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Working Supercharged Modular Engine

In this project, using the example of a stock motor, models of an engine with a compressor and simply supercharged are collected (the latter does not work because it stands still - there is no air flow).

Connection diagram on the example of a 2-cylinder small engine.

Everything you need to know about connecting: 1 manifold for air, 1 for fuel, increasing the number of manifolds does not affect the result.

The fuel manifold passes exactly as much fuel as there is air for its combustion and is limited by the capacity of the air manifold. At the same time, I repeat-increasing the air manifolds does not increase the incoming amount of air in the current version of the game

A non-turbocharged engine (without a compressor or supercharging) can pass a maximum of 0.52 units of fuel at an air consumption of 1 (the values on the manifolds, perhaps this is just a "flap" for the intake opening?). With a 0.94 compressor (I got it on some engine models) of fuel at.... 1 air (actually consumes more air, but does not display the amount of air). The real amount of fuel-air can only be found in the cylinder (as well as the AFR).

A turbocharged engine produces more power, because it burns more fuel per unit of time.

This project uses a controller that is very easy to configure.

Connect the cylinder - purple, connect the motor power button or key, connect the RPS and manifolds, the gas handle from 0-1, where 0 is the minimum specified idle speed in the controller, and 1 is the maximum.
The controller outputs the motor to the specified speed in proportion to the throttle handle.

This is my modification of the ZE Modular Engine Controller (it did not work with turbocharging)
https://steamhost.cn/steamcommunity_com/sharedfiles/filedetails/?id=2416132817


The greatest efficiency is achieved with stoichiometry Stoich = 0.2 (in the real world = 0), experiment, suddenly my result is not accurate?

A wheel with a brake is provided for testing - make your own conclusions.

And that's probably all.

If you have any questions, ask them.

P.S. These examples do not consider cooling options - a stock engine circuit is used.