Abstract
Increasing numbers of microgrids (MGs) and the maturing of technologies would allow MGs to engage in power market bidding as well as ensure their own consumption. A market base microgrid transaction mechanism design according to the blockchain (BC) platform is established in this study and the chimp optimization algorithm is employed for solving the optimal bidding process in the transaction. In this study, a price-based model is presented that organically integrates BC and MG for solving the issue of insufficient utilization of power in MG gaming competitions. Its convergence accuracy and search ability are high. In addition, two of the most significant players on the market will be utilized as research objects in order to build a real multi-sources mini-MG network to address the actual time energy costs issue. The example verification is used as a basis for the comparison evaluation.
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