Social Sustainability in Spatial Planning – A Knowledge Overview
There is a lack of knowledge on what social sustainability means in Swedish spatial planning. This knowledge overview gathered a large number of Swedish public sector organisations on municipal, regional and national level in orde…
Cyber-security in the Wireless Industrial use cases
The CyberWI project deals with security solutions that integrate seamlessly over different infrastructures such as Cloud Computing, Wireless Sensor Networks and Mobile technologies. The goal is to enable the Industrial Internet, w…
Regional development node for lightweight solutions in Småland
The aim is to build a regional infrastructure for LIGHTer in Småland. This means that a particular focus is on lightweight solutions in industrial sectors such as plastics, foundry, sheet metal, profile, wood and cutting machining…
On, off or in between - A study on a microgrid
This project focuses on a newly established microgrid in Kungsbacka, connecting a small number of rental apartments with several public sector buildings. The project purpose is to study if and how those living and working in the m…
RUGGEDISED -Smart and energy efficient cities
The Smart Cities project RUGGEDISED will test solutions for management and control of heat and electric energy in cities. Investments are done in measurement and control systems which enables a more efficient management of demand …
RiaSoR2. Reliability in a Sea of Risk
Marine energy devices operate in harsh environments but still need to perform reliably and produce an expected amount of energy, which gives rise to huge engineering challenges.
Bio-based CHP as profitable technology for balancing the energy system
The project intends to present a decision document showing the revenue levels required for flexible bio-based combined heat and power to be profitable. Among other things, the project will study the profitability of different tech…
AIR - A distributed research environment for autonomous technology
AIR is a distributed research environment focusing on collaborative and interdisciplinary research on human interaction with a range of autonomous systems, for which RISE is responsible for autonomous systems in traffic.
Safe interaction with several levels of automation in vehicles
This project addresses the changing role of the driver when more and more support systems, at different levels of automation, are introduced in vehicles in an evolutionary manner. The aim in this project is to investigate differen…
IPOS Swedish wood - Innovation potential for the bio-based society
IPOS is an innovation project within BioInnovation Construction & Design, coordinated project led by Karin Sandberg at RISE.