On a 1200 watt solar panel you can run a refrigerator, fans, TV, lights, phone chargers, computer, laptop computer, ceiling fan, freezer, deep freeze, hair dryer, 5,000 BTU to 6,000 BTU window air conditioner.
A 5kw solar system can run as many as 500 of the 100 watt fans.
A 5kw solar system can even run a 2ton AC with 2 fan, 8 LED lights and even 1 refrigerator very easily.
You can run just about anything including a whole house or shop off of solar panels if you have enough solar panels and enough solar panel wattage in the solar panel inverter and system and enough batteries.
Solar panels can run, fans, TV's computers, ceiling fans, water heaters, hair dryers, space heaters, lights, air conditioners, window air conditioners, central air conditioners, furnaces, CPAP machines, coffee makers, breathing machines, modems, charge your cellphones, clothes dryers and much more.
You just need a large enough solar panel system to run the larger appliances.
A 180 watt solar panel can run a TV, lights, laptop computer, charge your phones, run a fan, internet modem, radio, computer monitor or even a ceiling fan.
Solar panels can go over vents as long as the solar panel sits above the vent enough to allow the vent to still breathe.
It's best to avoid putting solar panels over vents if possible but it's okay to put the solar panels over vents in needed.
However other vents such as dryer vents and bathroom vents the solar panels should not be installed over these types of vents.
You can test a solar panel charge controller by using a voltmeter to check the solar panel charge controllers voltage output.
If the solar panel charge controller is putting out very little voltage or no voltage at all then the solar panel charge controller may be bad.
You can also see what voltage is being produced by looking at the solar panel charge controllers LED display.
The lifespan of a solar charge controller ranges from 10 years to 20 years and sometimes charge controllers last 30 years or more.
Solar charge controllers last from 10 years to 20 years and sometimes longer.
Higher quality solar charge controllers tend to last longer while cheaper charge controllers may or may not last as long.
Most solar charge controllers have a 5 year warranty and solar panels themselves can last 20 years to 30 years or even longer in some cases.
A solar panel can charge a completely dead battery as long as the battery has not been dead too long.
If the battery was just completely drained for only a day or two then the solar panel or even a regular battery charger should be able to charge it up.
However the longer the dead battery sits the less chance it will have to charge up again.
A solar panel needs at least 4 to 5 hours of direct sunlight to provide enough charge to the batteries.
However even on cloudy and raining days the solar panels will still work but just not as good.
Even though the average day is exactly 12 hours, the power you actually get on your panels is equal to about 5 to 6 hours of full sun per day.
Since the typical modern solar panel is about 12% efficient, you will get about 700 watts per square meter of panel.
Solar panels do not drain batteries at night.
Even though the sun is not shining at night and the batteries are not getting a charge the batteries will not be drained unless you leave something plugged into the inverter.
However the inverter and charge controller can drain some power off the battery at night but with a large enough battery bank that should not be much of an issue as the power drawn at night is very little.
Solar panels do work in the morning once the sun comes out.
As long as there's some daylight the solar panels will begin charging so once you get some daylight in the morning the solar panels will charge and work.
However solar panels don't work once the sun goes down as they need daylight and sunlight to produce the electricity.
Solar panels do work with ice on them as ice is clear and lets sunlight pass through.
However the solar panels tend to work much better without ice but if ice is on the solar panels your solar panels should still work and charge the batteries.
However if snow is on the solar panels the snow will block the sunlight and the solar panels will not work so you have to sweep off and remove snow from the solar panels for them to work.
Solar panels do not charge batteries at night.
To work the solar panels need sunlight or at least some daylight for the solar panels to convert the light or sunlight into electricity.
At night the light is gone so the solar panels stop charging but the next day when the daylight or sunlight is out the solar panels begin charging the batteries again.
Solar panels do however work even when it's cloudy out but they don't charge as fast as they do when it's really sunny out.
Solar panels do not work at night as they require sunlight to work.
However when it's cloudy and there's at least some daylight the solar panels will still work.
But once it becomes dark for the night the solar panels stop charging but the power stored in the batteries can still be used but they won't charge until the daylight or sunlight comes out.
Solar panels when installed correctly on your roof do not damage your roof.
Solar panels installed on your roof can usually make your roof last longer as it protects the shingles from the elements.
However if not installed correctly then the solar panels may damage or ruin your roof.
Solar panels can and do sometimes catch fire but it's rare for solar panels to catch fire.
Solar panels may catch fire due to shorting out through the wiring or by a defect in the solar panel.
Although most solar panels are safe when installed correctly and many solar panels operate just fine and safely without any fires.
Solar panels don't always affect your house insurance unless you want to increase your insurance coverage to cover the cost of the replacement of the solar panels and system should you need too in case something happens to them.
Simply installing the solar panels on your house or near your house won't and should not change or affect your house or homeowners insurance.
PV on a meter box means Photovoltaic which means that the meter is connected with solar panels and usually has solar power feeding backwards into the power grid depending on how it's set up.
Sometimes solar panels are set up to where they will feed excess solar energy back through the meter and then the customer of the electric utility gets credited.
PV on a solar charger stands for Photovoltaic.
Photovoltaics is the conversion of light into electricity using semiconducting materials that exhibit the photovoltaic effect, a phenomenon studied in physics, photochemistry, and electrochemistry.