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7th International Hybrid Power Plants & Systems Workshop (HYB 2023)

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  • Location: Hybrid Conference, Tórshavn, Faroe Islands
  • Conference date: 23-24 May 2023
  • ISBN: 978-1-83953-909-1
  • Conference number: CP830
  • One challenge of island grids and micro-grids is to maintain the balance between production and consumption. Diesel generators are still frequently used for this task. Due to the unavoidable dependence on fuel price and delivery options, and the environmental impact, alternatives are being sought. Wind and solar power are independent of imported fuels and environmentally friendly, and therefore the logical choice for island and micro-grids. However, these renewable energies are dependent on variable resource availability; hence their maximum production capacity is subject to natural fluctuations. It is therefore important to develop strategies for how to align production and consumption in the best possible way and to find the perfect combination of conventional and renewable energy. The Faroe Islands are located in the middle of the North Atlantic Ocean, halfway between Norway and Iceland, north of Scotland. The archipelago consists of 18 islands with 54,000 inhabitants in total, and it is electrically isolated from other countries. This made the Faroes a fascinating location for the 7th International Hybrid Power Plants & Systems Workshop. The Workshop offered a prime opportunity to discuss the future of hybrid power systems. Participants had the chance to look at applications in a variety of locations and operating environments with a focus on system design, operating experience, business models, economics, and implementation issues.

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  • Optimization-based operation of island hybrid power systems: a case study in Suðuroy, Faroe Islands
  • Toward high levels of renewables in the French insular systems
  • How to quickly transition from 0% to 100% renewable energy on an island in the northwest corner of Europe?
  • Fixed-frequency operation of an island grid with multiple grid-forming inverters and GPS-based synchronisation
  • Transient stability study for a developing island power system with increasing shares of VRE
  • Coordinated control of hydrogen production based on wind power generation
  • Developing the GEO-techno-economic analysis of hydrogen ecosystems
  • How efficient can hydrogen be? Hydrogen technologies and their limits of optimizibility
  • Techno-economic modelling of stationary energy storage systems with focus on temperature's influence on aging
  • Optimal operation of hybrid power plants: a case study of an operation park in Sweden
  • Techno-economic viability of pumped hydropower plants in Germany, with focus on battery hybridization
  • On the usage of hybrid storage systems for the provision of services for local grids
  • Advanced battery energy storage systems for hybrid power and energy management
  • Design of wind-solar hybrid power plant by minimizing need for energy storage
  • Development of a software in the loop environment to control a microgrid
  • Procedure for parameter identification and validation of governor and automatic voltage regulator dynamic models
  • Load shifting to increase the match of consumption and renewable generation through added thermal storage, analysed for the case of domestic heating on the Faroe Islands
  • Techno-economic effects of electricity market conditions in the optimal operation of hybrid power plants
  • Optimal dispatch for the US Virgin Islands to increase renewable rates in Saint Croix
  • Coupling wind power and heating with a thermal grid: simulation case study Isle of Barra
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