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.
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A leading provider of technology infrastructure and software to facilitate the digital transformation of mission-critical businesses reached out to the CSZ team seeking a solution to test their server racks. Their specifications included a unique layout—two testing compartments within one walk-in chamber, separated by a removable wall.
When electric aerospace company, BETA Technologies, approached the CSZ team for a consultation and purchase of a custom environmental test solution, we were excited to partner with an organization working to transform the landscape of air transportation. BETA Technologies’ ambitious pursuit of electric aviation. offers revolutionary potential for their larger goal of forging a path to zero-emission aviation.
With higher energy density and improved safety compared to traditional lithium-ion batteries, all-solid-state batteries could enable the widespread adoption of electric vehicles and improve the efficiency of battery-powered devices. However, developing reliable solid-state batteries requires extensive research and testing to ensure their performance and safety.
Testing battery-powered aircraft components within environmental test chambers is vital throughout the research and design stages to ensure product and component reliability.
Along the road to widespread adaptation, autonomous vehicles and their components must undergo testing and validation to ensure their longevity, reliability, and safety under diverse and challenging conditions.