In line with the necessary trends of modern energy systems, the research focuses on engineering solutions that consider energy savings and environmental aspects. An example is the use of heat pumps and thermal energy storage in district heating systems, which offer significant savings potential and contribute to emission reductions, although they are not yet standard in the development of thermal systems. The activity also aims at creating more efficient compressed air systems, including improvements in compressed air generation and the integration of Organic Rankine Cycle (ORC) systems to utilize waste heat.
The research also successfully addresses the impact of valve dynamics on the lifespan and efficiency of reciprocating compressors. Additionally, tunnel wind turbines are being studied, particularly in terms of increasing efficiency and understanding and reducing acoustic emissions, to make them a suitable component of urban environments.
The research team also develops proprietary in-house computational codes tailored to specific equipment. These codes are implemented into standalone executable software, providing a reliable, fast, and efficient tool for equipment design without the need for time-consuming 3D simulations during the conceptual design phase.