Shat GPT.here is what ChatGPT says on electric turbos:
Electric turbos are generally considered more efficient than traditional gas-driven turbos for several reasons:
However, electric turbos require a robust electrical system (often 48V or more), which is more commonly available in modern hybrid and fully electric vehicles but not in traditional gasoline-only cars.
- Immediate Response: Electric turbos, powered by an electric motor rather than exhaust gases, can spool up almost instantly, eliminating turbo lag and providing faster power delivery. This responsiveness can improve overall efficiency since the engine doesn’t need to wait for optimal boost.
- Independent Operation: Electric turbos can function independently of engine speed, meaning they can provide boost even at low RPMs, improving efficiency in a wider range of driving conditions. Traditional turbos need high exhaust gas flow, which typically only occurs at higher RPMs, limiting their efficiency at lower speeds.
- Lower Emissions: Electric turbos help reduce the load on the engine, which can improve fuel economy and lower emissions. They can also run in conjunction with hybrid systems to recover and store energy, further enhancing efficiency.
- Better Control: Electric turbos allow more precise control over the amount of boost, which helps the engine operate more efficiently by matching boost to demand rather than overboosting or underboosting.
- Cooling: Gas-driven turbos rely on exhaust gases, which generate significant heat. Electric turbos run cooler, reducing the need for extensive cooling systems and making them more efficient.
Away an' bile yer heid.