Problem

 

There are several people in rural areas that aren’t able to get basic necessities. One of the most important necessities that we as humans have, is the need of energy; whether is for our stoves to cook food in, or an electric shower to cleanse ourselves. Just as energy communication is part of what makes us human, and in this day and age the internet is the biggest way to connect between people. 

Solution

 

Using carbon fiber and Perockites solar panels we can create a mixture of a satellite dish, adjoined with panels making a single source of internet, satellite tv, phone, and most important energy that will be saved in batteries made from carbon nanotube. Feeding energy to 35 households. In this project I have tried to solve both problems without causing any short or long term impact to the planet. 

S.C.P.

•SCP or short for solar communications panel is the most important part of this project. The use of Perovskites in the manufacturing process of solar panels is relatively new but this creates a cheaper and more effective panel than the one we currently use. In a resent study Oregon State University has been able to successfully utilize ethylene glycol (most commonly used in antifreeze) in solar cells in a continuous flow reactor by making this reactor they create a thin-film solar cells that could decrease the cost and could easily be scaled to industrial levels
•The communication part of the panel will be created with carbon fiber reflector that will be coated under the solar panels and using the spacing between the panels to reflect. It will have a feed horn which will allow the release and entry of the reflecting signal.

Energy at night 

•Most of the use of energy happens at night and with this we require a continuous flow of energy. 150 batteries will be used to retain and distribute the necessary energy to the different homes.
•new technology will be used in the form of batteries made from carbon nanotubes. According to Next-Alternative this type of battery will be able to recharge in about 10 minutes and last as much as four times longer then the lithium-ion batteries that are used in electric cars and appliances today.

Power

A.350 panels that put out about 350 watts per panel
B.122500 watts total output from the panels
a)Sat dish 30 watts
b)35 computers at 400 watts                              35/14kilowatts
c)35 tv at 160 watts                                          35/5.6kilowatts
d)35 microwaves at 2000 watts                          35/70kilowatts
e)35 fans at 230 watts                                      35/8.05kilowatts
f)35 refrigerators at 600 watts                          35/12.6kilowatts