Doctoral Schools WUT

Search Engine for Promoters and Research Areas

Wykaz obszarów badawczych związanych z tagiem Blockchain:

# Obszar badawczy Dziedzina naukowa
1 Issues of billing for the use of electricity. Searching for a fair and socially, technically and economically justified system of settlement for energy components (active/passive/level of quality and reliability of power supply) in the era of smart grid solutions, smart metering and prosumer solutions. The prosumer billing model as a stimulator of RES-based energy development. Modern forms and models of settlements between users and the tasks of the distribution network operator. New technologies in user settlements (P2P, blockchain, cryptocurrencies) and the development of specific structures and new forms of activity in the energy market. Energy cryptocurrencies. The role of network operators and the financing of their activities with the trend towards an increasing share of prosumer installations and self-balancing areas. The billing model for ancillary (system) services to the grid provided by consumers/prosumers/flexumers (including DSR/DSM).

Modeling, control, and simulation of complex systems (ICT, financial engineering, medicine, water resources, etc.), computer decision support systems, recommendation systems, wireless sensor networks, mobile ad hoc networks, optimal resource allocation in data networks and computing centers, parallel and distributed programming, global optimization algorithms, machine learning and Big Data processing, blockchain technologies, cyber security.


Distributed and prosumer-centered energy systems create conditions for local cooperation between producers and consumers. As a result, local market technical and business models are emerging, e.g., clusters and energy cooperatives. The proposed research field covers the design of market mechanisms, including the selection of winners (Winner Determination Problem) and the allocation of economic benefits (pricing). An essential element may be the role of local markets in the operation of the larger energy system, particularly in the provision of flexibility services. Modeling tools relate to multi-agent systems, optimization taking into account the criterion of fairness, and computer systems supporting market mechanisms. The scope includes examining the properties of individual concepts of local markets, identifying their imperfections, and proposing new mechanisms addressing the identified problems.


The prevailing solutions used in the practice of the operation of power systems are narrowed to the central balancing mechanisms. The proposed research field is about breaking this paradigm and considering a distributed balancing system involving multiple agents with different, sometimes conflicting goals. The topic is of key importance in the light of the ongoing changes, the increase in the number of distributed energy resources and, consequently, the introduction of rigidity in the system, the emergence of new customers and producers (e.g., electric cars), as well as the processes of democratization of the energy sector. The research topic includes the recognition of existing concepts of distributed balancing mechanisms, critical analysis (including evaluation methodology), and the proposal and research of new balancing mechanisms. The issue is multidisciplinary. It touches on economic elements (maximization of economic benefits) but also social factors (fair distribution of balancing costs) and contains technological potential (e.g., blockchain as a potential solution).