Integrated Commercial Charging Portfolio (Part 1)
Pre-certified hardware topologies engineered for seamless compliance across GB/T, IEC 61851, CE, CB, and UL 2202 regulatory frameworks.
Enterprise-Grade Hardware Engineering & Topology Roadmap
Bridging next-generation silicon carbide (SiC) conversion efficiencies with dynamic matrix power routing.
Silicon Carbide (SiC) Topologies
Moving beyond legacy IGBT systems, our ODM power modules operate on wide-bandgap SiC semiconductor devices, achieving conversion efficiencies above 96.5%. This reduces thermal dissipation requirements, shrinks magnetic core sizing, and drastically curbs continuous operating expenditure (OPEX) for high-utilization public corridors.
Matrix Dynamic Power Allocation
Depot and highway split-type charging stacks feature non-blocking relay matrix routing. Rather than locking fixed capacity per dispenser, intelligent busbars redistribute power in discrete 20kW / 30kW granular modules based on real-time BMS voltage curve handshakes, delivering maximum concurrent utilization.
ISO 15118-20 & Bi-Directional V2G
Future-proof control electronics support cryptographic hardware security modules (HSM) required for automated Plug & Charge authentication. Advanced bidirectional inverter stacks natively support Vehicle-to-Grid (V2G) and Vehicle-to-Building (V2B) peak-shaving strategies under modern smart grid directives.
Macro-Industry Turnkey Infrastructure Deployments
Field-proven engineering designed around complex dwell-time variations, transformer constraints, and billing environments.
Grid-Constrained Commercial Hubs
For installations where utility capacity upgrades involve steep tariff surcharges or lengthy permitting lead times, our 100kWh/200kWh lithium iron phosphate (LFP) energy storage charging piles act as dynamic buffers. Charge during off-peak windows and discharge up to 360kW DC continuous power during peak operational hours.
Heavy Fleet Logistics & Depots
High-duty cycle delivery vehicles and municipal electric buses require sustained megawatt charging architectures. Our split-type systems distribute power across multiple overhead pantographs or floor pedestals, orchestrated by backend OCPP 1.6J/2.0.1 smart queuing algorithms to prevent local transformer overload.
Retail Destination Monitization
Turn essential driver dwell times into high-margin media opportunities. Equipped with industrial high-brightness 32-inch outdoor LCDs, embedded ambient light sensors, and cloud CMS integration, commercial site hosts generate combined electricity margin and local advertising revenue streams.
China Factory 4.0: Supply Chain Resilience & Efficiency
Vertical manufacturing mastery engineered in Kunshan: from surface-mount PCBA lines to full-load automated burn-in testing.
| Manufacturing Dimension | Standard Market Assembler | Our Kunshan 4.0 ODM Facility | Direct Strategic Impact for Buyers |
|---|---|---|---|
| Power Core Sourcing | Third-party generic power modules | In-house R&D proprietary power converter modules | Direct firmware customization, zero third-party margin markup |
| Quality Stress Validation | Random spot inspections | 100% 72-hour full-load thermal stress burn-in | Sub-0.2% annual field failure rates on initial turn-on |
| Metal Enclosure Fab | Outsourced third-party metal stamping | Automated CNC bending & robot laser welding lines | C5-M marine-grade anti-corrosion coating customization |
| Firmware Agility | Static pre-programmed boards | Modular MCU Linux boards with OTA auto-rollout | Effortless compliance with regional OCPP platform updates |
| Supply Lead Time | 12–16 weeks for custom configurations | 4–6 weeks via local Tier-1 component cluster | Rapid capital turnaround and faster commercial deployment |
Global Localization & Turnkey Regulatory Assurance
Certified, tested, and actively operating across more than 40 jurisdictions worldwide with multi-standard plug architecture.
European Union (CE/IEC)
Complies strictly with EN 61851-1, EN 61851-23, and EMC Directive 2014/30/EU. Integrated Type B or Type A + 6mA DC residual current sensor protection, compliant with MID billing metering standards across member states.
North America (UL/cUL)
Engineered to meet UL 2202, UL 2594, and NEC Article 625 specifications. Optional support for standard CCS1 as well as emerging NACS (SAE J3400) connector form-factors to match American charging mandates.
ASEAN & Middle East
Tropicalized and high-temperature thermal profiles. Advanced cabinet heat exchangers operate without power derating up to 50°C ambient temperatures, providing durability against dust, sand, and humidity ingress.
Latin America
Proven fleet deliveries (including shipments of 40+ CCS2 dual-gun chargers to Brazil) meeting demanding electrical supply conditions, fluctuating grid voltages, and multi-protocol POS payment interfaces.
Enterprise Buyer Technical FAQs
Crucial engineering and commercial inquiries addressed directly by our senior R&D and supply chain directors.
What is the standard turnaround for full-scope ODM enclosure and UI design?
For custom ODM modifications (including custom exterior sheet metal chassis, industrial branding, specific screen sizes, and customer-branded Linux OS skins), initial CAD models are delivered within 10 business days. Working functional prototypes typically complete within 30 days, followed immediately by regional test laboratory scheduling.
How do your chargers resolve firmware discrepancies with non-standard vehicle BMS curves?
Our charge controllers embed dynamic state-machine firmware developed over 8+ years of global EV inter-compatibility testing. We maintain real-world BMS protocol trace libraries for legacy and new European, American, Chinese, and Japanese vehicles, updating charging profiles via rapid OTA patches to eliminate session-start disconnects.
Can your OCPP charging piles operate on private, closed-loop intranet networks?
Yes. While our units connect via OCPP 1.6-JSON and OCPP 2.0.1 to leading commercial cloud backends (ChargePoint, Driivz, EVBox, etc.), they can also be configured with local controller arbitration for closed industrial loops, private military facilities, mining sites, or depots with zero public internet connectivity.
What warranties, MTBF figures, and spare parts supply guarantees are provided?
Our equipment provides an MTBF (Mean Time Between Failures) rating exceeding 50,000 continuous hours. Standard enterprise warranties range from 2 to 5 years with extended service agreements. Because we manufacture the core power modules and sub-assemblies in-house, we guarantee hot-swappable replacement module availability for 10 years.
Integrated Commercial Charging Portfolio (Part 2)
High-voltage DC fast-charging superchargers, modular split-type stations, and intelligent microgrid battery-buffered piles.
