Heavy-duty fast charging piles engineered with high modularity, high efficiency conversion cores, and industrial enclosures adapted for Western Balkan highway hubs and industrial hubs.
Automotive-grade LFP cell chemistry with integrated liquid thermal management, 200kW peak output, and bidirectional microgrid shaving.
Compact aerodynamic design with smart OCPP 1.6J/2.0.1 compliance, MID-approved energy metering, and dynamic load-balancing integration.
Low-footprint DC fast solution tailored for automotive dealerships, municipality parking zones, and commercial fleet depots requiring direct high-voltage conversion.
Dual-socket Level 2 commercial pedestal equipped with Type 2 European sockets, integrated RFID authentication, and extreme temperature thermal endurance.
Serbia sits strategically at the crossroads of Pan-European Corridor X and Corridor VII (Danube waterway), making modern charging infrastructure an imperative for international freight and tourism transit.
The Republic of Serbia is accelerating its green energy transition in alignment with the Energy Community Treaty and European Green Deal targets. As vehicle electrification expands across Central and Eastern Europe, the transit traffic flowing along the E-70 (connecting Belgrade with Zagreb) and E-75 (linking Hungary through Belgrade to North Macedonia and Greece) faces severe infrastructure deficits. Public grid infrastructure operated by Elektroprivreda Srbije (EPS) often imposes prohibitive connection fees and extensive delays when developers request multi-megawatt substations for ultra-fast EV hubs.
Furthermore, industrial development around Kragujevac, Niš, and Novi Sad is creating substantial demand for corporate EV fleet electrification. With major automotive manufacturing centers modernizing within Serbia, Tier-1 suppliers and logistics operators require high-uptime charging systems that can leverage localized renewable energy generation (commercial rooftop solar PV) while shielding internal plant operations from power fluctuation.
How our Kunshan intelligent manufacturing base delivers uncompromised component pedigree, software customization, and lifecycle cost advantages over fragmented European assemblers.
We source directly from leading prismatic Lithium Iron Phosphate (LiFePO4) cell producers, guaranteeing >6,000 cycles at 80% DOD. Unlike regional integrators in Eastern Europe who pay third-party premiums for battery packs, our end-to-end pack assembly lowers initial capital expenditure by up to 35%.
Our chargers utilize self-developed 30kW and 40kW SiC (Silicon Carbide) resonant conversion power modules boasting 96.5% peak electrical efficiency. The ultra-wide output range of 150V to 1000V DC supports legacy 400V battery architectures alongside modern 800V fast-charge systems (Porsche Taycan, Hyundai E-GMP).
Every product export line destined for Serbia carries comprehensive CE-EMC, CE-LVD, and CB certifications verified under IEC 61851-1, IEC 61851-23, and IEC 62196. We ensure full software protocol compliance with OCPP 1.6-J and ISO 15118 Plug & Charge requirements for seamless European billing integration.
| Evaluation Parameter | HizonSun Energy Storage Pile | Conventional European Assembler | Direct-to-Grid DC Pile (No ESS) |
|---|---|---|---|
| Transformer Connection Requirement | Low (30kW–60kW grid connection needed) | High (Requires full 200kW–400kW feed) | Prohibitive (Requires dedicated substation) |
| Grid Upgrade Lead Time (Serbia) | Immediate installation (Days) | 6–18 months for grid permitting | 12–24 months transformer installation |
| BESS Cycle Longevity | ≥6,000 cycles (EVE/CATL Grade A LFP) | 3,500–5,000 cycles (Variable sourcing) | N/A (No storage capability) |
| Peak Demand Charge Mitigation | Automated Peak Shaving Algorithm | Limited software integration | Exposed to high industrial peak tariffs |
| Solar PV Direct Coupling | Integrated MPPT / DC Bus architecture | Requires external hybrid inverter | Requires separate AC grid inverter |
Engineered to withstand continental European climates—from scorching Balkan summers (+40°C) to freezing Balkan winter blizzards (-25°C).
Gas stations along the E-75 highway corridor frequently face weak medium-voltage lines far from urban centers. Our 100kWh/200kWh ESS charging stations buffer low grid supply continuously, outputting 180kW–240kW instant fast-charging to holiday travelers and electric transport vans heading toward Greece and Bulgaria.
Serbia's 15+ special economic zones (including Subotica, Zrenjanin, and Pirot) house vast logistics parks. Installing split-type DC piles and storage-integrated systems allows fleet operators to recharge logistics trucks overnight using low-cost off-peak electricity tariffs, buffering solar PV energy produced during operational daytime.
In Belgrade, Novi Sad, and thermal spa destinations (Vrnjačka Banja), luxury hospitality and shopping complexes want to provide high-speed EV charging to attract international guests without blowing their facility's electrical allocation limit. Our sleek advertising-screen DC chargers provide ancillary media monetization alongside EV fueling.
Direct factory models configured with European CCS2, standard Type-2, and universal multi-standard connectors. Engineered for multi-unit tenders, regional CPOs, and infrastructure distributors.
Premium aesthetic wallbox housing featuring universal CCS2/Type 2 compatibility, RS485/Modbus, and smart mobile app control.
Dual CCS2 charging cables with intelligent dynamic power sharing, IP54 outdoor rating, and high-brightness touchscreen UI.
Built for fleet operations and office car parks; charges two vehicles concurrently with integrated ground-fault protection.
Industrial-grade 32-inch 4K outdoor advertising display panel combined with ultra-reliable dual-gun DC high-power charging.
Versatile dual-socket architecture tailored for international testing hubs, fleet installations, and customized OEM white-labeling.
Integrated fire suppression (Aerosol/Novec 1230), cloud BMS telematics, and bidirectional peak shaving controllers for isolated grids.
Ruggedized corrosion-resistant structural steel enclosure with reinforced thermal chimneys for high ambient temperature resilience.
Centralized rectifier power matrix dynamically dispatching power modules across satellite dispensers, maximizing throughput.
Essential engineering checklist for Serbian EPCs, municipal utilities, and charging station investors when contracting with Chinese manufacturing partners.
Serbia's Ministry of Economy enforces technical requirements conforming to the Law on Technical Requirements for Products and Conformity Assessment. Our equipment carries the Serbian Certificate of Conformity (Kvalitet a.d. Niš compatible) alongside EU Declarations of Conformity, eliminating customs clearance bottlenecks at Port of Rijeka or Bar.
Shipments destined for Serbia depart Shanghai or Ningbo ports via direct maritime routes to Piraeus (Greece), Rijeka (Croatia), or Bar (Montenegro), connecting with rapid rail freight to the Belgrade customs terminal. Transit cycles range between 28 and 35 days, with complete DDP handling capabilities.
We supply modular replacement components (power modules, control PCBs, contactors, cable assemblies) packaged directly inside maintenance kits. In combination with our cloud telematics diagnostic tool, local Serbian electrical contractors can execute hot-swap module replacements within 30 minutes of fault detection.
Technical clarifications addressing grid connectivity, battery storage integration, and certification standards for Serbian procurement officers.
Our 100kWh/200kWh ESS charging stations act as an electrical accumulator. They draw a constant, low-power current (e.g., 30kW–40kW) from rural EPS distribution lines without causing voltage sags. When an EV connects, the system discharges the lithium battery buffer in parallel with the grid, providing an immediate burst of 120kW–240kW DC fast charging.
Yes. All exported units undergo third-party testing (TUV, SGS, or Intertek) confirming conformity with EN 61851-1, EN 61851-23, EN 62477, and EN 61000 EMC standards. Documentation packages include comprehensive CE declarations and test reports accepted by Serbian national import testing institutes.
Yes. Our complete product series uses standard OCPP 1.6 JSON (upgradable to OCPP 2.0.1). They connect via 4G LTE, Ethernet, or Wi-Fi to any European or Serbian CPO management platform, including Virta, GreenFlux, AMPECO, or proprietary local billing applications with dinar (RSD) payment gateway integration.
The battery storage subsystem features internal PTC heating elements and intelligent liquid cooling channels that pre-condition cells to optimum electrochemical performance (+20°C to +25°C) even when ambient Serbian temperatures drop to -25°C. Power electronic modules carry conformal coatings protecting against condensation and salt-fog corrosion.
Whether you are developing highway corridor fast-charging hubs, electrifying a municipal bus depot, or seeking an OEM partnership for the Western Balkans, our engineering team provides rapid CAD designs, single-line diagrams, and competitive direct factory pricing.
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