Doctoral Schools WUT

Search Engine for Promoters and Research Areas

Wykaz obszarów badawczych związanych z tagiem Odnawialne-zrodla-energii:

# Obszar badawczy Dziedzina naukowa
1 PhD dissertation: Analysis of the influence of a heat storage tank on the operating parameters of a district heating network, WUT; 2019 ScD monograph: Adaptive risk assessment method in the operation of district heating networks, WUT. Leading stream of research is heat engineering and complementary is gas engineering. Cooperates with enterprises witch operating in the field of heat production, distribution and use. She promotes new P2G, P2H technologies, hydrogen energy and the use of RES in the municipal energy sector. Currently his research focuses on issues related to achieving climate neutrality in the heat and gas sector, and more broadly related to the decarbonisation processes in the energy sector. For example: heat storage in short and long term storage tanks, methods for mathematical modelling of processes taking place in water heat storage tanks, in district heating networks. The research is complemented by risk analysis in the exploitation of liquid networks.
2 PhD dissertation: Analysis of the influence of a heat storage tank on the operating parameters of a district heating network, WUT; 2019 ScD monograph: Adaptive risk assessment method in the operation of district heating networks, WUT. Leading stream of research is heat engineering and complementary is gas engineering. Cooperates with enterprises witch operating in the field of heat production, distribution and use. She promotes new P2G, P2H technologies, hydrogen energy and the use of RES in the municipal energy sector. Currently his research focuses on issues related to achieving climate neutrality in the heat and gas sector, and more broadly related to the decarbonisation processes in the energy sector. For example: heat storage in short and long term storage tanks, methods for mathematical modelling of processes taking place in water heat storage tanks, in district heating networks. The research is complemented by risk analysis in the exploitation of liquid networks.
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Dynamic calculations of energy demand, thermal comfort and indoor air quality parameters in buildings
Adapting buildings to climate change
Life cycle cost and emissions analysis for new buildings and buildings undergoing renovation
Thermal protection measurements for buildings
Assessment of the environmental sustainability of construction products
Measurement and evaluation of the real energy performance of buildings and indoor environmental quality