Modeling and Control for Hybrid Renewable Energy System in Smart Grid
In this paper, the decentralized smart grid control strategy has been implemented on the current grid located in Jordan at a low voltage level to emulate how the Smart Grid concept would work as near as to reality.
Modeling and Control for Hybrid Renewable Energy System in
In this paper, the decentralized smart grid control strategy has been implemented on the current grid located in Jordan at a low voltage level to emulate how the Smart Grid concept would
Towards a Sustainable Energy Future – The Case for Smart Grids in Jordan
This research paper provides an overview of the current state of Jordan''s energy sector, an explanation of smart grid technology, and an analysis of the advantages and disadvantages of implementing a smart grid in Jordan.
Towards a Sustainable Energy Future – The Case for Smart Grids in
This research paper provides an overview of the current state of Jordan''s energy sector, an explanation of smart grid technology, and an analysis of the advantages and disadvantages of
Evaluating the inertia of the Jordanian power grid
Different scenarios were considered, including the current Jordanian power grid system''s inertia without renewable energy and varying penetration levels of RESs. The constant inertia of the power grid was calculated at 8.755 s, indicating a sufficient level of
Design and Simulation of a Renewable Energy-Based Smart Grid
Converting into the smart grid will add many advantages to the grid''s sustainability, however it is considered to be a complicated process. MISO converter is contributed to easing the process of mixing renewable energy sources.
PV Penetration Impact Study for Future Micro-Grid in Jordan
Abstract: This work presents a novel approach to converting a traditional business park into a smart business park using the micro-grid concept. The selected micro-grid for this project is the King Hussein Business Park (KHBP) in Amman, Jordan.
PV Penetration Impact Study for Future Micro-Grid in Jordan
Abstract: This work presents a novel approach to converting a traditional business park into a smart business park using the micro-grid concept. The selected micro-grid for this project is