Successfully reported this slideshow.
We use your LinkedIn profile and activity data to personalize ads and to show you more relevant ads. You can change your ad preferences anytime.
How Solar
Panels Work
Photovoltaic (PV) cells are made of
semiconductors such as silicon and they
convert sunlight directly into electricity.
A module is a group of cells
connected electrically and
packaged into a frame, commonly
referred to as a solar panel.
Light strikes the cell and a certain
portion of its energy is absorbed within
the semiconductor material, knocking
electro...
By placing metal contacts on the
top and bottom of the PV cell, we
can draw that flow of current off for
external use. Thi...
Silicon is a very shiny
material, which can send
photons bouncing away
before they've done their
job, so an antireflective...
Not every roof has the correct orientation to take
full advantage of the sun's energy. Solar panels
should ideally point t...
Most residential homes with solar panels are
connected to their local utility grid. This allows you
to buy power when you ...
Government
regulations vary
by state and city.
Your local utility
company may or
may not allow
your solar panels
to connec...
Reputable solar panel installers
like Verengo Solar utilize
special equipment to make
sure the power you're looking
to sel...
There are lots of factors involved in
determining whether installing a
solar system is worth the price.
For example, in a ...
Source: Clean Power Research
Source: Clean Power Research
Source: Clean Power Research
Source: Clean Power Research
verengo-solar-reviews.com
Upcoming SlideShare
Loading in …5
×

How Solar Panels Work

19,097 views

Published on

An easy to understand guide explaining how residential solar panels really work. Sponsored by http://www.verengo-solar-reviews.com

Published in: Environment

How Solar Panels Work

  1. 1. How Solar Panels Work
  2. 2. Photovoltaic (PV) cells are made of semiconductors such as silicon and they convert sunlight directly into electricity.
  3. 3. A module is a group of cells connected electrically and packaged into a frame, commonly referred to as a solar panel.
  4. 4. Light strikes the cell and a certain portion of its energy is absorbed within the semiconductor material, knocking electrons loose, allowing them to flow.
  5. 5. By placing metal contacts on the top and bottom of the PV cell, we can draw that flow of current off for external use. This current, along with the cell's voltage (a result of its built-in electric field or fields), defines the power (or wattage) that the solar cell can produce.
  6. 6. Silicon is a very shiny material, which can send photons bouncing away before they've done their job, so an antireflective coating is applied to reduce those losses. A glass cover plate protects the PV cells from the elements.
  7. 7. Not every roof has the correct orientation to take full advantage of the sun's energy. Solar panels should ideally point toward true south, although easterly and westerly directions can work too.
  8. 8. Most residential homes with solar panels are connected to their local utility grid. This allows you to buy power when you need it and sell it back when you produce more than you use.
  9. 9. Government regulations vary by state and city. Your local utility company may or may not allow your solar panels to connect to their grid. And buyback prices can vary greatly.
  10. 10. Reputable solar panel installers like Verengo Solar utilize special equipment to make sure the power you're looking to sell the utility company is compatible with their own.
  11. 11. There are lots of factors involved in determining whether installing a solar system is worth the price. For example, in a solar panel, if even just one of its cells is shaded, power production can be significantly reduced.
  12. 12. Source: Clean Power Research
  13. 13. Source: Clean Power Research
  14. 14. Source: Clean Power Research
  15. 15. Source: Clean Power Research
  16. 16. verengo-solar-reviews.com

×