When doing per unit analysis, voltage and power are normally the independent values, while impedance and current are normally dependent. Check and see what voltage your generator is producing, and follow it through any Transformers, converting it accordingly and write it down in each zone. Any time the voltage changes level, you have to recalculate what your per unit current and impedance are. Choose some X amount of power to be constant throughout the entire system.
Z = impedance; V = voltage; S = complex power; I = current.
(Z base) = (V base)^2 / (S base)
(I base) = (V base) / (S base)
Voltage is "electrical pressure", so to speak, or energy per charge. Volts is joules per coulomb.
Regulation has to do with keeping the voltage at a desired value. This is often put in a per unit value, which you can think of as a percent of nominal. So if the desired voltage is 34.5kV, and the actual voltage is 33.8kV, the voltage is .98 per unit. There are regional and national rules on how low or high voltage can be. If the voltage strayes from this, it must be regulated back to an acceptable value.
The base unit of voltage is the volt, a combined unit meaning joules per coulomb.AnswerThe SI unit for voltage is the volt (symbol: V), which is a derived unit -not a base unit. There are seven base units in the SI system: metre, kilogram, second, ampere, candela, kelvin, and mole. SI units which are not base units are termed 'derived units'.
the basic unit of voltage is watts
The voltage equivalent of temperature is often represented through the concept of thermoelectric effects, particularly in thermocouples, where a voltage is generated in response to a temperature difference. This relationship is described by the Seebeck effect, where the voltage produced is proportional to the temperature gradient. In thermodynamics, temperature can also be expressed in terms of energy per unit charge, linking it to the concept of voltage in certain contexts, such as in the behavior of semiconductor materials. Overall, while not directly equivalent, voltage can serve as an electrical representation of temperature in specific applications.
= voltage
Voltage is "electrical pressure", so to speak, or energy per charge. Volts is joules per coulomb.
it is a quantity defined as work done per unit charge.it has same unit as voltage which is volt represented by 'V'.
Regulation has to do with keeping the voltage at a desired value. This is often put in a per unit value, which you can think of as a percent of nominal. So if the desired voltage is 34.5kV, and the actual voltage is 33.8kV, the voltage is .98 per unit. There are regional and national rules on how low or high voltage can be. If the voltage strayes from this, it must be regulated back to an acceptable value.
voltage
The base unit of voltage is the volt, a combined unit meaning joules per coulomb.AnswerThe SI unit for voltage is the volt (symbol: V), which is a derived unit -not a base unit. There are seven base units in the SI system: metre, kilogram, second, ampere, candela, kelvin, and mole. SI units which are not base units are termed 'derived units'.
This unit is called volts.
Voltage.The correct term for the amount of energy per unit of charge is potential difference.Energy = Charge * VoltageSimple rearranging gives: Voltage = Energy / ChargeTherefore a volt can be defined as a "joule per coulomb".
The unit of electrical potential is the volt (V). It represents the amount of potential energy per unit charge at a point in an electric circuit.
Voltage (V) is the unit of p.d,The voltage itself s the difference in electric potentiel between two different points.It Just means the work done per unit charge can also be expressed as J C-1
ummm... ...voltage?
The SI unit of electric charge is called the coulomb. It is a derived unit, and is defined as the amount of charge moved by a steady state current of one ampere for one second. Alternatively, it is defined as the amount of charge across a capacitance of one farad charged to a potential of one volt. In terms of elementary charge, from nuclear physics, it is defined as the charge represented by about 6.24150965 x 1018 protons or electrons.