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Electric Power Systems. Electric Networks

February 2006

February 2006

Edition: I
Publisher: Publishing House of the Romanian Academy
Editor: Mircea Eremia
ISBN: 973-27-1324-0

Authors:

Lucian Toma

National University of Science and Technology Politechnica Bucharest

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Chapter

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Load Forecasting

October 2018

Load forecast plays a crucial role in all aspects of planning, operation and control of an electric power system. It is an essential function for operating a power network reliably and economically. Load forecast can be classified as short term load forecast (STLF), midterm load forecast (MTLF), and long‐term load forecast (LTLF). Forecasting methodologies can be classified on the method used. In ... [Show full abstract] a more definitive way, they can be categorized as deterministic or probabilistic. Spatial load forecasting is based on three aspects as main requirements: how well the forecast supports the planning process, where will the future load develop, and when will the expected load growth occur. The three aspects are explained to indicate their effect on estimating the load forecast and consequently on the planning process. Spatial electric load forecasting methods can be grouped into three categories: nonanalytic, trending and simulation.

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Chapter

Power System State Estimation

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Electric power systems span over countries and continents to deliver electric energy to almost every industry, business, and home. To accomplish this with high reliability, it is necessary to know the state of the power system, i.e., its voltage profile throughout the power network. In this context, the state estimation problem aims at identifying the most likely state of a power system by ... [Show full abstract] considering a large-enough number of redundant measurements.

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