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Effect of Load Contribution Factor on Multinodal Load Forecasting

IEEE EUROCON 2021 - 19th International Conference on Smart Technologies, 2021
This paper discusses a load contribution factor (LCF) based multinodal load forecasting technique. The dynamic nature of the electrical load in any distribution network is the reason behind the need for simultaneous forecasting of load at all the nodes.
Sneha Rai, Mala De
openaire   +2 more sources

Influence curves for factor loadings

British Journal of Mathematical and Statistical Psychology, 2005
Influence curves for the initial and rotated loadings are derived for the maximum likelihood factor analysis (MLFA) model. Cook's distances based on the empirical influence curves of factor loadings are proposed for the identification of influential observations. The distances are shown to be invariant under scale transformation and factor rotation. We
Kwan, CW, Fung, WK
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The Influence of Communality, Factor Strength, and Loading Size on the Sampling Characteristics of Factor Loadings

Psychometrika, 1967
A Monte Carlo approach is employed in determining whether or not certain variables produce systematic effects on the sampling variability of individual factor loadings. A number of sample correlation matrices were generated from a specified population, factored, and transformed to a least-squares fit to the population values.
N, Cliff, R, Pennell
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Standard Errors for Rotated Factor Loadings

Psychometrika, 1973
Beginning with the results of Girshick on the asymptotic distribution of principal component loadings and those of Lawley on the distribution of unrotated maximum likelihood factor loadings, the asymptotic distribution of the corresponding analytically rotated loadings is obtained.
Archer, Claude O., Jennrich, Robert I.
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Factors Determining Work-load

Ergonomics, 1978
Abstract In this short introduction to the topic of the symposium, some analytical elements are suggested for the concept of work-load, the large variety or work-load categories is recalled, and mention is made of some factors determining work-load, which will be elaborated on in the papers presented by other authors.
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Factorized Load Flow

IEEE Transactions on Power Systems, 2013
This paper extends to the load flow problem the factorized solution methodology recently developed for equality-constrained state estimation. This is done by considering a redundant set of initial conditions in order to transform the undetermined system arising in the first linear stage into an overdetermined one.
Antonio Gomez-Exposito   +1 more
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Load Combinations and Load Factors for Construction

Journal of Performance of Constructed Facilities, 1996
There is a current ASCE Standards Committee activity to develop a standard that provides engineers and designers with minimum recommended design loads for construction. This paper reports on the development of load combinations and load factors (for strength design) for this load standard.
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Safety factors and loads

2023
Abstract The earlier codes of practice were based on elastic theory under service load and the latter codes are based on limit states approach. For the earlier codes, safety factors were associated with the values of permissible stress for concrete and reinforcement.
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Annual load relief map, peak load and load factor analysis

Proceedings of the American Institute of Electrical Engineers, 1917
Description of the annual load relief map which is a device for visualizing the entire yearly load of central stations. Review of load characteristics, as exemplified by the annual load relief map. Notes on daylight saving relative to the decreasing of peak load, and improvement in load factor. Analysis of load factors as applied to ``base'' and ``top''
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