Journal
ENERGIES
Volume 14, Issue 23, Pages -Publisher
MDPI
DOI: 10.3390/en14237991
Keywords
utility analytics; prediction analytics; big data in power system operation; advance statistics for energy; spatio-temporal forecasting
Categories
Funding
- Energisa Tocantins (ANEEL-Agencia Nacional de Energia Eletrica-Research and Development Program) [P&D ANEEL 00032-1704/2017]
- CAPES (Coordenacao de Aperfeicoamento de Pessoal de Nivel Superior) PROAP PPGEET/UFF
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This paper presents a big data analytics-based model developed for electric distribution utilities aiming to forecast the demand of service orders (SOs) on a spatio-temporal basis. The algorithm automatically forecasts the number of SOs that will need to be executed in each location in several time steps, based on robust history and location data provided by an energy utility.
This paper presents a big data analytics-based model developed for electric distribution utilities aiming to forecast the demand of service orders (SOs) on a spatio-temporal basis. Being fed by robust history and location data from a database provided by an energy utility that is using this innovative system, the algorithm automatically forecasts the number of SOs that will need to be executed in each location in several time steps (hourly, monthly and yearly basis). The forecasted emergency SOs demand, which is related to energy outages, are stochastically distributed, projecting the impacted consumers and its individual interruption indexes. This spatio-temporal forecasting is the main input for a web-based platform for optimal bases allocation, field team sizing and scheduling implemented in the eleven distribution utilities of Energisa group in Brazil.
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