Results 211 to 220 of about 208,976 (262)
RESIDENTIAL HOURLY AND PEAK DEMAND MODEL
, 1981 Verzhbinsky, G., Levine, M.D.
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Evaluating demand charges as instruments for managing peak-demand
Renewable and Sustainable Energy Reviews, 2023 Reducing peak demand in distribution grids is associated with benefits such as delayed infrastructural investments, decreased losses and a reduced risk of power deficits. One instrument aimed at reducing peak demand is the demand charge, a capacity-based component in a network tariff that intends to encourage users to reduce their peak usage. Using ten
Fouad El Gohary +2 more
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Proceedings of the Institution of Civil Engineers - Water Management, 2007
Residential water consumption has been analysed by monitoring a water distribution system in a small town of about 1200 inhabitants, Piedimonte San Germano, in southern Italy. The design of a water distribution system is usually undertaken with reference to the maximum water required by customers—one of the most onerous operating conditions to which ...
TRICARICO, Carla +3 more
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Residential water consumption has been analysed by monitoring a water distribution system in a small town of about 1200 inhabitants, Piedimonte San Germano, in southern Italy. The design of a water distribution system is usually undertaken with reference to the maximum water required by customers—one of the most onerous operating conditions to which ...
TRICARICO, Carla +3 more
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ANN Daily Peak Forecast for Peak Demand Charges Management
2020 IEEE Canadian Conference on Electrical and Computer Engineering (CCECE), 2020Demand charges (DC) is one of the major utility charges that represents a considerable portion of the electricity bill, especially in the case of large electricity consumers. Predicting the monthly peak of the facility helps manage peak demand charges (PDC).
Abdeslem Kadri, Farah Mohammadi 0001
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Peak demand scheduling in the Smart Grid
2014 IEEE International Conference on Smart Grid Communications (SmartGridComm), 2014Smart grid technology has the opportunity to revolutionize our control over power consumption. Currently power-requesting jobs are scheduled in an on-demand fashion; power draw begins when the consumer requests power (turns on an appliance) and ends when the job is complete (appliance is turned off).
Sean Yaw +3 more
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Modelling peak electricity demand
Journal of Forecasting, 1992AbstractThis paper estimates a forecasting equation for the hourly peak electricity demand one day in the future. The models incorporate deterministic influences such as holidays, stochastic influences such as average loads by building bivariate models, and exogenous influences such as the weather which is given a careful non‐linear formulation. Out‐of‐
Robert F. Engle +2 more
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Peak and off-peak demand for electricity: Is there a potential for load shifting?
Energy Economics, 2021Abstract In this paper, we explore whether there is a potential for shifting load between different times of the days, i.e., between peak and off-peak hours. In particular, we explore whether the fact that electricity is a necessity to modern life puts restrictions on the possibilities for load shifting.
Runar Brännlund, Mattias Vesterberg
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Peak demand shaving by cogeneration
Conference Record of the 1993 IEEE Industry Applications Conference Twenty-Eighth IAS Annual Meeting, 2002The authors present a methodology for calculating the optimal cogeneration facility capacity and operation suitable for demand-side peak shaving, ensuring a reliable service and economic utilization of the facility. This methodology takes into consideration steam conditions in the plant, electric load profile, fuel price, operating hours, plant ...
M. El-Shibini, M. Emam
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