Drive System Design (DSD), a leading engineering and mobility consultancy, has expanded and unveiled its development and testing capability by commissioning a ‘state of the art’ EMC (electromagnetic compatibility) test cell. This strategic investment strengthens DSD's role as a development and test partner for advanced power electronics and electrified propulsion systems, furthering its mission to drive innovation within the electrification industry.
The new EMC test cell enables DSD to grow its electronics capability beyond design and simulation and now offers enhanced development and verification testing of power electronics and electrified propulsion systems. Purpose-built to conform with CISPR 25 and BS EN 50147 industry standards, the 144m3 semi-anechoic chamber allows DSD to conduct EMC tests that can enable the highest level of performance. This advanced facility is supported by a dedicated engineering team with expertise in diagnosing and resolving EMC-related challenges.
The new test cell complements DSD’s existing capabilities, bringing virtual simulation and physical testing together under one roof. This integrated approach enables DSD to accelerate the development process, helping customers in the automotive, aerospace, defence, and other sectors bring their electrified systems to market more efficiently.
James McGeachie, head of electrified powertrain at DSD, said: “DSD has a long history of innovation, generating new concepts and solutions from clean sheet design through to tested hardware. Our virtual and physical development capability has grown substantially since our inception and having close collaboration between them is key to innovation and rapid development of solutions for our customers.
“The EMC test cell is an exciting milestone in the growth of our electrified powertrain team. It expands our capability to not only offer the design and simulation of power electronics, but the development and physical validation can now also be carried out at DSD, offering a turnkey solution to our customers.”