Something with some efficiency and speed. A gasoline engine will only ever reach a specific efficiency, same with a diesel. if you’re lucky, you can get 30%. A turbine practically doubles that, and turbines have gotten to the point where they are scaling well. So a small- say, fifty horsepower- turbine, operating at a constant efficient RPM, and doing NOTHING but generating power to charge the batteries, and then running the car on batteries alone, THAT would get my attention. The efficiency would be good, you wouldn’t even have to try to couple the engine to the wheels, (Which is inefficient and wasteful) and you might even be able to use it to power your home, or remote cabin.
I like the idea of the turbine.You know how I feel about efficiency…But why accept the losses of generator/motor over the significantly smaller loss due to friction in a gearbox/clutch/transmission?
Or am I missing something?
Maybe explain to me via email? I don’t wanna hijack your comments.
Very interesting idea — been thinking about the Stirling cycle for much the same reason (retired neighbor is a former NASA engineer, who tells stories of a Stirling-powered Dodge P/U they had at Glenn Research).
That was the only good scene in that movie. And it was only good because FLAMETHROWER.
lol. yep.
Love that scene!
However, it is likely that the fire(s) were caused by the homebuilt electric/battery powered Suzuki Samuri rather than the Volt.
Not that I would own one.
First fire was proven to be caused by the volt, second fire was just the volt.
Latest reports say otherwise:
http://www.upi.com/Top_News/US/2011/04/19/GM-Chevy-Volt-did-not-cause-garage-fire/UPI-61741303249138/
Who knows, really? Could be a coverup, or it could be an attempt to damage the already weak Volt sales…
As I’ll never own one, it’ll take something else to cause my home to burn.
The reports do conflict, but either way, I don’t care. I wouldn’t put one in my garage.
If anyone ever made a REAL hybrid, I’d think about it.
what do you mean, real?
Something with some efficiency and speed. A gasoline engine will only ever reach a specific efficiency, same with a diesel. if you’re lucky, you can get 30%. A turbine practically doubles that, and turbines have gotten to the point where they are scaling well. So a small- say, fifty horsepower- turbine, operating at a constant efficient RPM, and doing NOTHING but generating power to charge the batteries, and then running the car on batteries alone, THAT would get my attention. The efficiency would be good, you wouldn’t even have to try to couple the engine to the wheels, (Which is inefficient and wasteful) and you might even be able to use it to power your home, or remote cabin.
I like the idea of the turbine.You know how I feel about efficiency…But why accept the losses of generator/motor over the significantly smaller loss due to friction in a gearbox/clutch/transmission?
Or am I missing something?
Maybe explain to me via email? I don’t wanna hijack your comments.
Very interesting idea — been thinking about the Stirling cycle for much the same reason (retired neighbor is a former NASA engineer, who tells stories of a Stirling-powered Dodge P/U they had at Glenn Research).