Industrial-grade EVSE units meeting GB/T, IEC, and UL compliances with integrated dynamic load balancing and smart cloud monitoring.
Understanding why tier-1 global infrastructure investors and energy operators partner with Chinese OEM/ODM electric vehicle supply equipment (EVSE) manufacturers.
The global transition to electrification demands high-volume, precision-engineered charging hardware backed by responsive firmware architectures. As an established high-tech manufacturer situated in China's industrial manufacturing cluster, we integrate complete supply chain assets ranging from silicon carbide (SiC) MOSFET power conversion modules and multi-layer SMT printed circuit board assemblies (PCBA) to high-precision robotic sheet metal fabrication and robotic laser welding. This vertical integration drastically reduces development lead times, guarantees rigorous tolerance adherence, and dampens global supply chain shocks.
Operating out of state-of-the-art facilities covering over 10,000 m² with an annualized production exceeding 500,000 units, our factories implement stringent automotive APQP (Advanced Product Quality Planning) protocols. Every single sub-assembly undergoes multi-point full-load burn-in testing, high-voltage insulation tests, environmental thermal cycling (-30°C to +55°C), and water ingress verification up to IP54/IP65 standards prior to dispatch.
Navigating the transition toward megawatt charging, distributed DC power banks, bidirectional V2G, and battery-buffered ultrafast corridors.
Modern passenger EVs and commercial heavy trucks are rapidly shifting from 400V battery systems to 800V–1000V architectures. Our DC chargers integrate wide-voltage constant-power conversion matrices (150V–1000V DC output), ensuring maximum charging speeds for legacy EVs while providing full-throttle output for the newest silicon-carbide-based vehicle platforms without system throttling.
Pushing past 350kW toward 600kW–720kW supercharging requires active thermal management. By employing dedicated closed-loop coolant circulators inside ergonomic charging handles and lightweight cables, our systems prevent resistive heating, enabling sustained 500A–600A continuous current delivery without operational fatigue or connector degradation.
Manual RFID cards and clunky mobile applications introduce unnecessary friction. Our chargers incorporate full ISO 15118-2/-20 hardware cryptography modules and automated Public Key Infrastructure (PKI) handshakes, allowing electric vehicles to authenticate, initiate session locks, negotiate tariff schedules, and bill securely simply by plugging in.
Traditional fixed-power chargers leave unused capacity stranded when one car finishes charging or ramps down its tapering curve. Our split-type intelligent matrix cabinets reassign discrete 20kW/30kW/40kW power blocks across up to 12 charging nozzles in millisecond increments, lifting overall station utilization rates by 35% to 48%.
Hardware must seamlessly unify with any third-party Central Management System (CMS). Our custom Linux-based charging controller stack guarantees strict compliance with JSON-over-WebSockets (OCPP 1.6J / 2.0.1), remote smart charging profiles, diagnostics logging, firmware over-the-air (FOTA) upgrades, and end-to-end TLS 1.3 security.
Where local medium-voltage utility distribution is constrained or upgrades take years, our 100kWh/200kWh lithium iron phosphate (LFP) energy storage integrated charging stations buffer peak power demand, absorb local photovoltaic solar generation, arbitrate time-of-use (TOU) tariffs, and supply ultra-fast DC bursts without tripping transformers.
From highway transit plazas to intensive industrial fleet yards, we tailor power topology, communication protocols, and enclosure treatments to your operational realities.
Drivers demand ultra-fast turnover in under 15 minutes. We deploy heavy-duty 180kW–360kW dual-gun integrated stations and 720kW split-power satellite dispensers equipped with credit card POS payment terminals, 10-inch anti-glare touchscreens, and dynamic queuing integration to maximize charger turnover and site profitability.
Fleet operators prioritize scheduled overnight low-rate charging, telematics sync, and extreme hardware durability. Our split-type systems distribute power overnight across dozens of terminal pedestals, using smart power allocation algorithms that ensure every truck or bus hits 100% state-of-charge before the start of the morning shift.
Where customer dwell times range between 45 to 90 minutes, our innovative 32-inch advertising display DC chargers (60kW–240kW) monetize foot traffic. Operators broadcast programmatic high-definition video advertising, regional brand campaigns, and tenant promotions directly on the charging piles while shoppers replenish their batteries.
Hotels and apartment developments require compact, aesthetic, and tamper-proof AC EVSE (7kW–22kW). Featuring RFID authorization, multi-tenant sub-metering, and Type 2 / Type 1 tethered and untethered socket variations, our wallbox series blends seamlessly into architectural facades and underground parking garages.
Mining operations, coastal ports, and desert territories subject equipment to saline corrosion, airborne dust, and blistering heat. We provide marine-grade C5-M anti-corrosion exterior powder coatings, isolated internal air-duct topologies, and IP65 hermetically sealed electronic compartments that withstand extreme operational degradation.
In regions where transformer upgrades require years of regulatory permits or exorbitant utility fees, our energy storage charging piles (100kWh/200kWh) buffer power from weak grid ties or solar arrays, enabling instantaneous high-current fast charging without triggering excessive peak-demand demand penalties.
A rigorous engineering framework designed to satisfy the strict compliance, branding, and longevity demands of international utility tenders, CPOs, and automotive brands.
Global procurement teams face multifaceted compliance hurdles when acquiring EV charging infrastructure across divergent jurisdictions. North American deployments mandate compliance with UL 2202, UL 2594, and NFPA 70 (NEC Article 625), whereas European, Middle Eastern, and Southeast Asian projects require strict conformity with IEC 61851-1, IEC 61851-23, and CE RED electromagnetic compatibility directives. Our production facilities maintain active dual-track and triple-track certification pipelines with certified test bodies including TÜV Rheinland, SGS, and Intertek, providing international distributors with pre-audited, turnkey compliance documentation that fast-tracks municipal tender acceptance.
We provide comprehensive white-label production. From bespoke sheet-metal forms, structural IP-rated powder coating, custom Pantone/RAL branding, and CNC silkscreening to unique LED status breathing lights, we produce charging hardware that mirrors your brand identity down to the millimeter.
Hardware without secure software is obsolete. Our software engineering teams develop white-labeled touchscreen HMI graphics, custom multi-language localizations, proprietary RFID protocol readers, customized local billing modules, and native pre-configuration with your enterprise OCPP cloud backend.
Every charging station is serialized and accompanied by traceable automated test records. Systems undergo insulation resistance testing at 2500V DC, residual current device (RCD) tripping tests (Type A 30mA + 6mA DC smooth), EMC radiated emissions testing, and full mechanical drop/impact resistance validation (IK10).
Direct technical answers from our engineering team covering standards, grid compliance, cooling methods, and warranty terms.
High-powered industrial charging systems tailored for intensive highway charging networks, commercial fleet operations, and microgrid applications.