Energy Data and Flexibility Management for Positive Energy Districts.
Positive Energy Districts are a key driver of the transition to climate-neutral cities. Effective energy data management enables real-time monitoring of energy flows, smarter optimization of local resources, and the implementation of flexible energy strategies. Successful industrial examples – such as the Bosch plant in Schwieberdingen, Germany, show how centralized energy management and demand-side flexibility can maximize the use of local heat and electricity while reducing dependence on external energy.
The FlexPED project builds on these proven approaches and scales them up to the city level through an AI-based Urban Digital Twin, enabling secure, data-driven energy optimization for urban districts.
About the project
FlexPED is a project implemented by a consortium of nine partners from five European countries: Poland, Germany, Austria, the Netherlands, and Bulgaria. The project involves leading technical universities, research institutes, local government units, and industry partners.
The aim of FlexPED is to develop an open and intelligent energy data and energy flexibility management system for Positive Energy Districts (PED). The project involves the use of modern tools such as artificial intelligence, agent simulations, and real-time data integration within a next-generation urban digital twin platform.
Our Case Studies
City Spotlight: Dive into the Transformative Stories of DigiTwins4PEDs in Stuttgart and Sofia – A Global Exploration of Urban Energy Innovation.
Project Partners
Project Sponsors
