LF type | Year | Technical approach | Contribution | Challenges |
---|---|---|---|---|
MTLF | 2022 | LSTM and NARX neural network [194] | Hourly energy demand prediction of a municipality | 1. Over-fitting issue 2. Systems precision iii. Huge calculation time |
SARIMA (seasonal auto-regressive integrated moving average) and ES (Exponential Smoothing) [195] | Predicts yearly consumption of electricity for the agriculture sector | |||
ISSA-SVM (improved sparrow search algorithm-Support Vector Machine) [196] | Error index of load forecasting is kept optimal which results in better prediction accuracy | |||
2021 | LSTM network [197] | Load forecasting with minimal error for industrial power consumption | ||
Support Vector Regression (SVR) [198] | Mean absolute percentage error (MAPE) and root mean square error (RMSE) are kept to a minimum | |||
2020 | BPNN, Singular Spectrum Analysis (SSA), Weightless Neural Network (WNN), Cuckoo Search algorithm [199] | Surveying load forecasting for wavelet disintegration to learn about the reduction of stochastic part | ||
Grasshopper Optimization Algorithm, BP, Regressive Model [200] | Daily and hourly continuous load forecasting | |||
Load Range Discretization (LRD), CNN, BP [201] | Probability distribution generation for load forecasting | |||
Mutual Information-ANN, Jaya algorithm [202] | Removes feature selection redundancy | |||
LSTM, Cascade NN, Edited Nearest Neighbor (ENN), Ensemble Learning. Levenberg–Marquardt algorithm [203] | Decreasing mean absolute percentage error by integrating cascade neural network in load forecasting | |||
CNN, BP, Image encoding, Gramian Angular field, Recurrence Plot, Markov Transition field [204] | Single residential user load forecasting using CNN on time series datasets | |||
DML, Apache Hadoop, Apache Spark, Linear Regression, Generalized Linear Regression, Decision Tree, Gradient-boosted trees, Random Forest, Distributed computing [188] | Development of a Distributed Machine Learning approach for reducing training time and test time with higher accuracy | |||
2019 | KNN-ANN, BPNN, Spark [205] | Handling multivariate data and multiple time series while predicting load forecasting outputs | ||
LSTM, BPNN, Adaptive Moment Estimation [206] | Load forecasting prediction by analyzing electricity price | |||
Parallel deep learning [207] | Ensuring control of hybrid energy storing system in a distributed system using parallel deep learning | |||
LSTM, GRU [208] | Predicting load forecasting by training GRU and LTSM with various time scale sequences | |||
2018 | FFNN, Particle Swarm Optimization, MLP [209] | Mid-term load forecasting in terms of green environment and peak load | ||
BPNN [210] | Identification of max power load at photovoltaic power generation and power capacity |