Owner | Xavier McElwee |
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Location | Denver, Colorado United States map |
Vehicle | 1987 Subaru GL Hatchback Bought the car a little over a year ago, since then it's gone through 2 ICEs, so I've decided to convert it |
Motor | Nissan EM57 Motor 3-Phase AC Pulled from a wrecked Nissan leaf |
Drivetrain | Part time front/ 4 wheel drive 4-speed manual. |
Controller | Nissan Leaf Stock Inverter Pulled from wrecked Leaf along with motor, accessories, and traction pack |
Batteries | 24 Nissan leaf battery modules, 7.60 Volt, Lithium-Ion Planned to be stored under seats and in former gas tank area |
System Voltage | 360 Volts |
Charger | Elcon HK-J-H440-10 Finally something not pulled from a Leaf, this 3.3kW charger is directed similarly to the stock charger but should be a little more flexible. |
Heater | None at thet moment, planning on getting a ceramic heater as well as AC working as soon as the car is rolling. Current solution until then is a heated blanket running off the cigarette lighter |
DC/DC Converter | Elcon TDC-IY-320-12 360v-12v converter, around 1.2kW peak power. Given that 90a alternators are a popular swap in these cars that should be enough for my uses |
Instrumentation | Stock mechanical Speedo, Tach, and Voltmeter for monitoring 12v system. SoC monitoring from aftermarket gas gauge conversion kit |
Top Speed | Given that the Nissan Leaf has a top speed of around 92mph and my car weighs about a quarter ton less, we should expect a top speed in the range of 100mph/160kph |
Acceleration | Given the car's previous leisurely 0-60 time of around 8-10 business days, anything is improvement, but taking into consideration the fact that depending on which Leaf model I pull from I could have either an 80kW or 160kW motor I could have a car that's either got respectable acceleration or something in the range of a mid-90s WRX |
Range | 75 Miles (120 Kilometers) Depending on the model of Leaf I pull the traction pack from. Honestly even a 24kWh pack would work well enough for my daily commute plus a little bit of extra leeway in case I need it for joyriding or longer trips |
Seating Capacity | 5, if you don't kind getting a bit personal in the back seat |
Curb Weight | 2,700 Pounds (1,227 Kilograms) Rough estimate, given the Subaru FSM values for the weight of the car and ICE System as well as the weight of the Leaf motor and traction pack, as well as estimates of the weight of accessories, etc. |
Tires | 13" stock tires |
Conversion Time | Unknown right now, though I expect completion probably before next summer if I were to guess |
Conversion Cost | $1700 for the car originally, about $1k in work done to it before the conversion, just over $3,000 for conversion parts and $2500 for a wrecked Leaf, leading to just shy of $7,500 USD for the whole car |
Additional Features | Dual range part-time 4 wheel drive courtesy of the original transmission |
I haven't yet completed the conversion of the car, but as it stands here are the prospective specs. My main goal is to convert the car at as low a price as possible while keeping it usable and without getting used parts, giving me a budget of around $6k USD for everything. I promised myself I'd stick to 3 base goals for the project: 1) keep the 4wd, it wouldn't feel right without it and in that small a car it's basically a requirement during winter where I live. 2) keep everything the car had before with the ICE, not too difficult given that the car has no AC, power steering, or fancy fixings. 3) Keep It Simple, Stupid, sticking to that old adage, my plans for the car are intended to be achievable for a couple of highschoolers with some power tools and time to burn. |