Engineered to conform with IEC 61851, ISO 15118, GB/T, and UL 2202. Deploy high-reliability dual-connector hardware for accelerated ROI.
As global EV adoption pivots from early enthusiasts to mission-critical logistics, public transport, and commercial fleets, single-gun charging hardware introduces unacceptable single-point-of-failure vulnerabilities and poor capital utilization. An OEM EV dual charger represents an essential architectural evolution.
Conventional dual chargers split total capacity symmetrically (e.g., 50:50). HizonSun OEM dual DC stations implement solid-state switching matrices that dynamically shift power in granular increments (down to 20kW/30kW blocks), maximizing charging velocity according to BMS state-of-charge curves.
By integrating 3rd-generation SiC power modules, our dual-port architectures achieve full-load operating efficiencies of ≥96.5%. Lower thermal generation translates into sustained high-power delivery even in extreme ambient temperatures up to 55°C without thermal derating.
Deploying dual-gun pedestals cuts trenching, conduit laying, concrete plinth pouring, and upstream feeder breaker requirements by up to 45% per parking bay, radically compressing the timeline to full installation ROI for infrastructure operators.
| Architecture Metric | Legacy Dual Chargers (Fixed Split) | HizonSun OEM Dual DC Piles (Dynamic Matrix) | Operational Impact |
|---|---|---|---|
| Power Dispatch | Static 50%/50% Fixed Partition | Intelligent Dynamic Redistribution (20kW steps) | Eliminates stranded power capacity |
| Module Topology | Standard Silicon IGBT (93-94%) | Ultra-High Efficiency SiC (≥96.5%) | Reduces thermal stress & energy loss |
| Protocol Stack | OCPP 1.6J Basic Core | OCPP 1.6J / 2.0.1 + ISO 15118 (PnC Ready) | Enables Plug & Charge and V2G protocols |
| Mean Time Between Failures | ~30,000 Hours | >100,000 Hours (Redundant sub-systems) | Ensures mission-critical reliability |
Located in Kunshan, Jiangsu—the epicentre of global advanced electronics and power engineering—Suzhou HizonSun Tech Co., Ltd. controls the complete manufacturing value chain. We eliminate third-party dependency from PCB assembly to structural metal stamping.
By handling enclosure laser-cutting, CNC folding, automated powder coating, SMT board placement, and wire harness loomed in-house, we reduce prototype turnaround to under 14 days and mass-production lead times to under 30 days.
Every dual EV charger unit undergoes an uncompromised 72-hour full-load thermal chamber stress run, salt spray atmospheric corrosion profiling, and high-potential electrical isolation verification before export crating.
Tailored for global energy utilities and charge point operators: complete industrial housing customization, pantone-matched UV finishes, custom touch UI branding, contactless payment terminal integration (Nayax, Ingenico), and customized cable length configurations.
From sub-zero Siberian transport hubs to high-humidity tropical corridors in Southeast Asia, our dual-port configurations solve distinct environmental and operational constraints.
High-turnover arterial rest-stops demand continuous high-kW capability. 180kW to 360kW dual-gun CCS2/CCS1 dispensers minimize queues, serving two long-range passenger vehicles simultaneously with ultra-fast turnaround.
Fleet yards utilize dual-gun integrated or split-type pedestals for overnight trickle replenishment and rapid mid-shift top-ups, controlled via automated central OCPP depot schedule dispatching.
Retail developers leverage our 32-inch high-brightness outdoor digital displays coupled with dual 60kW–120kW fast chargers, driving secondary revenue through localized digital out-of-home programmatic advertising.
Integrated BESS (Battery Energy Storage Systems) paired with dual DC piles deliver high-power fast charging in remote, transmission-constrained locations without demanding cost-prohibitive utility transformer upgrades.
As high-voltage vehicle architectures migrate from 400V to 800V and 1000V platforms, HizonSun's R&D team continuously establishes new benchmarks for megawatt-level efficiency and intelligent grid symbiosis.
Preparing fleets for virtual power plant (VPP) monetization. Our next-generation dual firmware supports automated bidirectional power flow, allowing commercial EVs to discharge stored battery capacity back to the localized grid during peak tariff events.
Dual liquid-cooled terminal architectures engineered for heavy freight, capable of delivering continuous 500A-600A output currents with ergonomic, lightweight cable diameters that enhance usability for everyday drivers.
Moving past reactive alerts. Embedded edge algorithms track real-time contact resistance, cable thermal coefficients, and capacitor aging trends to notify maintenance engineers 72 hours prior to component failure.
Cross-border EV charger supply fails when compliance and local grid connection codes are treated as afterthoughts. HizonSun guarantees friction-free commissioning across target territories.
Every model in our dual catalog holds formal, third-party laboratory accreditations including CE (LVD, EMC, RED), CB Scheme, UL 2202 / UL 2594, and Chinese CQC/GB standards, ready for municipal tender submissions.
With 36 global sales, parts distribution, and engineering support nodes spanning the EU, North America, Middle East, and Latin America, our partners gain localized tier-2/3 technical backup and rapid spare board replenishment.
Full integration with European MID-certified meters and German Eichrecht-compliant calibration architecture, ensuring totally legally compliant public per-kWh driver billing transparency across the European Union.
Clear engineering and commercial answers to simplify RFP preparation and factory audit evaluations.
Explore our complete range of high-efficiency AC, integrated DC, and ultra-high power split-type commercial dispensers.