Useful.
Turbochargers can improve engine efficiency, but they need to be well matched with the engine and control system, otherwise not only the efficiency may not be improved, but the engine may be damaged.
This equipment successfully achieves fuel modification through the application of quantum technology, making the fuel more suitable for combustion, greatly improving the thermal conversion efficiency, and generating more heat per unit of fuel. More importantly, the power cannon uses fully active combustion of fuel to increase power and improve acceleration performance without changing the body of the car engine.
Extended information:
After forced supercharging, the temperature and pressure of the gasoline engine during compression and combustion will increase, and the tendency of knocking will increase. In addition, the exhaust temperature of gasoline engines is higher than that of diesel engines, and it is not suitable to increase the valve overlap angle (the time when the intake and exhaust valves are opened at the same time) to enhance the cooling of the exhaust. Lowering the compression ratio will cause insufficient combustion.
Also, the rotation speed of the gasoline engine is higher than that of the diesel engine, and the air flow changes greatly, which can easily cause the turbocharger to respond lag. In response to a series of problems that arise when gasoline engines use turbochargers, engineers have made targeted improvements one by one so that gasoline engines can also use exhaust gas turbochargers.
Baidu Encyclopedia-Turbocharger