The project

EMPEDOFLEX aims to accelerate the deployment of Positive Energy Districts (PEDs) and energy communities by developing an interoperable digital toolbox supporting planning, operation and management of multi-energy district with high renewable penetration, enhancing their potential coordinated flexibility provision. The project will deliver advanced data analytics, long-term planning and short-term management tools, validated at TRL 5 in diverse European contexts, supporting stakeholders such as DSOs, municipalities and energy communities in improving energy performance, flexibility and resilience. Like the philosopher Empedocles based his cosmogony on the four classical elements, EMPEDOFLEX lays its foundations on four objectives:

to deliver AI and ML solutions to extract useful information and knowledge from data

to provide tools that assess optimal long-term strategies for PEDs and other forms of aggregation of flexible resources

to deliver services for the short-term management to provide demand response flexibility

to provide a toolbox that can be seamlessly integrated within existing ICT platforms

Work Packages

WP1 – Project management and coordination

Coordinator: LEAP (Italy)

WP2 – Advanced Data Analytcs (ADA) tools design and development

Coordinator: Politecnico di Milano (Italy)

WP3 – Long Term Strategies (LTS) tools design and development

Coordinator: VITO (Belgium)

WP4 – Short Term Management (STM) tools design and development

Coordinator: ICCS (Greece)

WP5 – Implementation of interopeability-by-design

Coordinator: Bettergy (Spain)

WP6 – Validation, assessment and exploitation

Coordinator: KTH (Sweden)

WP7 – Reporting and Knowledge Community

Coordinator: LEAP (Italy)

Results

EMPEDOFLEX will deliver interoperable tools enabling design and operation of net-zero energy districts, validated across multiple European climates and regulatory contexts. Expected impacts include increased district flexibility, improved renewable integration and enhanced user participation in energy systems. The solutions could enable 15–20% CO2 emission reductions per PED and potentially save 48,000–65,000 tons of CO2 annually through early adoption. In the long term, EMPEDOFLEX supports large-scale PED deployment across European cities, strengthens grid resilience, reduces operational costs and accelerates climate-neutral urban energy transitions. The toolbox will generate value for technology providers, energy operators and citizens, fostering scalable and sustainable multi-energy system management across Europe.