Bruce has been around the EV world for a long time. He has sacrificed range for quick charging and that's a good strategy. Looking at his configuration below. The same would fit in a Chevy Sprint. However as a modification an 8 inch motor. 100 ah lithium pack. If you did this you would have a fairly long range ev. The 100 ah pack would cost twice what the 2200 pack would but in the Sprint you would get the same or maybe twice the useable range if you consider the weight savings in both the vehicle body and sheer lead weight. Also the lithium pack can be taken down futher without damage to the pack. So for maybe 12k you could have a lets say a 1994 Chevy Sprint/Ford Festiva/Toyota Starlet/Suburu Justy....etc that would keep up with John Waylands Blue Meanie, charge fairly quickly and beat out Bruces's Blazer in efficiency. However if you were involved in an accident you might not fair as well as the Blazer. Lawrence Rhodes....
a 2005 Chevrolet Blazer 2WD Xtreme with a 5 speed manual transmission
-a 156VDC PbSO4 wet cell pack using US2200's
-Motomaster 50W Battery Warmers for the PbSO4 wet cell batteries
-a 9" Advanced DC motor
-a Zilla Z1K-HV 1000 Amp motor controller. But a Zilla is not available, then a LogiSystems 120-156 Volt 1000 Amp motor controller
-a PFC-40 charger (for 6KW high power / public AVCON charging)
-six Soneil 2416SRF chargers: 115/230 VAC input, 24v 8a output, one Soneil 1212SR charger: 115/230 VAC input, 12v 5a output, and one Soneil 1205SR charger: 90-264 VAC input, 12V 3Amp, all of them across the 156VDC pack (for low power charging at home or work)
-four Low Rolling Resistance (LLR) tires: Michelin Energy Saver A/S, or Bridgestone Ecopia EP-02. Original Equipment Size 235/70-15.
-Link-10 e-meter with its own DC to DC isolator
-Iota 45 amp DC-DC Converter powered off the main pack to keep the auxiliary 12V (PbSO4 U1) battery charged while driving
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a 2005 Chevrolet Blazer 2WD Xtreme with a 5 speed manual transmission
-a 156VDC PbSO4 wet cell pack using US2200's
-Motomaster 50W Battery Warmers for the PbSO4 wet cell batteries
-a 9" Advanced DC motor
-a Zilla Z1K-HV 1000 Amp motor controller. But a Zilla is not available, then a LogiSystems 120-156 Volt 1000 Amp motor controller
-a PFC-40 charger (for 6KW high power / public AVCON charging)
-six Soneil 2416SRF chargers: 115/230 VAC input, 24v 8a output, one Soneil 1212SR charger: 115/230 VAC input, 12v 5a output, and one Soneil 1205SR charger: 90-264 VAC input, 12V 3Amp, all of them across the 156VDC pack (for low power charging at home or work)
-four Low Rolling Resistance (LLR) tires: Michelin Energy Saver A/S, or Bridgestone Ecopia EP-02. Original Equipment Size 235/70-15.
-Link-10 e-meter with its own DC to DC isolator
-Iota 45 amp DC-DC Converter powered off the main pack to keep the auxiliary 12V (PbSO4 U1) battery charged while driving
_______________________________________________
| REPLYING: address your message to [email protected] only.
| Multiple-address or CCed messages may be rejected.
| UNSUBSCRIBE: http://www.evdl.org/help/index.html#usub
| OTHER HELP: http://evdl.org/help/
| OPTIONS: http://lists.sjsu.edu/mailman/listinfo/ev