There is no voltage amplitude and cannot be converted. The dimensions of the two physical quantities are different.
Assume a 60 volt battery. 1 GWh of lithium battery is equal to 16,666,666.667 Ah.
1GWH=1000000KWH=1000000 kWh=x×60×1×3600
1000000×3.6×10^6=60×3600×x
x = 3.6×10^12÷(60×3.6×10?)=16,666,666.667
Detailed information:
1GWH=1,000 MWH=1,000×1,000KWH=1,000,000 kWh=1,000,000×3.6×10^6 Joules=3.6×10^12 Joules.
Voltage 60 volts, 1 hour, current 16,666,666.667 A operates = 60 × 16,666,666.667 × 3600 = 3.6 × 10^12 Joules.
The kilowatt hour or kilowatt hour (symbol: kW·h; often abbreviated to degree) is a unit of energy measurement which represents the energy consumed by a device with a power of one kilowatt after a hour of use.
The unit “kilowatt hour” is mainly used to measure electricity, because the “kilowatthour” is easier for the public to understand than joule, and it is easier to convert to hours of use of electrical appliances. On the other hand, the joule unit of measurement is too small compared to "kilowatt hour", making it difficult to calculate. In mainland China, some public institutions also use "megawatt hour" instead of "kilowatt hour" on their billing sheets. In Chinese, “kilowatt” is sometimes written _.
1kW·h = 3,600,000 joules = 3.6 million joules.
1GWH=1 gigawatt hour=10^9 watt hour=10^6 kilowatt hour.
The work done by the current per unit of time is called electrical energy. It is a physical quantity used to express the speed of consumption of electrical energy. It is represented by P. Its unit is the Watt, called "Watt", and its symbol is W.
As a physical quantity which represents the speed of the current carrying out work, the powere of an electrical appliance is numerically equal to the electrical energy it consumes in 1 second. If electrical energy "W" (SI unit is J) is consumed over a period of time as long as "t" (SI unit is s), then the electrical power of this electrical appliance is P = W /t (definition formula). The electrical power is equal at both ends of the conductor. The product of voltage and current flowing through a conductor.
P=U·I. For purely resistive circuits, the formulas P=I?*R and P=U?/R can also be used to calculate electrical power.
Every electrical appliance has a normal operating voltage value called rated voltage. The power of the electrical appliance normally operating at the rated voltage is called rated power. The rate is called real power.
The amount of work done by the current is related to the size of the current, the voltage level and the duration ofe power on. The higher the voltage applied to the electrical device, the greater the current flowing through it, the longer the turn-on time, and the more work the current does. Research shows that when the voltage across the circuit is U, the current in the circuit is I and the turn-on time is t, the electrical power W (or the power consumed) is: W=UIt.
Baidu Encyclopedia - kilowatt hour
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Baidu Encyclopedia - Electric Power