Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Por systems normally operate at some stable operating condition where the por supply and demand are balanced. In emergency situations, local protective devices are usually activated to cut a suitable amount of loads to quickly rebalance the supply-demand and hopefully stabilize the system. This traditional emergency control results in interrupted service with severely economic damages to customers. Also, such local control is usually less effective due to the lack of coordination among protective devices and the difference in their timescales. ,  propose a novel structural control paradigm for remedial actions of por grids, which can rigorously guarantee to render the post-fault dynamics from the fault-cleared state to the stable equilibrium point. This is a new control paradigm not relying on any continuous measurement. Instead, the grid is made stable by intentionally changing the por network structure, and thereby discretely changing its equilibrium point and the corresponding region of attraction such that the system is consecutively attracted from the fault-cleared state back to the original equilibrium point. The proposed control is designed by solving convex optimization problems, making it possibly scalable to large scale por grids. Finally, this emergency control scheme can be implemented with minor investment by exploiting the plentiful transmission facilities ubiquitously available on the existing por grids.
['Thanh Long Vu', 'Spyros Chatzivasileiadis', 'Hsiao-Dong Chiang', 'Konstantin Turitsyn']
I am writing a research paper on a idea Structural Emergency Control Paradigm
[{"from": "human", "value": "I am writing a research paper on a idea Structural Emergency Control Paradigm"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Por systems normally operate at some stable operating condition where the por supply and demand are balanced. In emergency situations, local protective devices are usually activated to cut a suitable amount of loads to quickly rebalance the supply-demand and hopefully stabilize the system. This traditional emergency control results in interrupted service with severely economic damages to customers. Also, such local control is usually less effective due to the lack of coordination among protective devices and the difference in their timescales. ,  propose a novel structural control paradigm for remedial actions of por grids, which can rigorously guarantee to render the post-fault dynamics from the fault-cleared state to the stable equilibrium point. This is a new control paradigm not relying on any continuous measurement. Instead, the grid is made stable by intentionally changing the por network structure, and thereby discretely changing its equilibrium point and the corresponding region of attraction such that the system is consecutively attracted from the fault-cleared state back to the original equilibrium point. The proposed control is designed by solving convex optimization problems, making it possibly scalable to large scale por grids. Finally, this emergency control scheme can be implemented with minor investment by exploiting the plentiful transmission facilities ubiquitously available on the existing por grids."}]