Our Climatic, Durability & Endurance Testing solutions are designed to evaluate how electric powertrain components behave under the most demanding environmental and operational conditions. These tests are essential during the validation phase to ensure your systems meet OEM durability targets, withstand thermal stress and deliver expected lifetime performance in real-world use.
Durability testing is a key step in the design validation process for any e-mobility component. OEMs require data that proves how a system performs after weeks, months or even thousands of hours of operation — including the effects of temperature, humidity, vibration and cycling.
At EPowerLabs we help you perform all tests required to verify your component is ready and to collect all data that your customer will be expecting.
Power Thermal Cycle Endurance (PTCE)
Simulate operational thermal load cycles
High Temperature Operating Endurance
Evaluate component stability under heat
Low Temperature Operating Endurance
Test startup and function in cold environments
High Temp & High Humidity Endurance
Assess aging under combined stress
Thermal Humidity Cycling (THC)
Evaluate resistance to thermal/moisture expansion cycles
Thermal Shock Test
Verify resistance to sudden temperature change
Vehicle Profile Endurance
Replicate long-term driving cycles with dynamic loads
Parallel Test Set Up
Capability to perform multiple leg and multiple sample durability testing
All endurance tests are executed in our fully equipped climatic chambers and automated endurance rigs at MUBIL in San Sebastián.
