From MEMS accelerometers in electric vehicles to IoT temperature sensors in smart buildings, from LIDAR systems in autonomous robots to biosensors in wearable medical devices – these sophisticated components must perform reliably across a wide range of environmental conditions. When sensors fail, the consequences can be severe, making environmental testing an essential step in sensor development and qualification.
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Cold chain testing is a sophisticated product integrity testing process that safeguards sensitive products throughout their entire distribution lifecycle. The goal of environmental simulation chambers is to ensure that products maintain their quality, regardless of the transportation challenges they encounter.
Environmental test chambers and battery test laboratories are essential in ensuring the safety and reliability of EV technology. These facilities conduct a variety of tests that are crucial for the development and validation of electric vehicle components.
A leading global automaker needed a specialized vibration chamber to test lithium-ion battery packs for their electric vehicles. These large, heavy battery packs required a controlled environment for rigorous testing to ensure performance, reliability, and safety.
As companies begin constructing new solar plants and increasing the capacity of their existing facilities, manufacturers and researchers must perform rigorous environmental tests to determine the quality of their technology and ensure solar panels conform to industry standards and safety requirements.
Few industries have gone untouched by the adoption of Artificial Intelligence and the demand for high-performance computing continues to surge. To accommodate these advancements, computing power is compacted into a smaller footprint in high-density data centers.