Gregs24
Well-Known Member
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- Aug 31, 2018
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- Wiltshire UK & Charente FR
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- Greg
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- Mustang V8 GT, Ford Kuga PHEV
This was explained to him over a year ago - you will be waiting a long time (eternity) for an answerOk, so let’s re-rack the discussion…
There are two types of zero emissions vehicles. The way they operate is to use electric motors to turn the wheels. The difference between the two is where the energy to power the motors originates.
For Battery Electric Vehicles (BEV), the energy comes from a battery. The energy stored in the battery comes from the electricity grid (your house, an EV Charging station). When the motor runs in reverse (deceleration events) it is a generator that puts energy back into the battery.
For Fuel Cell Electric Vehicles (FCEV), the energy comes from a battery. The energy stored in the battery comes from chemical reactions in an on-board fuel stack that is fueled by hydrogen. When the motor runs in reverse (deceleration events) it is a generator that puts energy back into the battery.
There is a 3rd category that is considered Partial Zero Emission Vehicles (P-ZEV). Plug-in Hybrid Electric Vehicles (PHEV). For PHEVs, the energy comes primarily from the battery. In some instances the vehicle is not powered by electric motors, but directly from an ICE. The battery gets its energy from a combination of the grid from plugging it in, regeneration from running the motor in reverse as a generator, and the ICE. Some of the ICE ban states make provision for PHEVs which can run an extended amount of time with the ICE turned off.
So, between the plug that is used in the BEV and PHEV, and the fuel stack that is used in the FCEV, which device are you suggesting replacing and what would you replace it with? Keep in mind that like it or not, zero emissions is the goal. How do you get there?
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