As Central and Eastern Europe's premier logistics hub and a rapidly accelerating market for commercial electric vehicles, Poland requires robust, automotive-compliant telematics infrastructure. We engineer and supply industrial-grade EV telematics hardware, CAN-bus gateways, smart fast-charging controllers, and cloud-connected IoT systems designed to withstand Poland’s rigorous transport corridors and harsh winter climate.
Discover our suite of hardware engineered for OEM integrations, transport operations, and EV infrastructure across Poland.
Poland occupies a pivotal geographic position in European supply chain logistics, hosting vital arteries such as the North-South Baltic-Adriatic Corridor and the East-West A2/A4 transit highways. As European Union regulations—including the Fit for 55 package, EU Mobility Package I, and Alternative Fuels Infrastructure Regulation (AFIR)—take full effect, Polish fleet operators, vehicle bodybuilders, and logistics enterprises face pressing demands to transition from diesel fleets to battery electric vehicles (BEVs) and commercial heavy electric trucks.
Polish winters routinely bring temperatures below -15°C across regions like Silesia, Mazowieckie, and Podlaskie. Sub-zero operation causes significant chemical drag on EV lithium battery packs, reducing effective range by up to 35%. Our factory-supplied telematics terminals feature deep battery management system (BMS) integration, reading real-time cell thermal gradients, State of Health (SoH), and pre-conditioning thermal pumps over CAN-bus to preserve battery chemistry.
Telematics deployment within Poland must adhere strictly to GDPR data privacy guidelines, EU Radio Equipment Directive (RED), and cybersecurity requirements outlined in ISO/SAE 21434. Our hardware platforms support encrypted TLS 1.3 MQTTS cloud channels, secure boot execution, hardware security modules (HSM), and local European cloud server routing options to prevent data leakage.
“In commercial EV fleet operations across Poland, telematics is no longer merely a GPS track-and-trace unit; it serves as the critical neural gateway managing high-voltage safety, cell degradation algorithms, OCPP smart charging handshakes, and carbon offset reporting.”
Unlike legacy internal combustion engine (ICE) OBD-II trackers that capture minimal low-speed diagnostic trouble codes, OEM-grade Electric Vehicle Telematics Control Units (TCUs) must interface with high-voltage (HV) powertrains operating at 400V to 800V architectures.
Simultaneous decoding of dual CAN 2.0A/B and high-speed CAN-FD channels allows high-bandwidth capture of Motor Control Unit (MCU), Vehicle Control Unit (VCU), and onboard charger (OBC) data rates up to 5 Mbps.
Built with AEC-Q100 qualified processors and IP67/IP69K rugged enclosures to resist high-pressure water washing, salt spray along Baltic port roads, and severe chassis vibration.
Integrated global e-SIM / eSIM profile switching guarantees uninterrupted 4G LTE Cat 1/Cat M1 connectivity with 2G fallback across border crossings between Poland, Germany, Czechia, and Lithuania.
| Specification Parameter | Commercial EV TCU (Industrial Grade) | Light EV / E-Bike IoT Controller | Heavy EV Truck Telematics Module |
|---|---|---|---|
| Operating Voltage Input | 9V - 36V DC (Wide input range) | 24V - 72V Direct DC Step-Down | 9V - 60V Continuous (Overvoltage protection) |
| CAN Bus Interfaces | 2x CAN 2.0B / CAN-FD compliant | 1x UART / RS485 / Single CAN | 3x CAN (J1939, UDS, ISO 11898) |
| GNSS Positioning | GPS/GLONASS/Galileo/Beidou (Dual Freq) | GPS/Beidou High Precision | RTK-supported Sub-Meter GNSS |
| BMS Diagnostic Depth | SoC, SoH, Cell Voltage, Temp Gradients | Basic Voltage & Current Monitoring | Deep Insulation Resistance & Thermal Runaway |
| Operating Temp Range | -40°C to +85°C | -20°C to +70°C | -40°C to +105°C (Automotive Under-hood) |
| Regulatory Approvals | CE, E-Mark (ECE R10), RoHS, REACH | CE, FCC, UN38.3 (Battery) | CE, E-Mark, ISO 26262 ASIL-B |
Our factory telematics hardware is pre-configured to address specialized operational challenges encountered by Polish enterprises.
With Polish metropolitan cities introducing Clean Transportation Zones (Strefy Czystego Transportu - SCT), logistics operators using light commercial electric vans require precise range prediction. Our telematics units correlate live weather forecasts, battery discharge curves, and stop-and-go urban traffic metrics to provide dispatchers with precise distance-to-empty calculations, ensuring non-stop operation.
Poland is a major European producer and distributor of agricultural goods and pharmaceuticals. Electric reefer trucks require twin-telemetry setup: monitoring the propulsion battery as well as the high-voltage auxiliary compressor powering the cooling unit. Our dual CAN-bus hardware streams continuous temperature logs, door-open alerts, and battery status directly to cloud compliance dashboards.
Cities like Wrocław, Jaworzno, Poznań, and Katowice operate growing fleets of municipal electric buses. Our telematics nodes interface with major European charging protocols (OCPP 1.6J / 2.0.1) and pantograph fast chargers, feeding live state-of-charge analytics into depot management software to optimize off-peak energy billing.
Sub-factories, industrial parks, and urban courier networks utilize rugged electric scooters and cargo e-bikes. Compact, low-power IoT trackers with internal backup batteries provide real-time geofencing, remote motor immobilizations, and anti-theft alarms over cellular networks.
As a dedicated original equipment manufacturer (OEM) and design manufacturer (ODM), we eliminate middlemen, offering direct engineering-to-engineering collaboration. Whether you require custom firmware flashing, branded enclosure injection molding, or specialized CAN protocol parsing for proprietary European vehicle platforms, our factory facilities provide rapid turnarounds.
Every circuit board undergoes automated optical inspection (AOI), X-ray solder integrity checks, and full environmental stress screening (ESS) to eliminate early mortality failures.
We supply full C/C++ Linux/FreeRTOS SDKs, API documentation, and MQTT endpoints, allowing your internal software team in Poland to build proprietary platform logic easily.
We support regional Polish fleet trial pilots with small initial batch sizes, ramping seamlessly up to mass production runs of tens of thousands of units per month.
Detailed answers regarding certification, logistics, integration, and technical support serving Poland.
Contact our senior telematics solution architects today to receive comprehensive technical datasheets, CAN protocol libraries, factory pricing, and engineering sample units.
