Project: Climate-driven power management in Crossways
The purpose of the feasibility study is to investigate how we can best meet the energy and climate challenges that lie ahead. We need to balance a renewable energy system (which means more weather-dependent and less plannable effect) together with power management and flexibility of energy use.
Facts about the project
Project manager Senadin Alisic Other project members Truong Nguyen, Diana Unander and Peter Jonsson (Linnaeus University) Sigfrid Lindén Johansson, Åse Togerö, Karlsson and Emma Hulth (Skanska) Petra Nilsson (Växjö Energi) Karin Jarl Månsson and Johan Person (Siemens) Anna Sigurdsson Schedin and Theis Meggerle (Combitech) Participating organizations Linnaeus University, Skanska, Växjö Energi, Siemens, Combitech Financier Swedish Energy Agency through the call: Contribute to the development of resource- and energy-efficient construction and housing Timetable December 1, 2021 - June 30, 2023 Subject Computer Science (Department of Computer Science and Media Technology, Department of Technology and Construction Technology, Department of Building and Energy Technology, Faculty of Technology) Prominent research environment Linnaeus University Centre for Data Intensive Sciences and Applications (DISA) Website The project is linked to the larger project Crossways Växjö: https://www.crosswaysvaxjo.se/
More about the project
The project investigates how an energy and power solution can be created at the neighborhood level with regard to electricity, heating and cooling.
The overall goal of the project is to investigate possibilities around:
Minimization and optimization of the added power from electricity, district heating and district cooling
Positive CO2 balance for the neighborhood's energy system
High self-use where the neighborhood's energy production is used in the area
Overproduction of renewable energy that generates more energy than the neighborhood consumes
New values and business models for the various players in the energy system.
Share end results to increase knowledge nationally
We hope that the energy project can contribute to a completely renewable energy system by meeting problems that may arise when a large proportion of intermittent renewable energy is introduced into the energy system. At the same time, we want to investigate how buildings together can form part of the solution by controlling and equalizing power demand peaks, storing energy and distributing surpluses between different buildings.
What does the project contribute with?
The project contributes to a completely renewable energy system with the tough goal of making the neighborhood a "plus energy neighborhood", which means that the neighborhood produces more renewable primary energy than it uses. The project will also contribute valuable knowledge about energy communities at the neighborhood and district level, with regard to climate benefits, economic values and legal obstacles and opportunities.