Design and development of solar cells in electric vehicle prototype
Abstract
Design and development of solar cells in electric vehicle prototype
intended to Design and development of solar cells in electric vehicle prototype Case
study electric cars of Rajamangala University of Technology Phra Nakhon. The
research process begins with the solar experiment model Solar Thin Film a bent size
19.2 x 9.5 cm technology has applications in Unmanned Aerial Vehicle install to a
source of clean electricity generation using 80 Solar Thin Film Cells controlled by
Arduino mega size 101.52x 53.3 mm Programming software by Arduino-1.6.9-Windows
and Show the result at LCD Solar Monitor Charger from batteries store the electrical
energy size 12V/28AH 6 pack for the results showed that such a circuit can charge
electricity 5A to 1 hour and to expand the use of rechargeable battery electric
prototype instead of using electric vehicle prototype from charging normally Requires
480 Solar Thin Film Cells in trial period hypothesis 6 hour/day. In term of investment
evaluation, simple payback period is expected to be 4 years. Considering sensitivity
analysis, it is found that the most sensitive factor is electricity cost, cost Solar Thin
Film, and the cost of Evlink Fast Charge Solution respectively. The results of this
study can be used to support decision making in design and development of electric
vehicle prototype in the next generation more efficiently
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