Hover map: A Revolutionary Platform for the Future Energy System

The preamble
to Sweden’s energy landscape is facing a transformative change. With the rapid electrification of the transport sector and new industrial investments, such as battery factories and the production of fossil-free steel, a dramatic increase in demand for electricity is predicted. These developments require a profound understanding and transformation of the Swedish electricity system to meet the challenges of the future.

Background
The traditionally stable Swedish electricity consumption is undergoing a historical change. Technological development and the pursuit of a sustainable society are driving rapid electrification, which in turn leads to an exponential increase in electricity demand. These developments place new demands on Sweden’s energy system, which must be adapted and developed in order to cope with the increasing pressure.

Theaim of the
project, supported by Vinnova and Västra Götaland Region, is to gather and make visible knowledge of the Swedish electricity system. By integrating data from different actors and using artificial intelligence to create models and predictions, the aim is to provide an overview of current and future power needs. This will inform decisions on investments in new technologies and infrastructures that are sustainable and future-proof.

Results
The Behovskart has already started to show new insights into the Swedish energy system, allowing for a deeper understanding of power needs and the potential of different energy sources. The platform has the potential to become an important tool for policymakers, industry and citizens to navigate the transition towards a more sustainable and resilient energy system.

Why is it a good example?
The Behovkart is a good example of a project for several reasons. First, it promotes cooperation and knowledge sharing between different sectors and actors, which is crucial to address the complexity of the transformation of the energy system. Secondly, the project combines technological innovation with practical application, making it possible to visualise and understand complex systems in an accessible way. Finally, the Behovskart contributes to a more informed and nuanced debate on Sweden’s energy future, which is fundamental to achieving a sustainable and secure energy supply. By engaging a broad group of stakeholders and making the use of data and AI central, the Behov map shows the way in which the challenges of the future can be met with innovative solutions.