actually review. Important checks include connector standard, charging power, OCPP version, payment or RFID workflow, enclosure rating, meter accuracy, cable length, installation method and local grid rules. For regulated markets, confirm whether the certificate scope, model name and rating label match the exact configuration being quoted.
3. Compare the full supply scope
Start from the complete supply scope before requesting a tailored quote. Confirm whether the quote includes charging cables or guns, pedestal or wall-mount hardware, backend configuration, RFID cards, spare parts, user labels, packing marks and installation documentation. A clear supply scope makes it easier to approve samples, avoid missing accessories, and keep repeat orders consistent across different project phases.
What to send with your RFQ
For a faster quotation, send the destination country, target application, expected quantity, preferred configuration, local certification needs, branding requirements, installation environment and delivery timeline. If this is for a tender or distributor program, include the required datasheet format, label language, packing rules and any grid or safety standard requested by the local buyer.
For sample orders, buyers usually verify installation fit, enclosure quality, display or app language, communication stability, packaging protection and basic user operation. For batch orders, the review should go deeper: firmware or hardware version control, serial-number tracking, spare-parts list, inspection photos, carton marks, export documents and the process for technical support after delivery.
For this product family, final pricing is tailored to your quantity, connector standard, certification scope, packaging and destination port. Share your project details and our team will return a factory quotation with lead time and shipping suggestions.
SUNFULL NEW ENERGY uses these landing pages as sourcing references, not only advertising pages. The goal is to help B2B buyers prepare a cleaner RFQ, compare products on real project conditions, and avoid surprises around certificates, grid compatibility, communication protocol, packaging and delivery terms.
11kW V2H charger questions before sample approval
Is an 11kW V2H charger suitable for every home charger project?
No. Most home charging projects should use a standard 7kW or 22kW AC wallbox. V2H is suitable when the vehicle supports bidirectional charging and the buyer has a defined backup-power or energy-management use case.
What information is needed for a V2H charger quotation?
Send vehicle model, connector standard, country, building electrical system, ISO 15118 requirement, OCPP/EMS scope, grid rule, sample quantity and OEM branding details.
What should be tested before batch ordering V2H chargers?
Test vehicle handshake, charge and discharge control, protection behavior, communication with EMS or backend, emergency stop, app or display language and packaging quality.
Related SUNFULL sourcing resources
Product catalog • Application solutions • Factory workflow • Certificate checks • Buyer insights