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DOES TEMPERATURE AFFECT THE AMOUNT OF
ENERGY A SOLAR PANEL PRODUCES?
By Frank Scotti
July 1, 2013
Temperature doesn't really affect the amount of solar energy a solar panel receives. It does, however, affect
how much power you will get out of it. Here’s why. As the solar panels get hotter, they will produce less
power from the same amount of sunlight (photons). Normally, electrons at rest (low energy) are excited by
sunlight (high energy), and the difference between their excited and rest energies is the potential difference
(voltage) that you get from your solar panel, the amount of energy. However, heat also excites electrons
(when we heat something we are giving it energy), which raises the energy of the electrons at rest.
("warmer" electrons have more energy at rest than their "cold" counterparts.)
The most power from solar panels is produced when the electrons are at their greatest stage of rest and are
exposed to the greatest amount of sunlight, giving us the greatest difference between the two stages. When
your solar panels are hotter, the electrons are already at a higher level of excitement. Thus the difference
between the rest energy and excited energy (from the sun) is smaller, and our solar panels will produce less
energy. Panels must reach temperatures exceeding 120° for a drop in energy generation to start to occur.
And even then, it is minor.
Here’s my analogy. A can of unopened
soda has a certain amount of
carbonation energy that is released
when I open the can. Most of the
carbonation energy remains in the liquid.
If I shake the can, adding energy, and
then open it, less of the carbonation
energy remains in the liquid. Cooler solar
panels are like unshaken soda cans. Hot
solar panels are the shaken can of soda.
Temperature minimally affects the
amount of energy a solar panel
produces.
1.
Solar Electric • Solar Pool Heating • Solar Water Heating • Radiant Heating • Wind Energy • DIY Kits
4700 El Camino Real Atascadero, CA 93422 • p: 805-466-5595 • f: 805-466-33956 • solarponics.com • Lic. 391670

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temperature and energy

  • 1. DOES TEMPERATURE AFFECT THE AMOUNT OF ENERGY A SOLAR PANEL PRODUCES? By Frank Scotti July 1, 2013 Temperature doesn't really affect the amount of solar energy a solar panel receives. It does, however, affect how much power you will get out of it. Here’s why. As the solar panels get hotter, they will produce less power from the same amount of sunlight (photons). Normally, electrons at rest (low energy) are excited by sunlight (high energy), and the difference between their excited and rest energies is the potential difference (voltage) that you get from your solar panel, the amount of energy. However, heat also excites electrons (when we heat something we are giving it energy), which raises the energy of the electrons at rest. ("warmer" electrons have more energy at rest than their "cold" counterparts.) The most power from solar panels is produced when the electrons are at their greatest stage of rest and are exposed to the greatest amount of sunlight, giving us the greatest difference between the two stages. When your solar panels are hotter, the electrons are already at a higher level of excitement. Thus the difference between the rest energy and excited energy (from the sun) is smaller, and our solar panels will produce less energy. Panels must reach temperatures exceeding 120° for a drop in energy generation to start to occur. And even then, it is minor. Here’s my analogy. A can of unopened soda has a certain amount of carbonation energy that is released when I open the can. Most of the carbonation energy remains in the liquid. If I shake the can, adding energy, and then open it, less of the carbonation energy remains in the liquid. Cooler solar panels are like unshaken soda cans. Hot solar panels are the shaken can of soda. Temperature minimally affects the amount of energy a solar panel produces. 1. Solar Electric • Solar Pool Heating • Solar Water Heating • Radiant Heating • Wind Energy • DIY Kits 4700 El Camino Real Atascadero, CA 93422 • p: 805-466-5595 • f: 805-466-33956 • solarponics.com • Lic. 391670