Specifications
81 
Figure 68 - Connection between PV array and Battery 
Permission Pending 
Heat generated by the panels may compromise our system. If that happens we need to 
find ways to dissipate the heat generated. We propose putting the panels outside of the 
box since they are weatherproof and make it lifted from the box such that air can flow 
between the panels cooling it as well as adding insulation so that it cannot go into the 
box  and  damage  components.  We  will  also  have  to  make  sure  it  is  storing  enough 
power at a rate, which is acceptable to the user. It is important to manage the amount of 
panels vs. the amount of energy created. We do not want to create a bulky system that 
will  create  energy  at  a  rapid  rate  but  on  the  other  side  we  do  not  want  to  create  a 
system that takes a really long time to charge the system. 
Another method that will be utilized to test the photovoltaic array is to utilize UV lighting 
and  light  sensors  to  determine  how  well  the  array  can  generate  energy  on  its‟  own 
disconnected  from  the  rest  of  the  system.  The  test  will  start  with  multiple  PV  cells 
connected  together  with  a  number  of  UV  lights  directed  at  them  and  a  multi-meter 
reading the output generated from them. As data is collected, one by one UV lights will 
be removed from the test and the new data analyzed for any patterns. The test data 
should  show  a  linear  decline  in  the  energy  generated  by  the  system  with  each  light 
removed. 
After all of the lights have been removed the test should be repeated again but this time 
removing a section of PV cells and the new data re-analyzed. After performing this test 
not  only  should  a linear  pattern  of  energy  loss be  present  for  each  individual  light 
removed  but  there  should  also  be  a  similar  linear  decline  with  each  PV  section 
removed. If the quantity of light generated by the UV lighting is constant for each bulb 
then after all of the data is collected it should be calculable to determine the amount of 
energy each individual PV section should be able to generate with a given amount of 
light and how adding additional sections would add to that value 










