Electric Vehicle Development

We offer electric vehicle development expertise at all levels of the process

We understand the challenges that new technologies add to vehicle testing and certification — particularly the seamless integration of advanced battery and fuel cell technologies.

With over 70 years of measurement and analysis expertise, and decades of fuel cell and battery testing experience, our proven solutions and long-term industry partnerships set us apart.

We help vehicle manufacturers and developers shorten development cycles and fulfill their xEV potential using our ever-expanding range of technologies, added services and consultancy, and flexible software. Our solutions help battery and fuel cell manufacturers and OEMs safely develop, integrate, and optimize xEV technologies.

Contact us to learn more about our solutions for EV development

Our Solutions for All Types of Electric Vehicle

We offer comprehensive testing and development solutions for every category of electric vehicle, supporting manufacturers at every stage of production. Whether you're developing a Hybrid Electric Vehicle (HEV), Battery Electric Vehicle (BEV), or Fuel Cell Electric Vehicle (FCEV), HORIBA has the expertise and technology to help you achieve high performance and sustainability.

Hybrid Electric Vehicles

The TrueData X-OPS 48 systems are able to emulate the behavior of electrical energy storage systems up to 60 V both functionally and electrically for electric vehicle development.

Hybrid Electric Vehicles (HEVs) are vehicles with a combination of an internal combustion engine and an e-motor. A full HEV depends on regenerative technologies.

Battery Electric Vehicles

The End-of-Line system of the Evaluator series is tailored to the needs of complex production processes for battery pack development in electric vehicle development.

Battery Electric Vehicles (BEVs) receive their power solely from a battery pack without assistance from an ICE, with the possible exception of a range extender.

Fuel Cell Electric Vehicles

FCEV. The S25-LT is perfectly designed for simulation of mobile applications in order to study fuel cell system behavior and optimize system design

Fuel Cell Electric Vehicles (FCEVs) are vehicles that convert hydrogen into electricity in their on-board fuel cell system. Hydrogen fuel cells represent zero-emissions.

Battery Testing Solutions: Complete Performance Assessment

Battery Testing Solutions play a critical role in the development of lithium-ion (Li-ion) cells, which have become the cornerstone of modern electric vehicle powertrains. Our comprehensive battery testing services ensure the safety, reliability, and performance of battery packs, supporting the growing demand for electric mobility across industries.

Our cutting-edge testing solutions include:

Comprehensive Performance Evaluation: Simulating real-world conditions to measure energy density, cycle life, charge/discharge rates, and thermal management.
Safety and Compliance Testing: Assessing batteries for resilience under extreme conditions, ensuring compliance with global standards for transportation and usage.
Accelerated Lifecycle Testing: Identifying potential degradation points to extend battery lifespan and optimize long-term performance.
Customizable Testing Protocols: Tailored solutions to address the unique needs of industries ranging from electric mobility and renewable energy to aerospace and consumer electronics.

Discover how our cutting-edge Battery Testing Solutions can power your innovation—visit our dedicated page today!

Deep Knowledge in Electric Vehicle Development

Electric Vehicle Development Matrix Illustration | HORIBA Automotive

We offer electric vehicle development expertise from component level to complete powertrain. We provide test stands for light-duty and heavy-duty e-powertrain development, from fuel cell and battery component level through to full sub-system with fully integrated automation solutions and engineering consultancy.

Material characterization: analysis of batteries and fuel cells on a material level including degradation, abrasion, and chemical reactions.
Component: testing and characterization of e-motors and transmissions. Testing of batteries and fuel cells, with solutions for testing batteries from cell to module to pack and fuel cells from cell to stack.
System: testing e-powertrains of various vehicle architectures including battery-electric, fuel cell-electric, and hybrid-electric vehicles.
Complete vehicle: testing the complete vehicle in the laboratory or on the road.

Our Global Expertise Helps Customers Along the Electric Vehicle Development Process

Our testing facilities in the UK (ABDS) and Japan (E-harbor), along with the University-partnered, The HIMaC facility in California, provide direct cell and pack testing experience.

HORIBA MIRA has proven projects in full battery pack and battery management development, in addition to proprietary approaches to efficient cell characterization, degradation analysis, and battery cell simulation modeling.

HORIBA MIRA: Expert Training from Industry Professionals

HORIBA MIRA's electric vehicle and fuel cell training courses provide comprehensive knowledge on EV and hydrogen technology. With courses on battery systems, thermal systems, and EV architecture, and IMI accredited courses on EV safety, participants acquire skills to navigate the evolving alternative powertrain landscape. Expert instructors with decades of experience in the automotive industry ensure a deep understanding, empowering professionals to excel.

HORIBA MIRA’s EV and Hydrogen Training Courses:

Visit the HORIBA MIRA website for more information.