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Previously in “Reconciling solar forecasts: Geographical hierarchy” [Solar Energy 146 (2017) 276–286], we have demonstrated that by reconciling the forecasts obtained from a geographical hierarchy (formed by levels such as transmission zones, distribution nodes, PV plants, subsystems and inverters), more accurate forecasts can be obtained as compared to forecasts produced using only the information...
To integrate solar energy into the electricity grid reliably and efficiently, different forecasting techniques are used to produce forecasts at various forecast horizons using data of different levels of aggregation. For example, power generated by distributed photovoltaics (PV) can be disaggregated in a geographical hierarchy into transmission zones, distribution nodes, PV plants, subsystems and...
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