Formula E and MotoE wouldn't exist without printed circuit boards (PCBs).

Why?

• Motor and Battery Control: PCBs are used to control the electric motor and batteries of vehicles. They must handle high currents and voltages and operate in extreme conditions of temperature and vibration.
• Safety Systems: PCBs are used in safety systems that protect drivers and spectators in case of an accident. They must function reliably and safely in case of failure.
• Data Acquisition Systems: PCBs are used to gather data on the performance of vehicles and drivers. This data is used to improve vehicle performance and develop new technologies.
• Communication Systems: PCBs are used to communicate with drivers, teams, and spectators. These systems include radios, telemetry, and messaging systems.

Printed circuit boards used in Formula E and Moto E must meet rigorous standards of reliability and performance. They must be able to operate in extreme conditions and be resistant to a variety of threats.

The PCB industry is developing various technologies to make PCBs more reliable and resilient for use in Formula E and Moto E:

• Advanced Materials: New materials like graphene and silicon carbide can improve radiation resistance, thermal conductivity, and heat dissipation in PCBs, making them more reliable in extreme environments.
• Advanced Production Processes: The PCB industry is investing in advanced production technologies that enhance the precision and reliability of PCBs, minimizing the risk of failures.
• Miniaturization: PCBs for applications in Formula E and Moto E are becoming increasingly smaller and lighter, thanks to new production and packaging technologies.

The use of PCBs in Formula E and Moto E is crucial for the success of these series. The PCB industry will continue to develop new technologies to improve the reliability, performance, and miniaturization of PCBs for future generations of competitive electric vehicles.

Here are some examples of how printed circuit boards are used in Formula E and Moto E:

• In Formula E, PCBs are used to control the regenerative braking energy recovery system.
• In Moto E, PCBs are used to monitor the temperature of the batteries.
• In both series, PCBs are used to communicate with drivers and provide them with real-time information on the performance of their vehicles.

The PCB industry will continue to play a key role in developing new technologies for the Formula E and Moto E series. Printed circuit boards will be used in new applications, such as the development of more powerful batteries and more efficient motor control systems.