Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The impact of the increasing connection of distributed generation to medium voltage feeders, with particular reference to photovoltaic (PV) units, justifies the investigation on secondary voltage/VAR control (VVC) schemes able to improve the utilization of available control resources and to reduce reactive por flows.  deals with a secondary VVC scheme based on a distributed multi-agent approach that requires only the estimation of the reactive por flows beten the buses, where the PV units with reactive por control capability are connected. Phasor measurement units are used to get the relevant information. In general, distributed control approaches are expected to work adequately even by using communication infrastructures with lor performances than those required by centralized approaches.  addresses such an issue by the analysis of the distributed VVC performance when a shared cellular network is used for the cooperative adjustment of PV inverters reactive por outputs and of tap positions of transformers equipped with on-load tap changers. The analysis is carried out by using a specifically developed information and communications technology-por co-simulation platform. It is shown that the VVC scheme has adequate performances also in the presence of significant levels of background traffic and data loss.
['Alberto Borghetti', 'Riccardo Bottura', 'Marina Barbiroli', 'Carlo Alberto Nucci']
I am writing a research paper on a idea Synchrophasors-Based Distributed Secondary Voltage/VAR Control via Cellular Network
[{"from": "human", "value": "I am writing a research paper on a idea Synchrophasors-Based Distributed Secondary Voltage/VAR Control via Cellular Network"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The impact of the increasing connection of distributed generation to medium voltage feeders, with particular reference to photovoltaic (PV) units, justifies the investigation on secondary voltage/VAR control (VVC) schemes able to improve the utilization of available control resources and to reduce reactive por flows.  deals with a secondary VVC scheme based on a distributed multi-agent approach that requires only the estimation of the reactive por flows beten the buses, where the PV units with reactive por control capability are connected. Phasor measurement units are used to get the relevant information. In general, distributed control approaches are expected to work adequately even by using communication infrastructures with lor performances than those required by centralized approaches.  addresses such an issue by the analysis of the distributed VVC performance when a shared cellular network is used for the cooperative adjustment of PV inverters reactive por outputs and of tap positions of transformers equipped with on-load tap changers. The analysis is carried out by using a specifically developed information and communications technology-por co-simulation platform. It is shown that the VVC scheme has adequate performances also in the presence of significant levels of background traffic and data loss."}]