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Each project begins with a thorough analysis of the system architecture. We identify the technical requirements, dimensional constraints and specific load cases in order to define the optimal powertrain solution.
Next, we select the most suitable motor and inverter, taking into account performance and application requirements. The battery is then dimensioned to ensure ideal autonomy and energy management.
Once the key elements of the powertrain are defined, we move on to the mechanical design phase, where we precisely integrate the hardware systems. This is followed by the development of the electrical harness, ensuring perfect interconnection between all components and guaranteeing the reliability and safety of the system.
After the engineering phase, we produce a prototype kit, which is tested and validated on the bench to ensure the product’s reliability and compliance.
Once validated, we proceed with the installation on the vehicle, providing a detailed manual to facilitate integration.
Finally, we carry out tuning and system optimization with real condition tests to maximize performance and ensure the final product’s efficiency.
After the engineering phase, we produce a prototype kit, which is tested and validated on the bench to ensure the product’s reliability and compliance.
Once validated, we proceed with the installation on the vehicle, providing a detailed manual to facilitate integration.
Finally, we carry out tuning and system optimization with real condition tests to maximize performance and ensure the final product’s efficiency.
Is your vehicle set to be homologated in the L category, and do you need support throughout the process?
Our expertise can help you achieve your goal more efficiently.
Is your project more powerful?
Spark Racing Technology can support you on your high voltage project.
Scope: 400-800V nominal / Power > 50kW
