![Real-time Energy Management for PV–battery–wind based microgrid using on-line sequential Kernel Based Robust Random Vector Functional Link Network - ScienceDirect Real-time Energy Management for PV–battery–wind based microgrid using on-line sequential Kernel Based Robust Random Vector Functional Link Network - ScienceDirect](https://ars.els-cdn.com/content/image/1-s2.0-S1568494620309972-fx1.jpg)
Real-time Energy Management for PV–battery–wind based microgrid using on-line sequential Kernel Based Robust Random Vector Functional Link Network - ScienceDirect
![Modeling of energy efficiency for a solar still fitted with thermoelectric modules by ANFIS and PSO-enhanced neural network: A nanofluid application - ScienceDirect Modeling of energy efficiency for a solar still fitted with thermoelectric modules by ANFIS and PSO-enhanced neural network: A nanofluid application - ScienceDirect](https://ars.els-cdn.com/content/image/1-s2.0-S0032591021001923-ga1.jpg)
Modeling of energy efficiency for a solar still fitted with thermoelectric modules by ANFIS and PSO-enhanced neural network: A nanofluid application - ScienceDirect
![MEMS BASED RF ENERGY HARVESTER FOR BATTERY-LESS REMOTE CONTROL: A REVIEW | Noor HIDAYAH Mohd Yunus | 3 updates | 1 publications | Research Project MEMS BASED RF ENERGY HARVESTER FOR BATTERY-LESS REMOTE CONTROL: A REVIEW | Noor HIDAYAH Mohd Yunus | 3 updates | 1 publications | Research Project](https://i1.rgstatic.net/ii/profile.image/776810153390081-1562217381257_Q512/Noor-Mohd-Yunus-2.jpg)
MEMS BASED RF ENERGY HARVESTER FOR BATTERY-LESS REMOTE CONTROL: A REVIEW | Noor HIDAYAH Mohd Yunus | 3 updates | 1 publications | Research Project
![MEMS BASED RF ENERGY HARVESTER FOR BATTERY-LESS REMOTE CONTROL: A REVIEW | Noor HIDAYAH Mohd Yunus | 3 updates | 1 publications | Research Project MEMS BASED RF ENERGY HARVESTER FOR BATTERY-LESS REMOTE CONTROL: A REVIEW | Noor HIDAYAH Mohd Yunus | 3 updates | 1 publications | Research Project](https://www.researchgate.net/profile/Noor-Mohd-Yunus-2/publication/329238617/figure/tbl1/AS:697859041144847@1543393969893/Comparison-Performance-of-the-Proposed-Antenna-with-Other-MPAS_Q640.jpg)