Owner | Morten Busklein | ||||
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Owner's Other EVs | 1970 General Electric Elec-Trak E-15 1992 Chevrolet Blazer | ||||
Location | Frosta, Nord-Trondelag Norway map | ||||
Web/Email | WebPage | ||||
Vehicle | 1996 Volkswagen Golf CitiStromer | ||||
Motor | Siemens 27kw (I think), 3-Phase AC | ||||
Drivetrain | Electric motor mated to 5 speed manual transmission | ||||
Controller | Siemens Simovert long inverter | ||||
Batteries | 16 Thunder Sky 80ah 12v blocks in parallel/series., 12.00 Volt, Lithium-Ion Just converted the car from the original 16x6v sealed lead batteries to LiFeYPo4 on Jan 1, 2010. So far, I am very pleased with the performance. Far superior to lead, and much lighter (400kg/800lbs lighter). Higher voltage helps as well. June, 2010, a second set of batteries added to extend range. It is now an ev with very impressive performance/range. | ||||
System Voltage | 105 Volts | ||||
Charger | Siemens Original charger works with the new lithium batteries. The charger charges at a 3kw rate. This means I recoup 8km of driving per 1 hour of charge. | ||||
Heater | Eberspacher diesel powered heater | ||||
DC/DC Converter | Siemens Built into the Simovert inverter | ||||
Instrumentation | limited...just kph and rpm, no economy gage. | ||||
Top Speed | 70 MPH (112 KPH) 70 mph/110kph on flat ground | ||||
Acceleration | Good now with lithium batteries | ||||
Range | 65 Miles (104 Kilometers) Expected summertime range max 140km. However, I will try to keep the batteries above 70% dod to prolong life. This means driving 100km max between charges. Due to the many hills I have to climb, my range is limited. On flat ground at 60kph, I could probably drive over 150km. | ||||
Watt Hours/Mile | the car uses between approx 250watts/km. Slightly higher in winter. | ||||
EV Miles |
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Seating Capacity | 5 | ||||
Additional Features | Siemens Simovert controller for dc-dc inverting, dc-ac power for the motor, + more. This is the single most expensive part on the car. | ||||
With the lithium batteries, the car is more like a gasoline powered car. Similar acceleration. I have not driven in warmer temperatures with the new batteries. I have observed some issues with the batteries in winter; the batteries start off a little weak, but improve with driving. I believe the internal resistance is reduced as they start warming up from use. Also, the voltage gets pretty low at first. If I lived in an area without hills, this would not be a problem, but my first 4km in any direction is uphill. The lithium batteries only took up 1/3 of the space that the lead batteries took up, so my plans are to add another 8 batteries, and possibly 8 more again later. They are expensive, so I can't do it all at once. With a second set of 8 batteries in the car, I will have a 100km range at 70%dod. That will be sufficient for me. I will probably not add a 3rd set to this car, but rather swap out the lead acid in the El-Blazer for lithium. Update. With the second set of batteries, the battery voltage doesn't seem to be affected much. I can have full power available without concern of exceeding the battery discharge limits. |