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(a) Voltage angle of bus 1.
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In addition, it is also required to select a bus voltage angle as a reference.
According to the above analysis, there is a voltage phase angle jump when a grid fault occurs or the grid fault is cleared in the condition of large scale of DFIGs connected to a weak grid, which weaken the control capability of DFIGs, and may cause FRT failure of DFIGs.
The constraints (6)–(8) require that all the electrical equipment works at the rated voltage magnitude; the difference of voltage angle between both ends of a line does not exceed the given range; and the power flow through the line does not exceed its capacity.
(b) Voltage angle of bus 3. (c) Voltage angle of bus 5. (d) Voltage angle of bus 15.
Constraints (24) set the voltage angle bounds for each bus.
For example, for the voltage angle values in Fig. 8b, d, the high prediction accuracy is obtained for the voltage angle varying in a small range whereas the high prediction errors happen to certain voltage angles dynamically changing.
Tangent vector for voltage angle Voltage angle sensitivity (frac{{partial delta_{i} }}{{{text{d}}lambda }}) Tangent vector for voltage magnitude ((V_{i})) Voltage mag.
For each bus b∈B, θ b is its voltage angle.
Table 1 Bus voltage angle- and magnitude-based sensitivity analysis for WIS No. Bus no.
The real power control loop is closely linked with frequency control and voltage angle.
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