Automotive Homemade Diesel-Electric Hybrid

  • Thread starter Thread starter DrewGerhan
  • Start date Start date
  • Tags Tags
    Homemade
AI Thread Summary
The discussion revolves around converting a mid-90s Ford Ranger into a diesel-electric hybrid by replacing the original engine with a small diesel engine and coupling it to an electric generator. Participants explore the feasibility of this design, particularly focusing on the number of batteries required, which could range from 1.5 to 8 kWh based on various factors. Battery chemistry options are debated, with standard deep cycle batteries suggested for cost-effectiveness, though longevity is a concern. The conversation also highlights the potential need for a powerful generator and motor, emphasizing that costs could become prohibitive for a DIY project. Overall, the feasibility of this hybrid design raises questions about battery requirements, motor selection, and overall expenses.
DrewGerhan
Messages
7
Reaction score
0
First, I'm not looking for an exact number here or anything like that. More just bouncing ideas around and talking out loud.

Say you have a mid 90s Ford Ranger with a manual transmission. You remove the original motor and get some type of small diesel engine (Kubota, VW, Mercedes, 4BT Cummins) and install it coupled with a suitable electric generator. Depending on size, the motor/generator combo could be mounted behind the cab in a custom made enclosure. The electric motor would be coupled to the manual transmission and a suitable flywheel and clutch system. Diesel engine fueling would depend on electrical load and the electric motor rpm would be controlled by a suitable controller.

My only question is, roughly how many batteries would be needed in a system like this? Would it need a lot or just a few? The plan would be to have the diesel engine running 100% of the time the truck is moving.

Like I said, there are a lot of different factors here and I'm not looking for an exact answer. Just trying to see if it is a feasible design.
 
Engineering news on Phys.org
I would say anywhere from 1.5-8kWh depending on many factors. What type of chemistry would you prefer and how long do you want them to live?
 
As far as chemistry goes, I'm really open to anything. I feel a standard deep cycle would be cheapest/easiest but not necessarily the best choice.

As far as life cycle, obviously long is better. What is the useful life of some options?
 
I don't think you would even need a clutch/transmission any more if you found a suitable electric motor, you would just couple it directly to the driveshaft and use an electric vehicle motor controller. What kind of motor are you proposing using? How much power?

I'm thinking the motor and generator would be a real problem based on cost. Say you have a 100 hp (75 kW) diesel engine, that means you also need a 100 hp generator (alternator?) and 100 hp motor. The cost of these items would be prohibitive for a "home-brew" diesel-electric vehicle.
 
I need some assistance with calculating hp requirements for moving a load. - The 4000lb load is resting on ball bearing rails so friction is effectively zero and will be covered by my added power contingencies. Load: 4000lbs Distance to travel: 10 meters. Time to Travel: 7.5 seconds Need to accelerate the load from a stop to a nominal speed then decelerate coming to a stop. My power delivery method will be a gearmotor driving a gear rack. - I suspect the pinion gear to be about 3-4in in...
How did you find PF?: Via Google search Hi, I have a vessel I 3D printed to investigate single bubble rise. The vessel has a 4 mm gap separated by acrylic panels. This is essentially my viewing chamber where I can record the bubble motion. The vessel is open to atmosphere. The bubble generation mechanism is composed of a syringe pump and glass capillary tube (Internal Diameter of 0.45 mm). I connect a 1/4” air line hose from the syringe to the capillary The bubble is formed at the tip...
Thread 'Calculate minimum RPM to self-balance a CMG on two legs'
Here is a photo of a rough drawing of my apparatus that I have built many times and works. I would like to have a formula to give me the RPM necessary for the gyroscope to balance itself on the two legs (screws). I asked Claude to give me a formula and it gave me the following: Let me calculate the required RPM foreffective stabilization. I'll use the principles of gyroscopicprecession and the moment of inertia. First, let's calculate the keyparameters: 1. Moment of inertia of...

Similar threads

Replies
6
Views
2K
Replies
10
Views
3K
Replies
15
Views
10K
Replies
35
Views
4K
Replies
7
Views
2K
Replies
11
Views
6K
Replies
2
Views
4K
Back
Top