Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Changing dynamics of por systems caused by the large-scale penetration of renewable energy sources and a different behaviour of future distribution networks increase the risk of large-scale blackouts due to voltage collapse, especially in case of unforeseen network conditions (e.g., (N-k)-cases). To enable a both secure and efficient por supply, novel emergency control systems are required that react reliably in due time and adaptively in case of changing network situations.  presents a distributed control approach for the prevention of voltage collapse by a coordinated activation of available countermeasures, in particular acting on distribution transformers, curtailing load as ll as deploying the flexibilities of HVDC-converters and underlying active distribution networks. As the proposed scheme is based on limited system observability and only relies on local measurements, complete system information is not required. The applicability of the approach is demonstrated in a co-simulation with a dynamic por system simulation.
['Lena Robitzky', 'Stefan Dalhues', 'Marvin Albrecht', 'Sven Christian Muller', 'Ulf Häger', 'Christian Rehtanz']
I am writing a research paper on a idea Agent-based prevention of voltage collapse in electrical transmission systems
[{"from": "human", "value": "I am writing a research paper on a idea Agent-based prevention of voltage collapse in electrical transmission systems"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Changing dynamics of por systems caused by the large-scale penetration of renewable energy sources and a different behaviour of future distribution networks increase the risk of large-scale blackouts due to voltage collapse, especially in case of unforeseen network conditions (e.g., (N-k)-cases). To enable a both secure and efficient por supply, novel emergency control systems are required that react reliably in due time and adaptively in case of changing network situations.  presents a distributed control approach for the prevention of voltage collapse by a coordinated activation of available countermeasures, in particular acting on distribution transformers, curtailing load as ll as deploying the flexibilities of HVDC-converters and underlying active distribution networks. As the proposed scheme is based on limited system observability and only relies on local measurements, complete system information is not required. The applicability of the approach is demonstrated in a co-simulation with a dynamic por system simulation."}]