Smart Grid Based Multiagent System in Transmission Sector
S. Jaanaa Rubavathy, R. Venkatasubramanian, Maragatham Kumar, Bibhu Prasad Ganthia, J.Satheesh Kumar, P. Hemachandu, M. Siva Ramkumar
Abstract
New technological hurdles are growing as renewable energy-based generating distributions are rising. Due to the nearness of linked inverters and the variety of solar PV inverters, it is more likely for an overvoltage issue to occur. This is similar to the previous statement, which said that solar PV inverters help enhance the probability of reverse power flow. The continued issues with distribution network operations might lead distribution channel operators to institute further stricter limitations on the implementation of distributed PV inverters into their distribution networks. Despite this, these issues may be solved by means of supervision monitoring and data collection, such as SCADA. It's also a lot more expensive to build SCADA-like functionality using low voltage networks as there will be a large number of special equipment that will be linked to them. Instead, multi-agent systems like multi-robot systems may be used to deal with the aforementioned technological issues. This system is flexible and capable of using several control strategies, including decentralized control and hierarchical control, which may help to overcome the many technological issues.