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The EVMaine Electric Car Project - Page 4 of 5


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Preliminary Parts List and Suppliers

Part

Have

Description

Where to Get it

Frame materials

Y

1.5, 1 and 3/4 inch square steel tubing

Local steel supplier

Electric Motor

 

Advanced DC motor

NH dealer

Batteries

Y

Six Marine deep cycle 125 a/h

Wal-Mart

Battery Boxes

 

Part of frame

Make, plastic better

Motor Controller

 

Motor compatible, Programmable

NH dealer

Contactors

 

Ignition/kill switch/forward and reverse

EV America

Front End

Y

26 inch whls, hyd disk brakes

Used motorcycle parts warehouse

 

 

 

 

Rear Wheel

Y

Used 1,000 cc Kawasaki motorcycle

Junked motorcycle

Turn Signals

 

New, LED

Internet

LED Taillights

 

tail, dir, stop, lic plate

VIP / AutoZone

Seat

Y

‘99 Dodge Caravan passenger

Local junkyard

Headlight

 

Sealed beam, 55 watts, high/low beams

Internet

Fenders

 

2 front, 1 in back, plastic

Internet

Sprockets and chain

 

#630, new  total 6:1 ratio

Martin Sprocket and Gears?

Outer body material

 

Fiberglass or ?????

Home Depot

Paint

 

 

Rustoleum

Nuts, Bolts, Wires, switches

 

Misc

Home Depot

Solar stuff

 

Mitsubishi panel/controller/programmer

Internet

Backup light?

 

 

VIP or AutoZone

 

 

 

 


Something new and handy- An LED lights calculator

http://led.linear1.org/1led.wiz


These solar panels will be the ‘gas station’ in my back yard

Here’s the second PV array ready to go up

    Here’s another view of the second panel on my 2x6 ramp. The array weighs about 130 pounds. The extended and pivoting pole top will allow flexibility in coordinating the same plane orientation of the two arrays.

    Here are both arrays up on their eight foot poles. The wiring is not finished in this photo. Yes, I needed help to get them up there without dropping them. Each of the six panels produces 110 watts for a total of 660 watts. This system could theoretically produce up to about 2.5 kilowatts per sunny day in Maine, if they followed the sun (they don’t). Expect less production in the real world. Heavy tempered glass Mitsubishi panels.

    Here is the ‘combiner box’ on a pole, then the wires go into the basement to the charge controller and batteries through PVC pipe. Ground wires to the panels have been added since this photo was taken. This back yard ‘gas station’ will provide enough power to recharge my electric car batteries, but realistically it will take two or three sunny days to charge them.

    This system outputs 12 volts DC for my home. I will add a switching arrangement and a separate plug to output 72 volts DC for charging the electric car batteries. In addition I will hook up my 110 volt AC inverter as soon as I can get around to it.
    This system includes an Outback MX60 MPPT charge controller, and six 265 amp hour batteries. I left room in the bottom of the battery box for two more batteries, but I don’t think I’ll ever need them.

    Do not copy my system, consult a qualified electrician for your own installation. I take no responsibility for anyone else’s setup.


Back to Building the Electric Car

    NOT MINE! This is the frame and running gear of Art Haines’ latest prototype of his Sunn electric car. My car’s front end is from Art, so it is the same except mine is now five inches wider, and my car has three wheels.


    A new and important thought.     A sustainable car body material.

    I have been thinking about making a fiberglass body for this car, but that is fossil fuel derived, plus fiberglass outgasses toxic gases for years. I’d be better off finding a more sustainable, and less toxic material, or recycle some already existing material. What was that East German Trabant car body made of? Cardboard or something like that?

    Criteria: The material must be reasonably lightweight, malleable and reasonably inexpensive, at least no more expensive than fiberglass, at the most.

    How about:

    Recycled cardboard?

    Bamboo panels?

    Thin aluminum panels?

    Fabric over aluminum bows?

    Scrap wood or laminated wood strips?

    Bubble wrap?

    Recycled plastic material of some sort?

    Heavy plastic flexible sheeting material stiffened with something

    Recycled something else?

    A new material that is on the market that I am not aware of?

     


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