The 12v150a generator generates 1.8 kilowatt hours of electricity per hour. According to 12 multiplied by 150 divided by 1000, this equals 7.8 kilowatts. The electricity consumption per hour is 1.8 kilowatt hours, or 1.8 kilowatt hours of electricity. In household appliances, this is almost equivalent to the power consumption of an electric stove. Using this electric stove to eat a hot meal essentially consumes 1.8 kilowatt hours of electricity.
How many volts is the excitation voltage of a 12 V generator?
A generator is an electrical product, and its insulation performance compared to the water are generally very important. sprayed alone with a water gun, it is used when wet. Environmental work is not permitted.
In order to enable generators to operate in different harsh environments, the International Electrotechnical Commission formulatedprotection level specifications for electrical products. The protection level of the product, such as IPxx, will be mandatory on the product nameplate of the generator.
IPxx protection level, where xx represents two digits. The numbers on the left and right represent the dust protection level and waterproof level, respectively.
The meaning of the numbers on the left:
The meaning of the numbers on the right:
According to the table above, the "IP21" in the The image depicts water or a product without moisture protection. If you want to get the protection ability of a water gun, the protection level should reach at least IPx6.
Why the voltage of hydroelectric generators varies from 12v to 1000v
1. Generator Excitation Voltage: The voltage applied only to the excitation winding of the generator rotor generally refers to Voltagenominal excitation.
2. Generator Voltage: Generally refers to the rated output voltage of the generator.
3. The excitation voltage of the 12 V alternator should be the starting battery voltage, which is usually 12 volts.
4. Providing a working magnetic field for “electrical equipment that operates on the principle of electromagnetic induction” such as generators is called excitation; is called excitation voltage, and the generated voltage Current is called excitation current.
When the generator is operating alone, the excitation regulator adjusts the voltage across the generator by adjusting the excitation current of the generator when there are multiple generators operating in parallel in the. electrical system At this time, the excitation regulator adjusts the excitation current to reasonably distribute the reactive power among the ugenerator units operating in parallel, thus improving the static and dynamic stability of the electrical system.
You asked a very specific question... I don't know what your profession is. From what I understood, the current rated voltage of hydraulic generators is 400V, 6.3kV, 10.5kV, etc. There are several types. This is based on the plant supply voltage level and power transmission line during design. The main consideration is reasonable and economic issues.