Featured Portfolio Phase 01
Engineered Fast-Charging Solutions & Wallboxes
Explore high-capacity direct current fast chargers and robust alternating current wallboxes manufactured under rigorous automotive quality control standards.
Industry White Paper Scope
Macro-Industry Solutions & Global Charging Infrastructure Demands
The accelerating global transition toward sustainable mobility requires robust, interoperable, and decentralized electric vehicle supply equipment (EVSE). As national grids face peak-load stress and transportation fleets transition to electrification, industrial charge point operators (CPOs) require custom ODM frameworks capable of rapid deployment, flexible energy topologies, and localized protocol adherence.
Grid Interoperability & Dynamic Load Balancing
Modern fast-charging hubs cannot rely solely on raw static grid expansion. High-power configurations demand integrated Dynamic Load Management (DLM), active harmonic filtering, and localized substation mitigation. Our ODM solutions dynamically monitor upstream power feed, preventing site tripping while maximizing charging speed across all simultaneous dispenser bays.
Fleet Electrification & Heavy Duty Depots
Commercial transport fleets—spanning municipal transit buses, last-mile electric logistics vans, and heavy-duty drayage trucks—demand extreme reliability under continuous operation. With modular Split-Type DC power cubes (360kW to 720kW), depot operators distribute overhead or pantograph charging runs across extensive yards while maintaining central power factor correction.
Solar-Plus-Storage Microgrids (BESS)
In regions where transformer upgrade waitlists stretch past multi-year timelines, all-in-one 100kWh & 200kWh LFP Battery Energy Storage systems buffer high-demand DC surges. Integrated chargers leverage cheap off-peak night electricity or localized photovoltaic panels to serve fast-charging cycles without expanding utility interconnection limits.
Tier-1 Industrial Excellence
China Factory 4.0: Advanced Supply Chain Resilience & Lean Delivery
Operating from our smart manufacturing plant in Kunshan, China, our vertical manufacturing ecosystem bridges raw industrial fabrication with high-precision electronics manufacturing services (EMS), eliminating unnecessary vendor layers and securing cost resilience for Tier-1 procurement partners.
Modular Power Topology
Proprietary SiC (Silicon Carbide) power conversion modules operate with system efficiencies exceeding 96.5%. Hot-swappable architecture allows site operators to replace a 20kW or 30kW module in minutes without taking the entire charging station offline.
Automated Burn-In Verification
Every single DC charging station undergoes 100% full-load thermal endurance burn-in at elevated ambient temperatures before pack-out. Real-time computerized test logs verify ripple voltage, dielectric strength, and contactor cycle integrity.
Bespoke Industrial Design
From custom anti-graffiti powder-coated cold-rolled steel enclosures to CNC-machined front bezels, we supply fully tailored industrial aesthetics, corporate liveries, ergonomic cable balancers, and branded 10" to 32" human-machine interfaces.
Vertical Cost Containment
By controlling sheet metal stamping, wire harness assembly, surface-mount PCB assembly (SMT), and testing under one roof, our original equipment manufacturing delivers direct savings of 25–40% against Western European or North American assembly yards.
Next-Generation EVSE Engineering
Technical Roadmap: Megawatt Charging, ISO 15118 & V2G Horizons
The landscape of EV charging is evolving from simple unidirectional power delivery to intelligent, grid-integrated bidirectional energy nodes. We build future-ready platforms that safeguard infrastructure investments against rapid obsolescence.
800V/1000V Silicon Carbide Architectures
High-voltage battery packs demand chargers operating up to 1000V DC. Our latest generation of liquid-cooled dispensers and SiC power stages dissipate heat more efficiently, maintain high currents without thermal throttling, and support ultra-fast 10-minute turnaround intervals for modern passenger and heavy EVs.
ISO 15118 & Plug & Charge (PnC)
Eliminate RFID cards and mobile apps. Our controllers embed cryptographic hardware security modules (HSM) supporting automated PKI handshake protocols. As soon as the connector enters the inlet, identity authentication, tariff clearance, and automated billing occur seamlessly in milliseconds.
Vehicle-to-Everything (V2X / V2G)
Transforming parked electric fleets into virtual power plants (VPP). Our bi-directional AC wallboxes and DC charging piles support high-speed power feedback to residential loads (V2H) or primary electrical distribution grids (V2G), enabling arbitrage against peak real-time utility pricing.
Global Certification Ecosystem
Global Interoperability, OCPP Integration & Localization Assurance
Entering foreign markets demands complete protocol verification, stringent safety testing, and native compliance with national regulations. We provide end-to-end certification pathways backed by formal accredited testing bodies.
Comprehensive Multi-Standard Connectors
We configure production runs with genuine certified connector options: CCS Type 2 (Europe/Oceania), CCS Type 1 (North America), NACS (Tesla/North American Standard), GB/T (China/Latin America), and CHAdeMO. Single, dual, or triple-gun hybrid dispensers maximize site accessibility.
Native OCPP 1.6J & 2.0.1 Cloud Backends
Hardware without open connectivity is a liability. Our charging units natively support Open Charge Point Protocol (OCPP) 1.6 JSON and OCPP 2.0.1, guaranteeing seamless plug-and-play communication with global backends including AMPECO, Driivz, Greenlots, ChargePoint, and custom corporate operating centers.
Accredited Safety Certifications
Our complete charging series is verified under international directives: CE-EMC, CE-LVD (IEC 61851-1, IEC 61851-23), UL 2202 / UL 2594 for American deployments, CB certification for Asia-Pacific trade, and strict ISO 9001, ISO 14001, and ISO 45001 manufacturing compliance.
B2B Decision Matrix
What Enterprise Buyers Look For: The Technical Procurement Audit
Corporate procurement directors and infrastructure engineering leads evaluate EVSE factories based on total cost of ownership (TCO), mean time between failures (MTBF), and engineering flexibility rather than surface sticker price.
1. Environmental Ruggedization (IP54 / IP55 / IK10)
Outdoor stations face blowing sand, tropical monsoons, and extreme thermal cycling (-30°C to +55°C). Industrial grade galvannealed steel, conformal-coated internal boards, and isolated air tunnel cooling prevent dust entry into power electronics.
2. Monetization & POS Integration
For municipal retail plazas and public operators, our 32-inch high-brightness commercial displays provide secondary digital-out-of-home (DOOH) revenue channels. Native integration with Nayax, Ingenico, and credit-card contact/contactless terminals satisfies European AFIR directives.
3. Transparent Component Traceability
Our Bills of Materials (BOM) exclusively employ world-renowned industrial components: contactors from Schneider Electric or ABB, metering by Carlo Gavazzi, and power switching modules built on Infineon or Cree silicon. Every component batch carries full traceability.
Technical Clarifications
Frequently Asked Questions by Technical Procurement Teams
Direct insights regarding customization lead times, compliance pathways, and engineering configurations for global rollouts.
What charging standards and connector protocols are available for ODM projects?
We engineer charging systems compatible with all major global standards: IEC 61851 / IEC 62196 (Type 2 and CCS2 for Europe and international markets), SAE J1772 / CCS1 (North America), NACS / SAE J3400 (Tesla standard), and China GB/T 20234. Stations can be configured with single, dual, or triple-gun outputs, including simultaneous DC fast charging and auxiliary AC destination charging.
How do you support custom white-label branding, firmware, and UI development?
Our ODM service covers the complete hardware and software spectrum. We customize sheet metal dimensions, exterior powder-coat finishes, Silk-screen logos, and customized packaging. On the software layer, we provide fully branded graphical user interfaces (GUI) for touchscreens, custom Android OS builds, localized language firmware, and tailored OCPP parameter mappings.
What is the operational benefit of Split-Type DC Charging Stations over All-in-One Cabinets?
Split-type architecture separates the primary rectifying power cabinet (up to 720kW) from the user-facing charging dispensers. This offers two massive advantages: First, acoustic noise and bulk are moved away from parking bays to a back-office service perimeter. Second, dynamic matrix routing dynamically allocates power modules to dispensers in real time based on each vehicle's actual state of charge (SoC), preventing stranded capacity.
When should an operator select an Energy Storage Integrated (BESS) EV Charging Pile?
An energy-storage charging pile (featuring 100kWh or 200kWh lithium iron phosphate batteries) is recommended when grid expansion costs are prohibitive, local transformer capacity is constrained below 100kVA, or when electricity tariffs exhibit high peak-demand charges. The battery buffers DC fast sessions and recharges during low-cost off-peak night periods or directly from on-site solar photovoltaic arrays.
What certifications are supplied for European Union, American, and Asian public tenders?
Our manufacturing facility and products hold valid ISO 9001, ISO 14001, and ISO 45001 certificates. Complete charger lines maintain CE-EMC and CE-LVD certification through accredited notified testing bodies (TÜV / SGS), CB test certificates under the IEC standard regime, CQC certification, and verified compliance with UL 2202 and UL 2594 for North American infrastructure funding compliance.
What are the typical prototyping and mass-production lead times for custom ODM runs?
Standard production runs for existing CE/UL configurations ship within 15 to 25 business days. For customized ODM projects involving sheet metal modification, custom PCB firmware, or third-party POS payment integration, engineering samples are typically completed within 30 to 45 days, followed by streamlined pilot-lot testing and scalable serial manufacturing.
Featured Portfolio Phase 02
High-Power Fleet, Advertising & Commercial EVSE Lineup
Discover heavy-duty split architectures, commercial DOOH advertising piles, and dual-gun AC units engineered for multi-vehicle public depots.
