Standardized modular topologies spanning 20kW wallbox units to 360kW liquid/air-cooled architectures engineered for extreme duty cycles.
Addressing the transition toward 800V silicon carbide (SiC) power electronics, OCPP 2.0.1 compliance, and grid-resilient architectures.
System Engineering Standard: Operating commercial charging hubs at scale requires uncompromised Mean Time Between Failures (MTBF). Suzhou HizonSun Tech integrates automotive-grade power conversion modules delivering peak conversion efficiencies exceeding 96.5%, wide constant output voltage windows (150V–1000V DC), and galvanic isolation designed to protect upstream transformer infrastructure.
Utilizing third-generation Silicon Carbide switching components allows higher operating frequencies, lowered thermal footprints, and substantial energy loss reductions during prolonged full-load saturation.
Matrix contactor switching logic dynamically shifts 20kW or 30kW granular modules across dual connectors, mitigating charging session throttling and maximizing revenue per square meter.
Embedded microcontrollers support full TLS cryptographic layers, automated smart charging profiles, remote over-the-air firmware upgrades (FOTA), and seamless platform handshakes.
Based in Kunshan, Jiangsu Province, our production facility leverages the Yangtze River Delta's concentrated power electronics industrial belt.
Direct partnerships for core power components, high-speed DC contactors, liquid cooling loops, and high-voltage harnesses eliminate multi-tier distributor markups and guarantee traceable batches.
Every DC station undergoes 100% full-load thermal burn-in under real automotive battery simulators, insulation resistance stressing, and electromagnetic interference (EMI) screening before crating.
In-house sheet metal stamping, CNC tooling, automated powder coating, and specialized PCB surface mount (SMT) lines cut custom enclosure and UI turnaround from months to weeks.
How international energy developers, utilities, charge point operators (CPOs), and fleet concessionaires eliminate risk in cross-border hardware supply chains.
Evaluating DC charging systems beyond capital expense. Our modular hot-swappable module designs cut on-site technician repair cycles down to sub-15-minute field swaps.
Supporting ISO 15118 vehicle-to-grid (V2G) handshakes and automated billing authentication across diverse European, North American, and Asian EV model matrices.
Factory-integrated embedded POS terminals (Nayax, Ingenico, Payter), RFID access, and MID/PTB-certified DC billing meters ensuring compliance with regional weights and measures acts.
Turnkey engineering alignment with local electrical codes, grid interconnect mandates, and safety directives across 40+ countries.
Strict adherence to Low Voltage Directive (LVD) and Electromagnetic Compatibility (EMC) standards for seamless deployment across the European Union.
Safety architecture verified for North American electrical distribution rules, NFPA 70 (NEC) compliance, and Canadian CSA regulatory frameworks.
Hardware capability for German calibration laws (Eichrecht), ensuring tamper-proof cryptographic signed data sets for commercial transactions.
C5 anti-corrosion exterior cabinet coatings with IK10 impact-resistant steel casings to withstand coastal humidity, desert sandstorms, and Nordic sub-zero winters.
Optimized power split profiles adapted to real-world vehicle dwell times, infrastructure constraints, and revenue models.
High-power 180kW to 360kW liquid-cooled dispensers delivering 200km of range in under 10 minutes to minimize queuing bottlenecks along transit corridors.
Split-type power matrices (360kW–720kW) supplying 8–12 charging satellites for municipal bus systems, last-mile delivery vans, and heavy-duty drayage trucks.
60kW–240kW integrated DC units featuring outdoor high-brightness 32-inch multimedia screens for digital out-of-home advertising and dual revenue models.
100kWh/200kWh integrated energy storage systems for remote gas stations and weak-grid environments requiring peak-shaving without costly grid tie upgrades.
Our forward R&D roadmaps keep OEM clients ahead of EV automotive platform shifts over the coming decade.
Developing next-generation connectors capable of up to 1,250V and 3,000A to charge Class 8 heavy trucks and electric maritime equipment in under 30 minutes.
Enabling bidirectional inverters that allow parked vehicle fleets to function as distributed battery storage assets, injecting power back to the grid during peak pricing.
Replacing forced-air cooling in high-dust and extreme thermal regions with closed-loop dielectric liquid cooling, drastically reducing acoustic noise and module wear.
Direct technical insights to simplify vendor qualification and project specification.
Engineered to support scalable depot and commercial installation projects worldwide.