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Tenpoundbass says

That generator is rated at powering that 5hp 3 phase electric motor at 1.3 hours per gallon.

Street legal efficient small electric vehicles already exist:


https://www.clubcar.com/en-us/commercial/street-legal-vehicles/club-car-urban

They have the efficiency of direct drive yet still require much more than 5 hp and top out around 25 mph.

"Compressed air" can store energy for short burst, but the air tank has to be refilled. Anyone running air tools understands this concept. You cannot leverage 5 hp into enough power to run a car at highway speeds through any transfer mechanism, no matter how exotic. Not unless you do something like run that 5 hp engine compressor for several hours to fill a tank that can run the car for a few minutes at highway speed before the pressure runs out.

richwicks says

You'll drive home, plug it in, drive to work, plug it in. The car is heated or cooled by the time you get into it to go to work. There is NO consideration about energy consumption involved.

SO let's look at the panel in your home. You may have a 150 to 200 amp service panel in your home. And then in that panel in a modern home. You have a double 50 amp breaker for the AC, then if you have one of them fancy new fangled tankless water heater, they need 3 60amp breakers, then your stove will have a double 30amp breaker, your kitchen has up to 5 20amp breakers, each appliance has to be on its own 20 amp circuit, and not including the GFI in the bathroom. Then the rest of your circuits up to another 12 15 amp breakers.

Now this is all code and will pass. But if you do the math and add up all of the amps on every breaker you have going there. You're way over your Service panel capacity. This is because you don't' run everything at once. That service coming in from the street, guess what? It's carrying current for a the 20 to 100 houses in your neighborhood, giving each one 150 to 200 amps each. But there's no way in hell it could ever support every house consuming even 50% of the potential power. That is why you get brownouts and blackouts, and your power company offers programs to incentivize you to use less power during peak hours.

I hope by now, you're smart enough to realize where I'm going with this.

Sure the few richer than the rest in the neighborhood, the early adopters, that got an electric car and had their charging station installed, they are all doing fine and dandy. But when everyone in the whole neighborhood, adopts electric cars and has their charging stations installed. Then at quitting time when every working person in that community gets home, at 5 to 6 pm and plugs their car into the chargers. Transformers will start blowing.

Condo buildings are already starting have problems. They allowed so many residents to install charging stations at their parking space. Now as more and more owners are starting to do the same. The incoming service is starting to melt and burning up the main building service mains.

DC power needs the power source close by, the bigger the wire needs to be, it gets to the point, you can't pull a fat enough wire to accommodate the needs for all of those charging stations. You need a power plant near by.

And yes I'm hyping unproven tech, but I'm not saying it's ready and provable. I'm saying I would rather hear about research in these areas rather than the proven nonstarter that electric vehicles are. I believe hydrogen powered cars are more viable as an option for the masses over EVs.

HeadSet says

"Compressed air" can store energy for short burst, but the air tank has to be refilled. Anyone running air tools understands this concept. You cannot leverage 5 hp into enough power to run a car at highway speeds through any transfer mechanism, no matter how exotic. Not unless you do something like run that 5 hp engine compressor for several hours to fill a tank that can run the car for a few minutes at highway speed before the pressure runs out.

The compressor would be to provide torque to get the vehicle going, then the 5hp motor with what ever gear ratio set up you have in a transfer case can take over to keep the car at speed. It may even accelerate fine once the car has enough inertia to allow the electric motor to do it's job.
Your AC runs on a DC 3 phase motor. It needs a start capacitor to get the compressor turning, once that happens, the motor churns the AC compressor just fine. But it wont budge the compressor at a cold start.

My thing is about killing the battery and need to charge them in EVs. Keep Gasoline or any other fuel, but use it to run efficient small engines, rather than huge powertrains.

Tenpoundbass says

The compressor would be to provide torque to get the vehicle going, then the 5hp motor with what ever gear ratio set up you have in a transfer case can take over to keep the car at speed. It may even accelerate fine once the car has enough inertia to allow the electric motor to do it's job.

I see. Not a bad idea. Porshe said that it only takes 15hp to keep a 911 cruising at 60 mph.

The electric motor I posted is capable of providing 1800 RPMs that's over 120mph.
The Air compressor gets the car going up to speed from a dead start. The motor can keep that speed constant. Then for highway acceleration you have an array of high powered Capacitors that fire in succession to provide acceleration once the wheels are moving. Though adding extra amperage to the motor to give it more power. Much like those AC start capacitors. As one discharges, the next one is already charged, and so on and on, by time it gets back to the first one it's fully charged again. Once up to speed the motor can handle keeping it going damn near 120mph only with that 5 hp motor.

Tenpoundbass says

I believe hydrogen powered cars are more viable as an option for the masses over EVs.

Hydrogen is produced through a process called steam reformation using super heated water and natural gas. It's super expensive, but cheaper than if you make it by breaking water into oxygen and hydrogen. Hydrogen isn't viable, at least yet.

Natural gas powered cars would be.

richwicks says

Natural gas powered cars would be.

I have seen natural gas conversions since the 1970s. In the 1990s. Ford gave a fleet of natural gas powered Crown Vics to an Atlanta cab company to test. Virginia Natural Gas has converted all their pickup trucks to run on natural gas.

HeadSet says

richwicks says

Natural gas powered cars would be.

I have seen natural gas conversions since the 1970s. In the 1990s. Ford gave a fleet of natural gas powered Crown Vics to an Atlanta cab company to test. Virginia Natural Gas has converted all their pickup trucks to run on natural gas.

I don't believe they have the range that a conventional gas powered vehicle does, but they are cheap to run, and as I understand it (which may be in gross error), conversion from gas to natural gas is not too difficult or expensive and the engine can run on both fuels. I think it's regulations and taxation that prevents it.

Should invest to improve Amazon worker productivity such as better tools to do their job. This robot looks like R&D waste.

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