Automotive-grade charging units precision-engineered for commercial hubs, e-bus depots, and public fast-charging networks across 40+ global destinations.
As global electromobility transitions to 800V silicon-carbide (SiC) topologies, enterprise infrastructure procurement pivots from commoditized hardware to full lifecycle reliability and compliance engineering.
Procurement directors at tier-1 utilities prioritize Mean Time Between Failures (MTBF > 120,000 hours). Modern procurement requires tier-1 switchgear (Schneider/ABB), independent isolated air loops, and conformal coated PCBA to withstand harsh environmental ingress.
A single deployment must seamlessly integrate with multiple EV OEMs. Full native compliance with ISO 15118-2/-20 (Plug & Charge) and DIN 70121 is mandatory to eliminate handshake dropouts during high-frequency charging sessions.
Enterprise tenders strictly disallow closed vendor-lock models. Fully standardized, tested OCPP 1.6J and OCPP 2.0.1 integrations via microservices architectures allow operators to dynamically manage billing, auth, and remote diagnostics via third-party CSMS.
Solving grid capacity constraints and low utilization bottlenecks with intelligent power routing and hybrid battery buffering systems.
Depot overnights require high concurrency rather than ultra-high burst power. Our split-type systems allocate dynamic 20-30kW power steps per dispenser overnight, scaling to 360kW fast-charging during mid-day driver turnaround shifts.
Liquid-cooled CCS2 dispensers operating up to 500A continuous output allow long-distance passenger EVs to recover 300km range in under 10 minutes, optimizing vehicle turnover and minimizing dwell-time queuing along corridor routes.
Integrated 32-inch advertising kiosks capitalize on 30-to-60-minute customer dwell times. Operators generate ancillary programmatic media revenue alongside kilowatt-hour retail margins via dual-gun configurations.
Our 100kWh/200kWh integrated energy storage systems (BESS) charge during off-peak periods or via direct PV inputs, boosting available charging power without forcing costly substation electrical grid capacity upgrades.
A definitive look at HizonSun's engineering milestones driving high-frequency power electronics, smart bidirectional grid stability, and thermal efficiency.
Migration from standard Silicon IGBTs to 1200V Silicon Carbide MOSFET modules. This advances switching frequencies from 20kHz to over 65kHz, slashing inductor volume by 40% and achieving 96.5%+ conversion efficiency even at low partial loads.
Integrating bidirectional AFE (Active Front End) rectifiers to transform EV fleets into decentralized energy assets. Operators can participate in dynamic Demand Response (DR) schemes, discharging back into local building grids during peak cost tariffs.
Eliminating airflow cooling channels in dirty, coastal, or desert environments. Fully enclosed cabinets with synthetic dielectric fluid cooling offer complete internal isolation from dust, humidity, salt mist, and thermal extremes up to 55°C without derating.
Zero-defect manufacturing audited against rigorous international quality frameworks, ensuring low deployment risk for turnkey infrastructure projects.
Comprehensive compliance with CE-RED, IEC 61851-1/-23, IEC 62196-1/-3, and CB schemes. Includes Type B leakage protection, MID-certified DC energy metering for Eichrecht billing compliance, and comprehensive EMC Class A/B testing.
Vertical integration within our 10,000m² Kunshan plant: automated SMT line for main control units, robotic sheet metal fabrication, conformal coating chambers, and 100% full-load burn-in aging under simulated 1000V operating conditions.
Proven overseas dispatch experience across 40+ countries. Dedicated field-level technical documentation, localized firmware translation, API bridge configurations for proprietary backends, and rapid spare-parts interchangeability.
High-uptime DC and AC configurations designed for rigorous fleet depots, public parking lots, and utility-scale installations.
Common inquiries addressed by our electrical engineering team regarding hardware specification, network integration, and OEM white-label workflows.