5 major differences between high-voltage generators and low-voltage generators
Release time:
2024-03-27
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The main difference between high-voltage generator sets and low-voltage generator sets is the difference in voltage. Generally speaking, low-voltage generator sets are Refers to the commonly used 230V/400V generator sets in the current market. The motor components of the high-pressure diesel generator are according to customer requirements Customized, generally 6300V, 10500V, and 15000V. 1、 The difference between the two 1. Delaying aging Low voltage current is 26 times higher than high voltage current, leading to a significant increase in thermal load loss and equipment damage. 2. High harmonic resistance The harmonic resistance of low-voltage generator sets is lower than that of high-voltage generators; Compared with the overall high-pressure oil engine, the pressure oil engine has strong nonlinear load capacity. 3. Low risk factor of non synchronous short circuit Due to asynchronous power supply systems, there is a risk of asynchronous short circuits when multiple low-voltage generators are not powered in parallel. 5. Centralized power supply Low voltage generators, due to the use of a large number of cables, suffer from high heat loss and cannot achieve power supply. High voltage generator sets have high voltage regulation accuracy, good dynamic performance, small voltage waveform deformation, high efficiency, and long service life With its advantages and popularity among users, it has been widely used
The main difference between high-voltage generator sets and low-voltage generator sets is the difference in voltage. Generally speaking, low-voltage generator sets are
Refers to the commonly used 230V/400V generator sets in the current market. The motor components of the high-pressure diesel generator are according to customer requirements
Customized, generally 6300V, 10500V, and 15000V.
1、 The difference between the two
1. Delaying aging
Low voltage current is 26 times higher than high voltage current, leading to a significant increase in thermal load loss and equipment damage.
2. High harmonic resistance
The harmonic resistance of low-voltage generator sets is lower than that of high-voltage generators; Compared with the overall high-pressure oil engine, the pressure oil engine has strong nonlinear load capacity.
3. Low risk factor of non synchronous short circuit
Due to asynchronous power supply systems, there is a risk of asynchronous short circuits when multiple low-voltage generators are not powered in parallel.
5. Centralized power supply
Low voltage generators, due to the use of a large number of cables, suffer from high heat loss and cannot achieve power supply.
High voltage generator sets have high voltage regulation accuracy, good dynamic performance, small voltage waveform deformation, high efficiency, and long service life
With its advantages and popularity among users, it has been widely used
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