LHP's Testing Center

LHP Electric Vehicle Testing Center

LHP's Electric Vehicle (EV) Testing Center offers advanced, plug-and-test capabilities for evaluating EV components and systems. Our comprehensive infrastructure supports high-voltage testing, battery management, thermal simulations, and more, allowing seamless integration and validation of your EV technologies. From battery cells to full-system integration, we help ensure your solutions meet performance, safety, and efficiency standards.

Our streamlined workflow begins with defining your requirements and developing a tailored test plan. Once your device is shipped to our facility, we conduct tests using state-of-the-art equipment such as dSpace & NI HIL testers, charging stations, and thermal management systems. After testing, we provide a detailed report with results and recommendations.

The lab is equipped for high-voltage and cybersecurity testing, functional safety assessments, and system-level integration with an EV skateboard for real-world validation. Our "test-as-a-service" model minimizes capital expenditures and ongoing maintenance costs by giving you access to advanced testing capabilities without the need for internal infrastructure.

Contact LHP today to optimize your EV development, reduce costs, and accelerate your time to market with our industry-leading testing services.

HIL Testing Capabilities with ALIARO, dSpace, and NI Equipment

LHP offers advanced Hardware-in-the-Loop (HIL) testing to validate complex automotive and electric vehicle systems with precision and efficiency. Our state-of-the-art HIL testing capabilities enable us to simulate real-world conditions and rigorously evaluate embedded systems before they are deployed, ensuring optimal performance, safety, and reliability.

With our HIL testing infrastructure, we create dynamic testing environments to assess control systems, powertrains, battery management systems (BMS), and other critical components. By simulating vehicle dynamics, sensor interactions, and environmental factors, we ensure that both hardware and software are fully integrated and ready for real-world challenges.

Our HIL testing process allows us to evaluate your systems at various stages of development, identifying potential issues early and optimizing designs to minimize costly revisions. By simulating a wide range of operational scenarios, we can provide detailed insights into how your systems will behave under different conditions, helping to reduce time to market and accelerate the development process.

At LHP, we are committed to helping you validate and refine your systems with the highest level of accuracy, ensuring the safety, performance, and reliability of your products in real-world applications.

Battery Management System (BMS) Testing

LHP offers comprehensive testing services for Battery Management Systems (BMS), ensuring the safety, efficiency, and reliability of your electric vehicle (EV) powertrains. Our testing capabilities cover every aspect of BMS functionality, from charging and discharging cycles to system integration with power conversion, charging stations, and battery cell simulations.

Our BMS testing evaluates key functions such as battery health monitoring, state-of-charge estimation, thermal management, and voltage regulation. We simulate a variety of real-world conditions, including temperature fluctuations, extreme charging/discharging rates, and overcurrent scenarios, to ensure your BMS can handle the stresses of everyday operation. Through our advanced diagnostic tools, we can pinpoint potential issues, optimize BMS performance, and ensure compliance with industry safety standards.

Additionally, we integrate BMS testing with other critical systems like charging stations and power conversion components. The BMS must communicate seamlessly with these systems to manage energy flow and optimize charging efficiency. We test the interaction between the BMS and charging infrastructure to simulate various charging scenarios, ensuring that the system delivers safe and efficient power to the battery.

Using battery cell simulation, we replicate the behavior of individual cells within the battery pack, enabling us to assess the BMS's response to varying conditions without using actual cells. This simulation allows for more controlled and cost-effective testing of the system's functionality.

At LHP, we combine these integrated testing capabilities to ensure your BMS operates reliably, safely, and efficiently, accelerating the development of next-generation EV technologies.