DEM4PED - Data Exchange Model For Positive Energy Districts
"By removing barriers on the production and trading energy will boost up the total energy production and market in the two neighborhood, district, village, town, city, country, inter-countries spectrum."
Developing sustainable future cities depends on the opportunities to optimally integrate and mobilize food, water, and energy (FWE) resources in a synergistic way to reduce water, carbon, and ecological footprints, and to increase the community resilience against challenges exacerbated by climate change, population growth, and resources depletion. This authentic and original proposal; enables producers and consumers of renewable solar energy to exchange energy with each other with the most innovative processes and products offered by information technologies, ensuring smart and optimized energy demand /supply planning and execution capabilities and minimizing transmission and storage cost. The project focused on the realization of new Business Model by instant, subscription creation, energy trading and subscriber termination contracts (smart contrats) over the Blockchain network with the state-of-the-art information technologies of multi solar power generation districts.
Project Partners
- OSTIM TECHNICAL UNIVERSITY (Türkiye)
- SOFTWARE IMAGINATION and VISION SRL - SIMAVI (Romania)
- MASARYK UNIVERSITY INSTITUTE OF COMPUTER SCIENCE (Czechia)
Main Objectives
The business model and supporting IT services will be the first application rival for the limited several R&D projects running in the Europe.
- By removing barriers on the production and trading energy will boost up the total energy production and market in the two neighborhood, district, village, town, city, country, inter-countries spectrum.
- Using your own energy produced in your house roof-installed PV and selling over-production to the nearest and most fitted neighborhood or vice-versa according to the smart contracts or agreements instantly done by DaaP's (Decentralized Applications) sounds remarkable effect on the green energy need and transformation.
- By this project the capability build by the small scale PV producers&consumers integration will be extended to the all kind of private / public, low-medium-large scale producers and consumers. Also additional to the solar energy the other renewable energy production resources such as wind, hydrogen will be integrated in order to get product diversification.
Scientific Publication
A peer-reviewed article has been prepared based on this project, detailing the blockchain-based decentralized energy management architecture, tokenization model, and experimental results for peer-to-peer energy trading in Positive Energy Districts.
You can briefly summarize key contributions here and provide the official publication link below.
View Article on Research Square