Review Article

A Review on Machine Learning Strategies for Real-World Engineering Applications

Table 8

ML state-of-the-art systems in energy systems domain.

ML techniqueReferenceApplication

ANN[217]In the buildings of industry savings of the energy are verified and measured
[218]Forecast solar radiation and predict wind speed
[219]Electricity cost is forecasted
[220]Power generation plans are created and scheduled and fluctuations in the wind power are controlled
[221]Various capacities of the renewable energy generation are optimized

MLP[222]Plants are ranked
[223]Forecast solar radiation
[224]Predict solar power generation
[225]Predict load
[226]Solar irradiation is forecasted

SVM[227]Forecast price of the electricity in the market
[228]Estimate the power quality
[229]Disturbances in the power quality will be classified

WNN[230]Time series forecast
[231]Predict the speed of the wind
[232]In forecasting the wind power fluctuations can be mitigated

ANFIS[233]A protection system is presented
[234]Demand of power is forecasted
[235]Solar radiation is forecasted

Decision tree[236]Blackout risk is forecasted
[237]Cost minimization in energy systems

Deep learning[238]Estimation of state-of-charge of battery
[239]Predicting the electricity demand in the households
[240]Energy consumption is forecasted

Ensemble model[241]Building electricity demand is forecasted
[242]Predict buildings cooling load