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This control module was designed with flexibility in mind, allowing for the power optimisation algorithm to be easily integrated within a multitude of applications. This was also done as part of another undergraduate project. The first image shows the various assembly options, whilst the second shows the final PCB.
Method and system for power optimization for system of thermoelectric cooling devices – US20240028100A1 Multilevel thermoelectric cooling stack with thermal guard rings – US20240032425A1
The team successfully applied for a Technology Development project, named ICECAP, securing nearly €230,000 in funding for the next 3 years. This was done in collaboration between the University of Malta and New Energy Ltd. Read more
An experimental setup was designed involving a stack of 3. This included the preliminary design of a controller, which incorporated most of the elements developed during the camera implementation, such as power supplies, temperature sensors, and control.
The process began with a real-world challenge encountered during a research-funded project called MEMENTO, The research team sought to cool a high frame rate camera’s image sensor below -20°C to enhance its noise and exposure performance. The cooling system needed to fit within a portable handheld camera body and powered off a V-mount battery. …
