EonMotors

EV VCU Controls

EV BMS Systems

EV MCU Systems

ADAS & Autonomous

EEA and Networking

EV Charging Testing

EV Mobile Charging

EV EOL Testing

Fuel Cell Systems

Smart Cockpit Testing

EV Model-Based Controls

The Electric Vehicle Control Unit (VCU) serves as the central intelligence of an EV, coordinating subsystems such as the Battery Management System (BMS), Motor Control Unit (MCU), On-Board Charger (OBC), and key safety functions. It ensures real-time decision-making for efficient energy management, powertrain control, and overall system reliability. EonMotors specializes in VCU controls development and Hardware-in-the-Loop (HiL) testing, supporting both prototype and production stages. These capabilities enable precise calibration, functional validation, and simulation of real-world conditions. This end-to-end approach ensures the VCU meets stringent safety, efficiency, and performance standards—delivering reliable and optimized operation across diverse driving environments.

EV Battery Management Systems

The Battery Management System (BMS) is essential in new energy vehicles, safeguarding battery safety, efficiency, and long-term reliability. It handles real-time battery monitoring, fault detection, state-of-charge (SOC) and state-of-health (SOH) estimation, and manages charging and discharging to optimize performance and extend battery life. EonMotors supports BMS development with a comprehensive range of customized testing equipment and services, including battery charge/discharge testing, offline battery inspection, and Hardware-in-the-Loop (HiL) testing. This integrated approach enables precise algorithm tuning, robust design validation, and reliable performance under real-world conditions. EonMotors ensures every BMS meets the highest standards of quality, safety, and functional integrity before deployment.

EV Motor Controls

In electric vehicles (EVs), the motor control unit (MCU) is crucial for managing motor operation, governing torque, acceleration, regenerative braking, and overall drivability. As a key to vehicle performance and efficiency, developing reliable MCU control algorithms is complex, involving real-time control, system dynamics, and embedded software. Hardware-in-the-Loop (HiL) simulation is essential for validating these algorithms under realistic driving conditions, enabling safe and efficient testing. EonMotors has extensive expertise in MCU HiL testing at both signal and power levels—validating control logic and high-voltage performance. This ensures that the MCU meets rigorous standards for safety, reliability, and performance before integration into production vehicles.

ADAS & Autonomous Driving

Autonomous driving technologies have extended beyond passenger cars into specialized applications like mining trucks, harbor pulling trucks, AGVs, and vehicles in closed or designated areas. We specialize in designing and developing prototype vehicles for these demanding environments. For autonomous mining trucks, our focus includes integrating heavy-duty drive-by-wire systems, autonomous navigation, obstacle detection, path planning, and fleet coordination. Our capabilities span system architecture, sensor integration (LiDAR, radar, cameras), control development, calibration, and full vehicle validation. We deliver functional prototypes ready for real-world testing. Whether for open-pit or underground mining, our solutions meet the unique safety, reliability, and performance needs of autonomous industrial vehicles.

Vehicle E/E Architecture and In-Vehicle Networking

Modern electric‑vehicle E/E architecture replaces dozens of stand‑alone ECUs with a few zonal controllers linked to a gigabit‑class Automotive Ethernet backbone and redundant CAN‑FD/XL loops. This topology shortens wiring harnesses, cuts weight, and creates a unified, cybersecurity‑hardened platform for over‑the‑air updates. Propulsion components—battery‑management system, inverter, DC‑DC, on‑board charger—reside in a “propulsion zone” near the pack to minimise high‑voltage cable length, while time‑sensitive‑networking guarantees deterministic brake‑ and steer‑by‑wire control. HomePlug GreenPHY PLC supports ISO 15118 “plug & charge” and future V2G services, enabling truly software‑defined EV functionality.

EV Charging Systems Testing

We offer comprehensive engineering solutions for testing EV charging systems, including on-board chargers (OBCs) and charging stations. Our capabilities cover rigorous functional, interoperability, and compliance testing, ensuring compatibility with CCS and ISO 15118 standards. Utilizing advanced test setups and automated diagnostic tools, we simulate real-world charging scenarios for both AC and DC fast charging, evaluating performance, reliability, and communication accuracy. Our expertise in OBC and charging station validation helps manufacturers efficiently meet stringent safety and industry regulations, optimize product quality, and accelerate development timelines.

EV Mobile Charging

Charging remains a key challenge in the adoption of electric vehicles (EVs), as building fixed infrastructure is costly and adds pressure to the power grid, especially during peak hours. Mobile charging vehicles or carts offer a flexible and cost-effective alternative. These units provide fast DC-DC charging and can be recharged during off-peak times, easing grid demand. Once charged, they can be deployed anywhere—supporting EVs in remote areas, urban zones with limited chargers, or emergency situations. Their mobility overcomes infrastructure limitations, making them ideal for events, fleet support, and roadside assistance. Mobile charging solutions enhance convenience, reduce costs, and accelerate EV ecosystem development.

Electric Vehicle EOL Testing

Electric vehicles (EVs) rely on complex electrical subsystems, including high-voltage battery management, motor controllers, onboard chargers, and DC-DC converters. As EV production rapidly scales, ensuring the quality, safety, and reliability of each vehicle becomes increasingly critical. We specialize in End-of-Line (EOL) testing solutions tailored for EVs, built on industry-leading National Instruments (NI) hardware and customized software platforms. Our systems rigorously evaluate battery health, charging functionality, power conversion, motor performance, electrical safety, and communication protocols. These comprehensive tests help manufacturers meet stringent quality standards, minimize defects, improve production efficiency, and confidently deliver reliable, high-performance electric vehicles to market.

Fuel Cell Systems

The rapid growth of new energy vehicles (NEVs) has driven significant progress in fuel cell vehicle (FCV) technology. As a key NEV solution, fuel cell systems offer zero emissions, fast hydrogen refueling, and extended range—addressing key drawbacks of battery electric vehicles (BEVs). Central to FCVs is the Fuel Cell Control Unit (FCU), which manages hydrogen supply, air intake, thermal regulation, water handling, and power output to ensure safe and efficient operation. Prior to vehicle integration, the FCU undergoes rigorous testing to validate its functionality, stability, safety, and communication across varied conditions. Only after passing these tests can it ensure reliable, real-world performance of the fuel cell system.

Smart Cockpit Testing

Intelligent cockpit testing involves a thorough evaluation of key aspects to ensure a seamless, user-friendly in-vehicle experience. It focuses on functionality, system performance, hardware-software compatibility, network communication, human-machine interaction, environmental adaptability, safety, audio-visual quality, and reliability. Critical elements such as voice recognition, multi-screen coordination, system responsiveness, device interconnectivity, and data security are rigorously tested. By simulating real-world driving scenarios, the process verifies that all components operate cohesively. This ensures the intelligent cockpit delivers a smooth, intuitive, and safe experience—enhancing driver comfort, convenience, and engagement under various environmental and usage conditions.

Areas of Technical Expertise

As a global leader in advanced engineering solutions, we specialize in driving the future of electric vehicles and intelligent mobility. Our comprehensive portfolio of services encompasses cutting-edge design, system integration, software development, and testing for next-generation electric and smart vehicles.

Automotive Industry Experience

R&D and Engineering Projects

Automotive Customers

University Customers

Years

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Turn-Key Solutions

The EV Vehicle Control System serves as the "big brain" of the entire electric vehicle, seamlessly coordinating critical subsystems such as the Battery Management System (BMS), motor control inverters (MCU), on-board charger (OBC), and various safety functions. EonMotors brings extensive expertise in developing model-based software, supporting both small-batch and large-scale production. In addition to software development.

Electric vehicle (EV) technologies and intelligent mobility are transforming the automotive industry, unlocking a wide range of applications and innovative possibilities. As R&D activities intensify, the demand for advanced labs and specialized equipment continues to grow. With deep expertise and extensive experience, EonMotors delivers cutting-edge lab solutions tailored to meet the evolving needs of our industry partners.

Electric vehicle (EV) technologies and intelligent mobility are advancing rapidly within the automotive industry. Leveraging its deep expertise in the EV sector, EonMotors has developed state-of-the-art laboratories and comprehensive curriculum. Through partnerships with universities worldwide, we are committed to cultivating the next generation of talent for this vital and evolving industry.

EV Vehicle Control Systems

EV Testing Labs for Industry

EV Labs for Academic Institutions

Featured Products

VCU Control Systems, VCU HiL, BMS HiL, MCU HiL, In-Vehicle Networks, EE Architecture Design, Data Acquisition

EV Testing Equipment

Technical Training

Electric Vehicles: Model-Based VCU Controls

ROS2 and Robotics 201: TF, URDF, RViz, Gazebo

Electric Vehicles: VCU HiL Simulation and Testing

ROS2 and Robotics 301: SLAM, Navigation

Electric Vehicles: BMS HiL Simulation and Testing

Advanced Driver Assistance Systems

ROS2 and Robotics 101:

Foxy, Humble

Autonomous Vehicles：Deep Learning & Open CV

Training Platform

Business Partners

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