You can use both but the only advantage would be that you would still gain some heat and evaporation prevention from the liquid cover while the standard solar cover was off or while swimmers were present. When the standard cover is on you will gain very little benefit from having both.
Both wind and solar energy are pollution free. Both will be lasting longer.
Coal and solar energy are alike because they both are having to do with energy and they are both formed ny the sun or have sun in them. Although, solar energy is renewable and coal is non-renewable they both have some similarities.
They are both the flow of electrons. They both have action potential when they are harnessed.
yes
Solar cells and batteries are similar in that they both produce electricity.
KWT and TAN both cover the solar space.
Well, in my solar system liquid isn't really that rare. The second planet in my solar system has an almost entirely liquid crust, and a liquid mantle. The third planet orbiting the star in my solar system has a surface over 75% covered in liquid, and has a liquid mantle. The sixth and seventh planets in my solar system both have large hydrogen oceans. Several of the moons orbiting the sixth and seventh planets in my solar system also have liquids. I don't see why liquid could be called rare in my solar system. What about yours?
Both. The cover prevents evaporative heat loss both day and night, as well as provides extra heating during the day.
Yes. The filter will pull water into the skimmer from under the cover and send it back into the pool through the return line. In fact, when using a solar cover the pool will warm slightly faster if the water is circulating (the solar cover is continuously heating all of the water rather than a just a small layer of already warm water right under the cover). Heat flows faster the greater the temperature difference. Hope this helps...
The reason could be caused from putting your solar cover back on the pool after you have just shocked the pool, the other reason could be that you are not placing your solar cover in the shade or covering it when you remove it from the pool. Both can casue the bubbles to deflate and or cause them to come apart from the solar cover. ANSW:: dragging the cover over the coping and across the deck will cause wear and breaking of the bubbles. Leaving the cover on the grass or cement deck will generate very high heat and destroy the cover in a very short period. k Answer: If you're bubbles have popped, maybe its time to try something new. Check out www.liquidpoolcovers.com for a nice and easy alternative to plastic bubble blankets that you won't have to fight with.
My pool is 44 x 20. If I didn't have a reel, there would be no way that I could pull the solar cover off by myself. I think it depends on how big your pool is but I couldn't use my solar cover without one. I find my reel a pain in the butt! The cover never unravels evenly on both sides (round pool with reel in center). A: then your reel and cover are not installed correctly..... or is a very cheap model. our cover reel works great on a 16 X 24 above ground. In the winter I unbolt from the deck and hang it in the garage.
They both have a liquid cytoplasm (APEX)
fit drives both competitive advantage and sustainability?
The UAE has several solar energy plants, both CSP (Concentrated Solar Power) and PV (Photovoltaic).
Both wind and solar energy are pollution free. Both will be lasting longer.
The words "spray" and "streak": Are similar in the way that both end up covering a surface with a liquid source. Are different in the way that both streams cover the surface. A "spray" will cover the surface in the form of small drops of fluid while the "stream" will cover the surface with one continuous stream of that fluid.
Most planets in the Solar System have been found or speculated to have water. But at the moment only Earth is known to have water in the liquid state. Both polar caps on the planet Mars are known to have frozen water. It is also speculated that under the crust of some moons in the outer solar system, liquid H2O oceans may exist. Outside the solar system no one knows, but just recently astronomers have discover the exo-planet Gliese581g, which seems to be the right temperature that might support the existence of liquid water on its surface.