What actually goes wrong with the batteries????
Battery packs exposed
Keeping Warm In New England
Plugging into the SUN
All weather dish movers
Burgers are better
California or bust! Solar modified mobility scooter
Canning pot
canning season is here again
Cooking some hotdogs
Designing a simpler and lower cost solar tracking amplifier
multytracker 1
keeping the head cool
More improvements to the dish
Multy purpose tracker 1
New tracking amplifier
No more throw away batteries please
Old Rear projection TV lens makes solar furnace
Second test
solar cell adhesion test #1
Solar cells on my Insight ????
Solar cooker gets some wheels
Solar cookout in 20 degree weather
Solar powered wood burner X-Y stage
Solar powered wood burner focus and lens assembly
Solar teaching toys
Solar tracking with no electronics" Solar Puppet"
The 7 foot circle of sunlight moves to rear deck.
The sun is dropping 1KW/SQ meter
Tracking the sun Big Time
Vertical and horizontal trackers installed, drive wheel controls
Wood burning art ?
Making a small solar concentrator
Building MIMA and the plug in adapters
Converting a telephone truck to electric
DIY dual pulse Capacitor Discharge Spotwelder
Replacing gasoline with solar electric lawn equipment
Tapping into the Wind
Expanding MIMA with the Distribution board ( users projects )
How to stop the aging process DIY
What is Genesis One?
MIMA Install Day 2005 a Big Success!
Building a hybrid car grid charger

Solar cells on my Insight ????

Solar cells on my Insight ????
213 cells or 17.75 Watts on hood

Ok here it is, the moment of decision that we all must face when trying to make progress.Do I ever expect this car to be brought back to stock condition again? Naaaa!

The 250 V (open circuit)panel that I built outputs 85ma of current at 180V with 56 of the mini solar panels.
The next step along the path is the integration of solar cells into the body of the Insight. The only way to put glass cells on a car body is to shock mount them so they can take some flex, and make damn sure that they will not blow off.The small 2.4" size of the mini panels allows them to somewhat follow the contour of the hood and roof.
The hood will hold 213 cells and output 17.75 watts.
The IMA pack can handle 250ma without damage. 56 cells will yield a solid 85ma at 180VDC.
3 parallel strings will yield 255ma so the hood alone
can take care of trickle charging the IMA battery.
The roof test will need to wait for a warmer day.
Aerodynamic pressures when traveling at 100 MPH can be very strong, and the cells had better not fly off.
Some interesting problems to solve, hopefully in a way that will not involve damage to the car????
Suggestions?


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