Battery Systems
Evaluate charge and discharge behavior, cycle life, cell performance, and pack simulation across demanding electrified programs.
E-Mobility Testing
Support battery, inverter, e-motor, and high-voltage validation with complete EV testing systems built for research, development, and production.
Explore EV Solutions
Electric Vehicle
An electric vehicle runs on electric power instead of petrol or diesel, using a rechargeable battery to drive the motor. As EV platforms evolve quickly, testing becomes essential for battery safety, performance, durability, charging behavior, and drivetrain efficiency.
ATS Group supports electrification programs with test benches, high-voltage measurement modules, battery systems, and e-motor validation tools that help teams build safer and more reliable EVs.
EV Solutions
Applications
Evaluate charge and discharge behavior, cycle life, cell performance, and pack simulation across demanding electrified programs.
Measure temperatures and low voltages safely at high-voltage common-mode levels found in hybrid and electric vehicles.
Validate drive systems, inverter behavior, and emulated motor conditions with controlled, repeatable test hardware.
EV Product
E-mobility is driving major investment in alternative drivetrains, and the Atesteo electric test bench supports this transformation with focused testing services for electric and hybrid vehicles.
It helps engineering teams evaluate electric powertrain systems with controlled, repeatable conditions from a specialized e-mobility test platform.
Test Bench Platform
imc develops modern and flexible test stands for research, development, and production using its own in-house measurement hardware and software platform.
From planning and construction to implementation and retrofit support, the system helps protect investment while enabling future-ready EV test environments.
High Voltage Measurement
The imc CANSAS-HISO8 series enables safe and precise measurement of temperatures and low voltages at high-voltage common-mode levels up to 800 V or higher, as found in batteries and HV components.
It is designed for hybrid and electric vehicle applications where safety, accuracy, and electrical isolation are critical.
Battery Validation
Batteries in modern electrified powertrains must meet demanding performance requirements while supporting robust charge and discharge cycles.
UNICO battery cycler systems are engineered to accelerate e-mobility development by validating energy storage behavior, power output, and efficiency under controlled conditions.
Battery Emulation
In its standard operating mode, the battery simulator controls output voltage using either a fixed or dynamic set point. It can also reduce voltage in response to load to simulate the impedance behavior of a real battery.
The programmable response helps engineering teams model specific battery designs and evaluate system behavior without depending on a physical battery pack.
Cell Testing
UNICO's BAT100 Cell Tester is a compact, high-performance solution for battery cell testing with exceptional channel density and lab efficiency.
It supports up to 64 channels at 300A per system or up to 512 channels at 12.5A, helping teams scale testing without wasting valuable footprint.
Drive Emulation
Inverter-driven electric motors are central to modern EV powertrains and require precise validation for efficiency, performance, and reliability. Traditional dyno setups can introduce mechanical losses, safety concerns, and added complexity.
E-motor emulation addresses those challenges by electronically replicating motor behavior for controlled, repeatable, and highly accurate inverter testing.
Inverter Platform
This universal inverter works with the most common AC motor types, including asynchronous induction, synchronous permanent magnet, and internal permanent magnet motors, without requiring hardware changes.
Popular configurations support DC input from 0 to 900VDC with a nominal 520VAC rating, making it a flexible choice for broad EV programs.
Integrated Solution
Keep pace with the automotive industry's transformation using end-to-end EV test solutions designed for safety, reliability, and optimal performance.
This solution supports electric test benches, high-voltage modules, battery cyclers, battery emulators, cell testing, and e-motor validation in one connected workflow.
Support
An electric vehicle is a car that runs on electric power instead of petrol or diesel, using a rechargeable battery to drive the motor.
EVs use an electric motor powered by a battery pack. The battery stores energy and supplies it to the motor, which drives the wheels.
Charging time depends on the charger. Home charging is typically around 6 to 8 hours, while fast charging can take 30 to 60 minutes to reach about 80%.
EVs can have a higher upfront price, but they are usually cheaper to run and maintain than petrol or diesel vehicles.
Major benefits include zero tailpipe emissions, lower running costs, reduced maintenance, and quieter operation.
Yes, charging stations are growing rapidly across cities and highways, making EV charging more accessible.
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