Involved scientists: Jānis Judvaitis (Project Manager/Leading Researcher); Vladislavs Medvedevs (Research Assistant); Deniss Tishchenko (Research Assistant)
The aim and objectives of the study are to analyze thermal risks, identify potential thermal problems, as well as assess whether the existing cooling system is able to provide sufficient heat dissipation even in conditions of elevated ambient temperatures (especially in the summer period). As well as to perform thermographic analysis using a thermal camera.
Based on the results, if necessary, make improvements to the cooling system or relocate components to ensure stable and safe operation of the device. As well as study two cases for the selected housing: IPX7 / IP67 and higher class and IPX4 / IP44 and higher class.
Perform an analysis of the existing power supply and electrical protection system, paying special attention to the nominal values of electrical fuses and current converters and their compliance with the real load. As well as identify opportunities to reduce the number of converters (AC/DC and DC/DC) in the electrical circuit, which would reduce energy losses, simplify maintenance and improve overall system efficiency.
It is planned to reduce the dimensions and weight of the device, as much as possible, thereby creating a new device body. As well as to evaluate alternative energy storage solutions, paying attention to the choice of battery type and capacity, guided by the following criteria:
- Number of charge and discharge cycles.
- Operating temperature range.
- Energy capacity and self-discharge rates.
- Maintenance and service requirements.
Participating scientists
