Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Managing uncertainty caused by the large-scale integration of wind por is a challenge in both the day-ahead planning and real-time operation of a por system. Increasing system flexibility is the key factor in preserving operational reliability. While distributed energy storage is a promising way to increase system flexibility, its benefits have to be optimally exploited to justify its high installation cost. Optimally operating distributed energy storage in an uncertain environment requires decisions on multiple time scales. Additionally, storage operation needs to be coordinated with the scheduling and dispatching of conventional generators.  proposes and demonstrates a three-level framework for coordinating day-ahead, near real-time and minute-by-minute control actions of conventional generating units and distributed energy storage. A case study illustrates the interactions beten the three levels and the effectiveness of this approach both in terms of economics and operational reliability.
['Mads Almassalkhi', 'Yury Dvorkin', 'Jennifer F. Marley', 'Ricardo Fernandez-Blanco', 'Ian A. Hiskens', 'Daniel S. Kirschen', 'Jonathon A. Martin', 'Hrvoje Pandzic', 'Ting Qiu', 'Mushfiqur R. Sarker', 'Maria Vrakopoulou', 'Yishen Wang', 'Mengran Xue']
I am writing a research paper on a idea Incorporating storage as a flexible transmission asset in power system operation procedure
[{"from": "human", "value": "I am writing a research paper on a idea Incorporating storage as a flexible transmission asset in power system operation procedure"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Managing uncertainty caused by the large-scale integration of wind por is a challenge in both the day-ahead planning and real-time operation of a por system. Increasing system flexibility is the key factor in preserving operational reliability. While distributed energy storage is a promising way to increase system flexibility, its benefits have to be optimally exploited to justify its high installation cost. Optimally operating distributed energy storage in an uncertain environment requires decisions on multiple time scales. Additionally, storage operation needs to be coordinated with the scheduling and dispatching of conventional generators.  proposes and demonstrates a three-level framework for coordinating day-ahead, near real-time and minute-by-minute control actions of conventional generating units and distributed energy storage. A case study illustrates the interactions beten the three levels and the effectiveness of this approach both in terms of economics and operational reliability."}]