Find Swedish best practice

In Karlshamn a rewarding collaboration has been going on for many years between several actors who together have created a sustainable and intelligent district heating system. The system, which is controlled using the latest technology in AI, is constantly evolving to help create a future sustainable energy system.

It´s innovation through collaboration!

In the small village, Kivik, in the southeast of Sweden, you find the new residential area, Tvärpilen, where the Beautiful, the Sustainable and the Responsible come together in perfect combination.

Markbygden 1101 is the largest onshore wind power project in Europe. Once completed, it will consist of up to 1101 wind turbines that together will produce up to 12 TWh per year. This is comparable with around 8% of Sweden’s electricity production.

The CoordiNet project is exploring the benefits of creating a ‘power flexibility market’. When electricity demand is high, market participants can offer to reduce their electricity use or increase electricity production and sell excess power to the grid operator.

Many cities around the world are growing rapidly, which increases the need for electricity. In the city of Uppsala, Sweden, a possible solution is being developed, piloting one of Sweden’s largest battery storages to meet the increased demand, enable continued expansion and mitigate increased capacity needs.

MAX IV is a world-leading accelerator physics laboratory for research into synchrotron radiation. It is also unique in its ambitious sustainability aims. Its smart solutions in energy efficiency, biological diversity and waste management make it the first building to receive the BREEAM-SE environmental classification.

The island of Gotland has been chosen as a pilot region for Sweden’s transition to a future sustainable energy system. The main requirements for this transition are a safe, reliable energy supply that is both ecologically sustainable and economically competitive.

In central Stockholm, you find one of Europe’s largest district heating and cooling systems. Close to 90% of the city’s buildings are connected to the district heating network, which uses several innovative energy sources, such as excess heat and wastewater.

In the journey towards a carbon-negative energy production, Sweden’s first bioenergy carbon capture and storage pilot plant was commissioned in 2019. This project is a part of Stockholm’s target towards a positive carbon footprint by 2040.

Värtahamnen harbour is home to Stockholm’s largest biofuel-powered combined heat and power (CHP) plant. The plant produces enough energy to heat approximately 190,000 average-size apartments.

Luleå Airport is one of two pilot sites testing a new way to heavily reduce the carbon emissions. By using the district heating and cooling system for parked aircrafts, the airport’s electricity demand has dropped by 95 %.

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