Efficient and flexible electric heat production for modern district heating

AS SCAN has delivered a 20 MW PARAT electrode hot water boiler to a district heating plant in Denmark. The solution enables the plant to produce CO₂-neutral heat by utilising surplus electricity from renewable energy sources such as wind turbines and solar power.

 

The electrode boiler is characterised by its very high efficiency, where almost all supplied electricity is converted directly into heat. This makes the technology particularly suitable for modern district heating systems, where flexibility and efficient use of renewable electricity play an increasingly important role.

 

The delivery highlights AS SCAN’s experience within energy solutions for the district heating sector and the company’s contribution to the ongoing green transition.

 

PARAT electrode hot water boiler installed at a Danish district heating plant with visible piping and technical equipment in the boiler room.

Close-up of PARAT electrode boiler with nameplate and technical specifications installed at a district heating facility.

20 MW PARAT electrode boiler integrated into a district heating system with insulated pipes, platform and access arrangements inside the technical building.

Control system display for a PARAT electrode boiler showing process diagram, output, water level and operating status.

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