Honeycomb Distribution Networks: Concept and Central Features

A survey on resilient operations of active distribution networks with diversified flexibility resources

“…Cellular architecture of active distribution networks is a set of adjustable hexagonal feeder grids for fine-grained point-topoint power transport control of the ADN system with soft open points (SOPs), and then the economy and reliability of ADN operation can be improved. The unit in the cellular architecture of ADNs is actually an autonomous microgrid system, with high reliability of power supply and integration of flexible renewable energy (Wang et al, 2022).…”

“…At the upper level, SIESs serve as decisionmakers to coordinate the energy exchange among multimicrogrids for maintaining power balance. At the lower level, each microgrid achieves autonomous operation through the coordinated scheduling of diversified flexibility resources (Wang et al, 2022). The proposed distributed control problem can be solved by ADMM algorithm, which combines the advantage of decomposability of dual ascent and excellent convergence properties of multiplier method (Rui et al, 2020;Liu et al, 2018).…”