Jesperhus Resort

Jesperhus Resort has invested in a new 800 kW biomass plant from Linka Energy as part of an upgrade to its energy supply.

The existing boiler was outdated and inefficient, and replacing it became a natural step in the resort’s transition toward greener and more reliable heating.

The new system will provide stable heating for the resort’s buildings and facilities all year round. It runs on locally sourced wood chips from Mors, reducing transport distances and CO₂ emissions, while also supporting the local economy and promoting a sustainable energy chain.

The plant is fully automated and continuously adapts to changing heating demands. It requires minimal staffing and is characterised by high efficiency and low emissions.

Biomass is also a financially sound solution, especially considering rising taxes on fossil fuels.

With this investment, Jesperhus strengthens its green profile and secures a future-proof energy supply based on proven technology and local resources.

The complete biomass plant was delivered as a complete turnkey solution, in which Linka Energy dismantled the previous 800 kW boiler and installed a new, modern 800 kW biomass system.

The selected LINKA H hot water plant uses wood chips as fuel and features a cylindrical, three-pass flue tube design, ensuring high efficiency and effective heat transfer. The boiler includes a moving, water-cooled step grate that optimises combustion and reduces slag formation.

Wood chips are delivered to the existing fuel storage (pit), from which Linka’s automated transport system takes over and moves the fuel via a cell sluice and stoker augers. Fuel delivery is continuously regulated by an oxygen sensor, ensuring optimal combustion and demand-based fuel dosing.

The combustion process is controlled by both primary and secondary air supply, which is automatically adjusted to ensure clean and efficient burning with low emissions.

The flue gas is cleaned in a multicyclone and then directed through a frequency-controlled flue gas fan and up through the chimney. The system is equipped with blowdown valves using compressed air, significantly reducing the need for manual cleaning.

Ash handling is fully automated via an integrated stoker auger system, which transports both bottom ash and multicyclone ash to external containers.

The system is managed via an advanced PLC control unit, with remote monitoring and alarm notifications via internet and SMS. The operations team can access the system from a PC, tablet, or smartphone.