Specifications
89 
Figure 75 
Permission Pending 
The  last  goal that  this  project  hopes to  accomplish  is  to  allow  UCF engineers  the 
opportunity to work hand in hand with our partners across the pacific. It is desired that 
this  project  and  the  knowledge  it  can  provide  will  allow  UCF  engineers  to  travel  to 
Waseda University in order to aid in the construction and design of the generators that 
Waseda University is hoping to construct. This phase of the project however is still far in 
the planning process and is currently on hold until funds become available in order to 
send  a  team  of  engineers  over  to Waseda  University.  There  are  still  many  avenues 
being pursued however until a stable source of sponsorship can be found this phase of 
the project will remain on hold. 
8.4 Project Summary 
To summarize the final design of the project as a whole a separate synopsis of the wind 
turbine power system a separate synopsis of the solar array power system and a third 
synopsis of what happens after the two are combined at the battery will be the simplest 
way of describing the project as a whole. 
To begin with the wind turbine power system will be described. The system starts with 
the  Sunforce model  45444  micro  wind  turbine mounted  on the  zenith  of  a  converted 
speaker stand that utilizes slip rings underneath the turbine so that the Sunforce 45444 
will  be  free  of  obstruction  and  able  to  move  and  rotate  freely.  From  there  insulated 
wiring  travels  down  the  speaker  stand  inside  the  sealed  enclosure  where  the  output 
from the wind turbine is dumped into a charge controller. This charge controller takes 
the output from the wind turbine and allows it to be safely supplied to the battery. 
Next is the solar array power system. Utilizing flexible thin film solar arrays reflective 
mirrors  are  to  be  placed  at  the  base  of  the  arrays  so  as  to  collect  stray  sunlight  to 
convert into energy. These solar arrays will be placed in parallel so to add  the currents 
together  to  charge the battery faster.  From  here the wiring travels  into  the enclosure 
where it is connected with the Solar Regulator 30Amp charge controller. Similar to the 
wind turbine system this charge controller allows the output from the solar arrays to be 
safely dumped into the battery. 










