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PEDPower

Scalable PED Solutions for Cities’ Energy transition

Project
Selected for funding
Category
Project
Call
DUT Call 2025
Duration
–
Project coordinator
VTT Technical Research Centre of Finland Ltd.

PEDPower studies PED integration with district heating, local energy production and waste heat use, storage, and approaches, solutions and mechanisms for systemic energy flexibility, energy efficiency and energy management. The research questions are: 1) How PED elements could accelerate inclusive urban heating and cooling transition, and how to enable their replication across diverse urban contexts?

2) How do PEDs impact socio-economic conditions locally?

3) How to develop PEDs as energy trading platforms, with integrated smart technologies, IoT and demand response to optimise energy consumption, grid stability, market flexibility, and reduce emissions?

PEDPower envisions Positive Energy Districts as fair and inclusive ecosystems that integrate local energy markets with heating and cooling systems to accelerate urban decarbonisation and ensure access to affordable sustainable energy. By coupling electricity and thermal systems through multicommodity optimisation, leveraging renewable and low carbon technologies, and enabling IoT-driven demand response, the project addresses the technical challenges related to scaling of PEDs. To seek solutions for socio-economic challenges, the project introduces practical strategies and guidelines for enabling fair large-scale heating transitions and targets energy poverty by focusing on affordability in developing PED tools and solutions. Scalable and replicable across diverse urban contexts, this approach combines novel technologies and human centric approach to deliver measurable impacts in resilience, affordability, and greenhouse gas emission reduction, while fostering community engagement and sustainable energy transition.

PEDPower develops and validates PED approaches and solutions designed to accelerate cities’ energy transition in its partner countries. It positions PEDs as dynamic systems where renewable and low-carbon technologies, waste heat recovery, and smart IoT-enabled controls converge to deliver energy flexibility, affordability, and resilience. The Finnish project team will develop their solutions for flexibility trading and demand response through the integration of smart technologies, IoT and demand-response mechanisms. Municipal partners will help to evaluate and validate the usability and acceptability of solutions and approaches. 

Participating countries

Czech Republic

Finland

Portugal

Slovenia

Funded project partners

The University Centre for Energy Efficient Buildings (UCEEB) of the Czech Technical University, Institute for Innovation and Development of the University of Ljubljana, Itecons - Institute for Research and Technological Development in Construction, Energy, Environment and Sustainability, Intermunicipal Community of Coimbra Region, Salusfin Oy, MeshWorks Wireless Oy, Iotoi Oy, AccuHeat Oy

Other project partners

Municipality of Žďár nad Sázavou, City of Espoo

Contact

Mari Hukkalainen

mari.hukkalainen@vtt.fi

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