16000kwh
A 16 kW solar system can generate approximately 64-80 kWh of electricity per day, depending on factors like location, orientation, shading, and weather conditions. This translates to around 23,360-29,200 kWh annually, assuming an average of 365 days a year.
30HP (22kw) @ 3000 RPM 22HP (16kw) @ 2000 RPM Dry Wt. (175 kg) 385 lbs
A 16 kW generator can typically power a 2,200 sq ft house, including a 5-ton AC unit, but it depends on the total wattage of other appliances and systems running simultaneously. A 5-ton AC unit may require around 3,000 to 5,000 watts to start and around 2,000 to 3,000 watts to run continuously. It's crucial to calculate the combined wattage of all devices to ensure the generator can handle the load without overloading. Consulting the generator's specifications and performing a detailed load analysis is recommended for optimal performance.
That is not at all a straightforward question, as the answer could be any amperage between 0 and infinity depending on the voltage of the application at hand...... Amps, watts, and volts have the following relationship; and this is how you should calculate your answer assuming that you can determine the voltage at hand: The power(in Watts) equals the amperage(in Amps) multiplied by the voltage(in Volts) Perhaps you can figure it out based on the fact that a normal American household power supply generally runs at 120 volts, and most automotive applications receive 12 volts DC. Keep in mind however that any device run from these power sources may be converting the line voltage to a different value using one of a number of means.