Distributed Photovoltaic Power Dispatching System Under the Internet of Things Architecture
This study proposes an intelligent power dispatch system based on the Internet of Things architecture to ad-dress the intermittency and randomness issues of distributed photovoltaic power generation.The system collects data in real time through sensors,combines edge computing and improved LSTM model to predict power generation,and uses MPC optimization strategy for power dispatching.In addition,blockchain technology and Stackelberg game theory are in-troduced to optimize energy trading and load management.The experimental results show that the system effectively im-proves the prediction accuracy and scheduling efficiency of photovoltaic power generation,enhances the local energy con-sumption capacity,and contributes to the large-scale application of clean energy.
distributed photovoltaic power generationInternet of Thingspower dispatching
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