By Cornelius T. Leondes
This can be a 4 quantity series dedicated to the numerous topic of advances in electrical energy platforms research and regulate options. The extensive components concerned comprise tranmission line and transformer modelling. The 4 quantity series will specialize in advances in parts together with energy stream research, fiscal operation of strength structures, generator modelling, energy process balance, voltage and tool keep watch over concepts, and process safeguard
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Additional info for Analysis and Control System Techniques for Electric Power Systems
T o summarize, it is straightforward to conclude from the preceding analysis that if modified control strategy for U L T C transformers were proposed that took into account network and loading conditions on the system instead of just the regulation of voltage values, many present problems could be avoided. Such new controls are examined below. It is important for further understanding of the following material to note that the slow voltage model of Eq. (22) introduced in [55, 56] is approximate, since it is based on linearized rather than nonlinear load flow equations.
Case 2 Voltage Collapse, Old Control Law Iteration No. 9576 Other examples similar to the destabilizing effects of ULTC's can be found in the voltage collapse literature. This phenomenon is often seen in a decrease of voltage while decreasing load demand, which is counterintuitive to the operator's assessment of the expected transmission system response to input changes. A more systematic interpretation of the transmission system property to respond as expected to any local input change (control, load, or other disturbance) was introduced for the reactive power/voltage [117, 122] and real power [31-32] steady-state problems real/reactive power decoupling assumption .
On the other hand, the most economical operation should be scheduled by computing only optimal tie line flows, while representing each subsystem by only as many buses as there are boundary points between neighboring utilities . This greatly simplifies rescheduling both for secure operation and for economical operation. Rescheduling for security is done with tie line flow fixed and by rescheduling only units within the subsystem causing mismatches; rescheduling of tie line flow for economic reasons is done using the model of the interconnecting system, greatly simplified by representing each subsystem as one bus.