5.Analysis of Non-sinusoidal Reactive Power Algorithm and Reactive Power Compensation非正弦无功功率算法与无功补偿研究 6.A New Method on Optimal Real-Time Pricing of Active and Reactive Powers有功与无功功率最优实时定价新方法 7.Automatic compensation load reactive power, enhancing the load power factor...
1) interaction of active and reactive powers 有功无功耦合 2) decoupled active and reactive 有功无功解耦 1. The importance of power tracing is analyzed in power market,and two typical methods such as decoupled active and reactive power and plural current based on proportional sharing principle,...
Dendouga A,Abdessemed R,Bendaas M L.Active andreactive powers control of a doubly-fed inductiongenerator fed by matrix converter.European PowerElectronics and Drives Journal. 2009Dendouga A,Abdessemed R,Bendaas M L.Active and reactive powers control of a doubly-fed induction generator fed by ...
5.A New Method on Optimal Real-Time Pricing of Active and Reactive Powers有功与无功功率最优实时定价新方法 6.Power Factor Power factor is the cosine of the angle between the actie power( kW) and apparent power( kA) in a circuit.功率因数功率因数是电路中有功功率(W)视在功率(A)间夹角的余...
2) Active-reactive power decoupled control 有功-无功解耦PWM控制 3) interaction of active and reactive powers 有功无功耦合 4) power decoupling 功率解耦 例句>> 5) reactive / active power 无功和有功功率 6) reactive power/active power 无功功率/有功功率 ...
The Power (3ph, Instantaneous) block computes the three-phase instantaneous active power P (in watts) and reactive power Q (in vars) associated with a periodic set of three-phase voltages and currents.
The Power (PLL-Driven, Positive-Sequence) block computes the positive-sequence active power P (in watts) and reactive power Q (in vars) of a periodic set of three-phase voltages and currents.
The Power (Positive-Sequence) block computes the positive-sequence active power P (in watts) and reactive power Q (in vars) of a periodic set of three-phase voltages and currents. To perform this computation, the block first computes the positive sequence of the input voltages and currents wi...
The instantaneous active and reactive powers are also used in the control of converters connected to electric network [5]. These converters can control the flow of active and reactive power in the power system to improve voltage regulation, and increasing transient stability margin [4, 5]. In ...
The relationship between powers can be represented in vectors called the “Power Triangle.” The active power is represented as horizontal, whereas reactive power is shown as a vertical vector. The apparent power connects the active and reactive vectors. If the angle “θ” between active ...