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Due to the decarbonisation of energy use, the power system is expected tobecome the backbone of all energy sectors and thus the basic criticalinfrastructure. High penetration with distributed energy resources demands thecoordination of a large number of prosumers, partly controlled by home energymanagement systems (HEMS), to be designed in such a way that the power system'soperational limits are not violated. On the grid level, distribution managementsystems (DMS) try to keep the power system in the normal operational state. Onthe prosumer level, distributed HEMS optimise the internal power flows by usingbatteries, photovoltaic generators, or flexible loads optimally. The vision ofthe ODiS (Organic Distribution System) initiative is to develop an architectureto operate a distribution grid reliably, with high resiliency, and fullyautonomously by developing "organic" HEMS and DMS which possess multiple self-*capabilities. Thus, ODiS seeks answers to the following question: How can wecreate the most appropriate models, techniques, and algorithms to develop novelkinds of self-configuring, self-organising, self-healing, and self-optimisingDMS that are integrally coupled with the distributed HEMS? In this article, thevision of ODiS is presented in detail based on a thorough review of the stateof the art.

Towards Organic Distribution Systems -- The Vision of Self-Configuring,  Self-Organising, Self-Healing, and Self-Optimising Power Distribution  Management