There are 746 watts to the horsepower and that is 12,000 BTU so you will need a converter that will handle 622 watts plus 1.25% so approx a 780 watt converter
No I think you will need an 18000 condenser for an 18000 BTU.
Btu x 0.000293 = kW 15000 X 0.000293 = 4.4kW
40956
A bit north of 50,000btu/hr
When you plot a system on a mollier diagram it the point between the pressure drop and the bottom of the compression line, measured in BTU/LB. Also known as the Net Refrigeration Effect.
To determine how many hours a 12,000 BTU air conditioner can run on a KVA inverter system, you first need to convert BTUs to watts. A 12,000 BTU unit typically consumes around 1,200 watts. If your inverter system is, for example, 1 KVA (1,000 watts), it would not be able to power the air conditioner continuously, as the AC requires more power than the inverter can supply. Therefore, the air conditioner would run for a limited time, depending on the battery capacity of the inverter system and its efficiency.
1
10000 BTU per hour is equivalent to approximately 2.93 kW.
To run a 5,000 BTU air conditioner, you'll typically need an inverter rated between 800 to 1,200 watts. This accounts for the starting surge power, which can be higher than the running power. It's essential to check the specific air conditioner's starting and running wattage requirements for accurate inverter sizing. Additionally, ensure that the inverter can handle the peak load to avoid damage.
10000
10000Btu is 3.93hp
130000 btu
The cooling capacity is the same. It all depends on the application as to which is better. If you have a large room then the 1 10000 Btu unit would be the better fit and probably cheaper. But if you need to cool two small rooms then the 2 5000 Btu units would probably be better.
Airconditiong and heating pwer are rated in BTU's not RPM's this unit is 10000 BTU's
The way to answer this question is convert all factors to power. Voltage, current, watts, horsepower, BTUs. I will save you some time. They cost the same to operate. One thing to remember in your career, watts = watts no matter what(watt)...pkazsr You already have the answer. 10,000 btu/hr is 10,000 btu/hr, or the equivalent number of watts either way. There may be some minor difference because the higher voltage unit will pull half the amps to deliver the same power.
Ratings are per hour. Divide 10,000 by 60 minutes per hour.
A cord of wood typically has a heating value of around 20 to 25 million British Thermal Units (Btu) depending on the type of wood and its moisture content.