By digitalising and optimising the district heating and energy system, we make energy use more efficient and benefit from “low-value residual heat and residual cooling”. By using a centralised heat source,
Through findings from a national project, this paper assesses the techno-economic-geological viability of PTES alongside solar thermal collectors, providing insights into the project''s...
The Stockholm region relies on a diversified energy mix that combines renewable and conventional sources. Sweden''s electricity grid is largely powered by hydropower, nuclear energy,
At the district level, policies and programs are driving investigation into low-carbon district thermal networks and geothermal energy, echoing strategies deployed in Stockholm.
A significant obstacle to the implementation of solar district heating in Sweden is the difference in heat demand and solar heat production. The difference becomes more noticeable at northern latitudes,
Well, Sweden just clinched a landmark bid for thermal power storage—a move that''s sparking chatter from Stockholm to Silicon Valley. But what does this mean for the global renewable
Sweden''s first passive house was completed in 2001. Since then, more buildings have followed. In Stockholm, the body heat from commuters passing through Stockholm Central Station is
This article presents a novel, realistic and affordable solution to minimize the footprint of smart building energy systems and enable higher renewable energy use in the building sector.
Ground source heat pumps (GSHP) are common in Sweden, but solar energy systems are not. GSHP could offer an ideal platform to integrate solar energy into the building and national energy systems
Sweden''s largest district heating system based on solar concentrating technology Absolicon Solar Collector, in collaboration with the Swedish Energy Agency, has developed Sweden''s largest district
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