Contents
- 1 Can you put a turbo on a motorcycle?
- 2 Do electric turbochargers work?
- 3 How much power does a turbo add to a motorcycle?
- 4 Why do electric turbos not work?
- 5 How much horsepower do Turbos add?
- 6 How much does a single turbo cost?
- 7 How much horsepower does a motorcycle Turbo need?
- 8 Can a 12V supercharger be used on a motorcycle?
- 9 How are turbos used to power a car?
Can you put a turbo on a motorcycle?
The short answer is: yes, you can put turbo on a motorcycle. A turbocharger is a forced induction device. Basically, forced induction forces air into the engine, resulting in increased efficiency and power. In the case of turbo, exhaust energy is recovered and passed through a turbine.
Do electric turbochargers work?
So yes, much of the negativity around electric turbos is justified, but the good news is they do work, they can make “real” boost, and we may be about to enter an era where electric turbos find their way into the aftermarket as a legitimate power maker.
How much power does a turbo add to a motorcycle?
Turbochargers Increase HP. Hanging a turbo on a small engine allows a little engine to breathe big. With only 6 to 8 pounds of boost pressure, a turbo can increase power output 15 to 25 percent or more over a naturally aspirated engine. Hanging a turbo on a small engine allows a little engine to breathe big.
What does an electronic turbo do?
Like F1, the e-turbo spins up the turbine shaft to supply instant boost, while also acting as a generator to convert heat energy into electricity and charge a storage battery. The battery can then power another electric motor connected to the final drive to add torque and power to the vehicle.
Does turbo save fuel?
A turbocharger typically helps a car get better gas mileage because a smaller engine can be used to get the same amount of performance. Expect a turbocharged engine to be about 8% -10% more fuel efficient that the same engine that is not turbo equipped.
Why do electric turbos not work?
An electric turbo doesn’t work like that. It’s going to consume additional energy from the engine, because you need to burn additional fuel to provide additional electricity from the alternator to charge the battery, to drive the turbo. So: No efficiency benefit from a turbocharger driven in this way.
How much horsepower do Turbos add?
A turbocharger works with the exhaust system and can potentially give you gains of 70-150 horsepower. A supercharger is connected directly to the engine intake and could provide an extra 50-100 horsepower.
How much does a single turbo cost?
Single turbo kits are the most popular set up for a few simple reasons. The first reason is cost. Turbos are very expensive; for a good turbo you could pay about $1500-$2500 or more.
Can you turbo charge an electric motor?
Because the electric motor is built into the turbo, at higher RPMs when the exhaust gasses are flowing enough to turn the turbo by itself, the electric motor can use that energy to regenerate electric power for the batteries.
Can you drive a motorcycle with a turbo off?
When driving a turbo/supercharger off the engine, this is fine as your loss for providing boost is made up for by your power increase. However, as you can see from that line of thinking, you need to be able to provide a serious amount more electrical power than the bike is actually capable of to drive an electric forced induction system.
How much horsepower does a motorcycle Turbo need?
If you have an electrically-driven supercharger, the several horsepower (think of it in terms of kilowatts from here on) required per psi of boost needs to come from your electrical system. We’ll estimate 3 kW (roughly 4 hp) per psi of boost.
Can a 12V supercharger be used on a motorcycle?
12 volts is a universal solution for all vehicles, including ATVs, motorcycles, performance street cars, diesel pick-up trucks, commercial work trucks, and even Class 8 Heavy-Duty trucks. The Duryea 12V Electric Supercharger is scalable with modular electronics; you can install more as needed.
How are turbos used to power a car?
Turbos power their compressors using small turbines that harness the speed of exhaust gases. Both these methods are very effective, but complex and expensive, and both tend to produce their best results at higher RPMs. If you look at the car world, turbos are where it’s at right now.