![]() Reason, the air conditioner energy requirements are too much for a solar panels to supply. A solar powered rv will need lots of considerations before you just start using it to power your rv air conditioner. Solar panel kits like this one amazon are awesome and really reliable to use. Yes it is possible to run the air conditioner using your solar panel of the rv. Read : How to Keep RV cool without air conditioner Can you use solar panels to run the rv air conditioner Here is a list of 10 best RV generators that you can buy (this was compiled keeping in mind watts, quality, portability and efficiency) Based on this calculation you can finalize the BTU of the Air conditioner that you will need and then the generator size that will suit your needs. A 35 feet long rv will be 350 sq feet and will need around 8000 BTU for proper cooling.Ī 40 feet rv will need around 9000 BTU and so on. A rv in size of around 500 square feet will need 11,000 BTU – 12,000 BTUĬonsidering on an average width of around 10 feet a 30 feet rv will have around 300 sq feet.A rv in size of around 450 square feet will need 9500 BTU – 10,000 BTU.A rv in size of around 400 square feet will need 8500 BTU – 9000 BTU.A rv in size of around 350 square feet will need 8000 BTU.A rv in size of around 300 square feet will need 7000 BTU.A rv in size of around 250 square feet will need 6000 BTU.A rv in size of around 200 square feet will need 5500 BTU.Or you may want to utilize this numbers to determine the capacity of generator you need to buy. Having a look at the wattage requirements, you should be able to determine how much your power is being spent towards the ac that is already running in your RV. On an average a 5,000 BTU Air conditioner needs around 300 to 450 watts for running.On an average a 7,000 BTU Air conditioner needs around 500 to 650 watts for running.On an average a 10,000 BTU Air conditioner needs around 600 to 750 watts for running.On an average a 13,500 BTU Air conditioner needs around 1000 to 1300 watts for running.On an average a 15,000 BTU Air conditioner needs around 1200 to 1700 watts for running.As you can see, the watts are more than half of that required for starting up. Similarly, the running wattage comparison for different RV air conditioners for different BTU is as below. On an average a 5,000 BTU Air conditioner needs around 1100 to 1300 watts for start up.On an average a 7,000 BTU Air conditioner needs around 1600 to 1800 watts for start up.On an average a 10,000 BTU Air conditioner needs around 1900 to 2050 watts for start up.On an average a 13,500 BTU Air conditioner needs around 2700 to 2900 watts for start up.On an average a 15,000 BTU Air conditioner needs around 3200 to 3500 watts for start up.Long copper lines and dual rubber bushings are also responsible for minimizing noise and vibration. Finally, great care has been taken to reduce operating noise: with the motor, compressor and evaporator bracketed together for vibration-free, quiet operation. The Brisk is incredibly robust, components such as its carbon steel base have proven their durability by coming through vibration tests lasting for 30 hours and more! The optional heater function is ideal for use on cool evenings, with a multispeed blower for users to adjust according to their cooling or heating needs. These include the large air openings which promote superior air flow and cooling capacity, while the EPP foam housing both reduces weight and also contributes to improved cooling. What makes Brisk air conditioners best-in-class of any standard RV rooftop air conditioner for their weight, air flow and capacity? There are various factors that combine to achieve market leading results.
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