Department of Electrical Power Engineering and Mechatronics

The objective of this project is to form a Nordic-Baltic cooperation and simulation platform for information exchange and system analysis and provide mobility support for perspective MSc and PhD students, and researchers to increase the knowledge on future power system development and control. The results of the project will be beneficial to researchers, utility and industry engineers, for management persons and for policy makers. The topics covered in the project, but not limited to, are related to transmission system expansion planning, flexible operation of grid-connected microgrids using energy storage option, wide-area control and protection possibilities, real-time modelling and control, system island operation, system synchronization, cyber-physical energy systems, power system stability, integration of wind energy resources, an information exchange platform for enabling ancillary services from distributed energy resources, advanced visualization of voltage stability limit and system protection based on the real-time measurement and data-driven methods for real-time voltage stability assessment.

Objectives of the project are:

• Promote holistic and innovative approaches in stability control and analysis by strengthening the scientific basis and fostering networking and mutual communication.
• To establish a cross-projects co-operation through and enable a tool for further discussion and communication of the COSPACT members and Nordic-Baltic R&D community.
• Increase the technical and scientific competence of network participants though processes of knowledge co-production.
• To improve the knowledge sharing between universities and industry/utilities.
• Produce new partnerships, exchange opportunities, and collaborations between researchers in Nordic-Baltic region.
• Identify and follow up specific funding avenues for common projects, while focusing on cross-cutting funding streams allocated to projects concerned with renewable integration, climate change, and energy efficiency.
• Generate leadership opportunities for Early Career Investigators (ECIs) and participants.
• Promote power system research and development in Nordic-Baltic region.
• Support Baltic region governmental initiative to collaborate and support power system research and networking.

Research topics and interests

• Tallinn University of Technology
• Norwegian University of Science and Technology
• Chalmers University of Technology
• Tampere University
• Aalto University
• Riga Technical University

Teams and leaders

• Tallinn University of Technology (Estonia) - prof  Jako Kilter  -  Project coordinator
• Norwegian University of Science and Technology - NTNU (Norway) – prof. Irina Oleinikova, prof  Kjetil Uhlen
• Chalmers University of Technology (Sweden) – prof  Ola Carlson
• Tampere University (Finland) – prof  Sami Repo
• Aalto University (Finland) – prof  Matti Lehtonen
• Riga Technical University (Latvia) – prof  Anna Mutule

WORKSHOP 1 – Power system transition to Green and its influence on system control, protection and power quality.
Location: Tallinn, Estonia
Date(s): 03-04.11.2022

Agenda
Presentations

• Verner Püvi - Photovoltaic Hosting Capacity of Distribution Networks /Aalto University
• Anna Mutule - Power system related activities in Riga Technical University
• Antti Supponen - Field demonstration on optimal voltage control tests and results /Tampere University
• Rasmus Armas - Future challenges for elektrilevi  /Elektrilevi
• Jako Kilter - Power systems research group /TalTech
• Kaur Tuttelberg - Monitoring and forecasting of corona losses  /TalTech

• Karl Kull - SMAGRINET project /TalTech