We often come across news of EVs catching fire or batteries overheating and exploding. To address this, our Electric Vehicle Safety project focuses on protecting the motor and battery from short circuits using relays in electric vehicles.
The world relies heavily on crude oil, such as petrol and diesel, for vehicle energy. However, these fossil fuels are limited and not sustainable for the long term. That’s why there is growing interest in finding solutions through electrical power.
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Electric vehicles (EVs) are gaining popularity as an alternative to traditional fuel-powered cars. However, EVs face challenges with various components, including motor malfunctions, battery overheating, power losses, and coil heating.
Also Read: Fast Charging Batteries for EVs
Electric Vehicle Safety System
Accidental short circuits can occur when the terminals of batteries or power supplies connect improperly. This can cause them to become hot, degrade, and even produce sparks.
Short circuit protection plays a vital role in preventing excessive current flow. It detects overcurrent situations and instantly interrupts the circuit to prevent damage or hazards.
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Sir, How the 6F22 9V battery generates 12V in Fig.1?
What is the resistance value?