ParsNord

ParsNord develops and optimises solar thermal, geothermal and wind systems, using advanced designs, materials, control strategies and data‑driven methods to maximise efficiency and reduce environmental impact. 

We work on thermal storage, batteries and Power‑to‑X pathways to convert renewable electricity into fuels and chemicals, increasing flexibility, reliability and the share of renewables in the energy system. 

ParsNord studies and models advanced thermodynamic cycles and thermal systems to understand, design and optimise energy conversion, improving efficiency and minimising waste. 

We design and optimise district heating and cooling networks and model building thermal behaviour to reduce energy use, losses and life‑cycle costs while enabling large‑scale integration of renewables. 

ParsNord develops compact, efficient hydrogen and fuel‑cell systems and researches scalable, cost‑effective carbon‑capture solutions to support low‑carbon and carbon‑neutral energy applications. 

We apply process systems engineering and mechanical design to pumps, turbines, compressors and integrated process chains, targeting high performance, reliability and low environmental footprint. 

CFD and related simulations are core tools we use to analyse fluid flow and heat transfer, enabling better designs and performance optimisation across our projects. 

We use advanced materials and power‑electronic solutions to enhance energy and thermal efficiency and ensure reliable, economic integration of new technologies into existing power systems. 

ParsNord develops digital twins and applies AI to monitor, predict and optimise system behaviour, reducing costs and improving design, operation and maintenance of energy assets.