Title :
A demand side prediction method for persistent scheduled power-cuts in developing countries
Author :
Kogo, T. ; Nakamura, S. ; Pravinraj, S. ; Arumugam, B.
Author_Institution :
Smart Energy Res. Labs., NEC Corp., Kawasaki, Japan
Abstract :
Irregularity of scheduled power-cut induces consumer´s inefficient activity and therefore the consumer expects to know power-cut occurrence in advance. This paper proposes 3-heuristics which enable consumers to predict starttime of power-cuts for next day: SBP (Start-time of power-cut Based Prediction) using historical power-cut start-time data, FBP (Frequency Based Prediction) using historical frequency fluctuation data and ADSP (Adaptive Data Selection Prediction) which is a hybrid exploiting advantages of SBP/FBP with appropriate data period for overcoming changes of power-cut pattern. The evaluation results with power data of Chennai India showed that SBP totally achieved higher prediction success ratio than FBP and SBP has the advantage on regular power-cut pattern instead FBP has the same on the irregulars. Data period to maximize prediction success ratio depends on power-cut pattern as for SBP/FBP. The highest prediction success ratio was marked by ADSP which adaptively combined start-time/frequency data and determined data period on the basis of power-cuts pattern.
Keywords :
demand side management; load shedding; power generation planning; power generation scheduling; ADSP; Chennai India; FBP; SBP; adaptive data selection prediction; data period; demand side prediction method; developing countries; frequency based prediction; historical frequency fluctuation data; historical power-cut start-time data; persistent scheduled power-cuts; prediction success ratio maximization; rolling blackouts; rotational load shedding; start-time-of-power-cut based prediction; Data mining; Frequency estimation; Market research; Power demand; Prediction methods; Time-frequency analysis; planned power-cut; prediction; rolling blackouts; rotational load shedding; scheduled power-cut;
Conference_Titel :
Innovative Smart Grid Technologies Conference Europe (ISGT-Europe), 2014 IEEE PES
Conference_Location :
Istanbul
DOI :
10.1109/ISGTEurope.2014.7028935