When the power capacitor is compensated for reactive power, a reactor can be installed to filter out the system harmonics and reduce the voltage fluctuation. In today's article, Xiaoku will give you a detailed introduction - after adding reactance, what changes will occur to the voltage of the power capacitor, come and find out!
In order to solve the problem of excessive voltage, it can be done by joiningreactor way to limit the rise in voltage。Reactors can dissipate reactive power to keep the grid in the right state, thus protecting power equipment and systems from damage.
The specific impact is as follows:
1.Improved voltage stability:Reactors canRegulates the voltage level of the systemto keep it within the right range, thus improving the stability of the system.
2.Voltage fluctuation decreases:Reactors canEliminate sudden changes and fluctuations in voltageto reduce the instability of voltage and ensure the safe operation of system equipment.
3.Voltage Regulation Capability Enhanced:By reasonably designing the parameters of the reactor, the voltage in the power grid can be better regulatedImprove the voltage quality of the system
The parametric design of the reactor shouldFully consider the actual situation of the system, guaranteedMatched with power capacitorsto ensure that the reactor can function effectively and not adversely affect the capacitor.
exists in the power systemHarmonic resonanceThe risk that the addition of the reactor may cause resonance problems that are neededPerform harmonic analysis and precautionary measures
As an important part of the power system, reactors are neededPerform regular inspections and maintenanceto ensure its performance is at its best.
In short, the addition of reactor can effectively adjust the system voltage, improve the stability and reliability of the power grid, and improve the reactive power compensation effect of the power capacitor ......However, it is necessary to pay attention to relevant matters in the operation process to ensure the safe and stable operation of reactive power compensation.