Find Swedish best practice

The Zero Emission Hydrogen Turbine Centre aims to change the future of energy systems. A demonstration plant is conducting tests to show how hydrogen turbines, renewable-energy production and energy storage can work together to produce energy with zero greenhouse gas emissions, and help phase out coal from the power sector.

The City of Gothenburg in Sweden uses a district cooling system powered by the cool flows from Göta älv.

The city of Linköping has established Ebbepark as a district for sustainable transformation, inviting partners to develop solutions to progress towards a climate-neutral city.

Glava Energy Centre is a hive of activity, with a number of projects and collaborations in education and innovation to develop more efficient and sustainable solar-energy solutions to contribute to a fossil-free future.

A Working Lab is an innovative concept, combining office space and an arena for exchanging ideas, knowledge and experience between academia, business and society, with a strong focus on sustainability.

KTH Live-In Lab is a platform for accelerated innovation in the real-estate sector with a focus on digitalisation and sustainability. The purpose of KTH Live-In Lab is to reduce lead times between research results and market introduction.

Vallastaden is an unusual city district whose new model for planning and building has led to an urban environment centred around the residents. With its strong focus on social, ecological and economic sustainability, Vallastaden is an inspiring example for future urban development.

Linero, a district of Lund in southern Sweden, is a successful smart city upgrade project focused on improving around 800 apartments built in the 1970s to create more energy-efficient, eco-friendly housing.

The Fossil-Free Energy District (FED) in Johanneberg Science Park in Gothenburg is a unique project that demonstrates how to create a local digital marketplace for electricity, heating and cooling and help reduce the use of fossil energy.

Some 90 percent of Gothenburg’s apartment buildings are connected to the district heating network, a well-proven solution with a number of environmental benefits. But the district heating system has now been further improved using new technology to enable storage of heat for fluctuating needs.

The generation of both district heating and electricity almost entirely from waste makes the Dåva CHP (combined heat and power) plant extremely energy efficient and environmentally sustainable. Its renewable sources include sorted waste and forest industry residues.

CHP Plant

Hedensbyn was Skellefteå Kraft’s first bioenergy combine when it started operations in 1996 and has been a world leader in the development of modern bioenergy technology ever since.