
XIAOCHONG ENERGY · COMMERCIAL EV INFRASTRUCTURE
EV charging stations.
Built for your site.
Commercial AC and DC charging infrastructure engineered around uptime, site constraints and the way your operation grows.
2026 PRODUCT PLATFORM
One portfolio.
Multiple ways to scale.
Choose by site, power, connector and operating model. Final electrical, payment, certification and integration details are confirmed by model and project.
FULL PRODUCT RANGE
Configured for how
your site operates.
The complete previous product range is listed here alongside the new arrivals: AC destination charging, wall-mounted DC, floor-standing dual-gun DC and advertising-screen variants.
Previous product images are shown without internal pricing. Exact model classification, dimensions, protection rating, electrical data and available options are confirmed before quotation.
Tell us your country and project requirement ↗THE XIAOCHONG APPROACH
Infrastructure that works
with the operation.
From space-conscious hardware to site-power review and technical output, we help turn a product selection into an executable project brief.
Ultra-slim installation
The new DC dual-gun and four-gun models feature an ultra-slim body and space-saving form for parking-bay edges, constrained footprints and site upgrades.
Exact dimensions and clearances are confirmed by model drawing.Outdoor-ready interaction
The charger range uses responsive capacitive touchscreens with enhanced brightness and reduced outdoor reflection. Display size and protection details depend on the selected model.
21.5-inch and 15.8-inch options for selected new models.Site-power flexibility
AC input can be specified at 260–485V, with custom ultra-wide input voltage available for suitable projects. DLB and power allocation are reviewed with site capacity.
Electrical design remains subject to final technical confirmation.Unattended operation
An independent self-service host can provide a payment flow and initiate charging for connected chargers at larger sites, subject to controller, network and payment integration.
One host can be planned for multiple chargers; exact quantity is project-specific.PLANNING & TROUBLESHOOTING TOOLS
Reduce uncertainty before the quotation—and during first response.
Nine transparent tools support project planning, safe connector release, lock-fault triage, OCPP 1.6 fault-category interpretation and service-ready incident reporting.
Test the energy target before assuming grid expansion.
Compare charging-window demand with a conservative available-capacity model, then review staging, dynamic load allocation and mixed AC/DC opportunities.
Open site-power planner ↗Match configuration and cable reach to the real site.
Use dwell time, concurrency, space and measured geometry to avoid unnecessary power, guns or custom cable length.
Open configuration tools ↗Find integration gaps and build a complete RFQ.
Separate payment, charging start, OCPP, support and local responsibilities before purchase, then create a review-ready project brief.
Open payment and RFQ tools ↗Triage a stuck connector or charging fault without guessing.
Follow a non-forcing release sequence, separate vehicle-side and station-side lock issues, interpret OCPP 1.6 categories and capture the exact evidence required for service.
Open troubleshooting tools ↗The tools do not approve electrical, civil, protection, cable, payment, certification or local-compliance design. Final project decisions require verified site data, model-specific documents and qualified local review.

TECHNICAL OUTPUT
Make global delivery more local.
For selected products, we can discuss project-based SKD scope, English technical documents and end-to-end support from selection through assembly, OCPP integration, commissioning and testing.
START WITH YOUR PROJECT
Make the next site
a smarter one.
Share the basics below. Our team will review the product, power, connector, site and integration requirements with you.




































