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Hello everyone! I wanted to introduce my project. I am going to create a Hybrid Conversion using the transmission from a BMW 330e that can be mounted behind almost any ICE through the use of an adapter plate. I believe this will make EV conversion accessible and more attractive to a much wider demographic.
This transmission has an electric motor integrated to the ubiquitous 8hp transmission from ZF. The motor in this application is rated at 65kw but that is limited by the size of the battery pack. The same motor in the 530e is rated at 85kw thanks to one additional battery module.
I've chosen this unit for several reasons that I'd like to outline here:
1: Availability - This transmission is offered in multiple configurations and applications across several OEMs. RWD, AWD, and 4WD are all available and Mid-Engine may be available soon.
2: Cost - The bulk of any EV conversion expense is tied into the battery pack. A hybrid conversion would allow substantial cost savings as the battery size requirements are significantly lower.
3: Cool factor - Nobody has done a hybrid of this type that I'm aware of.
4: Flexibility - No more range anxiety! I am aware that current battery packs are allowing people to drive further and charging stations are getting faster but there are still limits.
5: Packaging - Because the motor is integrated with the transmission this unit can be installed into almost any application, similar to the popular GS450h swap.
6: Future use - The next generation of this gearbox (due in 2022 or 2023) will have all power electronics integrated.
This transmission can also be used as a pure EV swap with the appropriate battery pack.
At this point I have the transmission, a 3rd generation Prius inverter, the Zombieverter from evbmw.com, and the GCU from HTG Tuning. My goal is to run the hybrid on the bench and then work backwards to create a single controller and inverter package for this transmission. This "should" be able to plug in to any 8hp dedicated hybrid transmission regardless of OEM which would further simplify the build.
I look forward to sharing my progress with you all!
This transmission has an electric motor integrated to the ubiquitous 8hp transmission from ZF. The motor in this application is rated at 65kw but that is limited by the size of the battery pack. The same motor in the 530e is rated at 85kw thanks to one additional battery module.
I've chosen this unit for several reasons that I'd like to outline here:
1: Availability - This transmission is offered in multiple configurations and applications across several OEMs. RWD, AWD, and 4WD are all available and Mid-Engine may be available soon.
2: Cost - The bulk of any EV conversion expense is tied into the battery pack. A hybrid conversion would allow substantial cost savings as the battery size requirements are significantly lower.
3: Cool factor - Nobody has done a hybrid of this type that I'm aware of.
4: Flexibility - No more range anxiety! I am aware that current battery packs are allowing people to drive further and charging stations are getting faster but there are still limits.
5: Packaging - Because the motor is integrated with the transmission this unit can be installed into almost any application, similar to the popular GS450h swap.
6: Future use - The next generation of this gearbox (due in 2022 or 2023) will have all power electronics integrated.
This transmission can also be used as a pure EV swap with the appropriate battery pack.
At this point I have the transmission, a 3rd generation Prius inverter, the Zombieverter from evbmw.com, and the GCU from HTG Tuning. My goal is to run the hybrid on the bench and then work backwards to create a single controller and inverter package for this transmission. This "should" be able to plug in to any 8hp dedicated hybrid transmission regardless of OEM which would further simplify the build.
I look forward to sharing my progress with you all!