Hey Guys,
I'm participating in the 2018 SEM, and I'm trying to do some research, but i'm having some difficulties. I'm trying to learn how to calculate electric energy consumed for 2 revolutions of the engine, so I can make a plot of all components.
Can you teach me, or help me find some decent references to learn about them?
I'll be converting a small 4 stroke engine to EFI, so I assume I'll need to add a stater as well. I'm trying to learn how to find how much power is consumed by the ECU, MAP, Injectors, Spark Plugs, Starter, O2 sensor, TPS, and basically any other component that absorbs battery power.
And this is for an engine similar to the B&S Junior 206 or Honda GX35. In the competition we will turning the engine off, coasting, then turning it back on. The battery will be required to do this numerous times, but I need to be able to justify the batter, I am struggling!
Any help is greatly appreciated!
I'm participating in the 2018 SEM, and I'm trying to do some research, but i'm having some difficulties. I'm trying to learn how to calculate electric energy consumed for 2 revolutions of the engine, so I can make a plot of all components.
Can you teach me, or help me find some decent references to learn about them?
I'll be converting a small 4 stroke engine to EFI, so I assume I'll need to add a stater as well. I'm trying to learn how to find how much power is consumed by the ECU, MAP, Injectors, Spark Plugs, Starter, O2 sensor, TPS, and basically any other component that absorbs battery power.
And this is for an engine similar to the B&S Junior 206 or Honda GX35. In the competition we will turning the engine off, coasting, then turning it back on. The battery will be required to do this numerous times, but I need to be able to justify the batter, I am struggling!
Any help is greatly appreciated!