Changing one's habits to go green presupposes a change in values. The attitude problem is the hard part. Change the attitude of government and big business and national habits can change more easily. (And sometimes, being OC is a gift. Some people want, nay, have to know the issues to the last detail. And others are just passionate about cars and propulsion technologies.)
But I still have serious doubts if getting splashed, sweating, getting wet, and breathing fumes while commuting are habits that people will ever get used to. Auto design is not just about propulsion.
It's primarily about PEOPLE who want safe and comfortable means of getting from Point-A to Point-B.
But since this technology is relatively new to many, it merits a closer look -- even just for the sake of completeness. So, here's a short overview.
Those who want to learn a bit more about HOW ELECTRIC VEHICLES WORK, can visit the ff pages from HOWSTUFFWORKS.COM.
* Introduction to How Electric Cars Work
* An Electric Car Example
* Doing a Conversion
* Inside an Electric Car
* Charging an Electric Car
* The Magna-Charge System
* Battery Problems
* Electric Car Video
The acknowledged leader in cutting edge e-car research & development is Tesla Motors.
Those who want to know HOW SOLAR CELLS WORK, visit
* Solving Solar-Power Issues
* Solar Car Video
To run a vehicle purely on solar power using photovoltaic (PV) cells is not really that feasible at the moment. It still has to pair up with some other energy source. Hence, you have hybrid vehicles. What "PHEV" originally means is "Plug-in hybrid electric vehicle" (not "Philippine Electric Vehicle", but that's alright). The e-Jeepney is essentially a PHEV. I guess that's one of the reasons why LTO is balking on e-Jeepney's registration process. Among other things, they're having difficulty categorizing it. You can also imagine how the oil companies don't like the idea of becoming irrelevant.
At the moment, hybrid-electric vehicles (HEV) pair up internal combustion engines and electric motors, generally powered by electric batteries or other rechargeable energy storage system or "RESS".
If you want to do away with combustion, you have to connect to a power supply grid. Vehicle to Grid (V2G) technology is a bi-directional grid interface for gridable Electric vehicles such as Battery Electric Vehicles (BEV) and Plug-in hybrid electric vehicles (PHEV). It's a version of Battery-to-grid, but applied to vehicles.



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. When I was a little boy I watched Spongebob Squarepants.
