A New Method for the Calculation of the Hot-Spot Temperature in Power Transformers With ONAN Cooling. IEEE Transactions on Power Delivery, (18)4:1284-1292, Oktober 2003. [PUMA: Hot-spot factors modeling power temperature thermal transformerthermal] URL
Asset Management Based on Improved Online Monitoring Systems Applied to a 110/380 kV Substation. 2003. [PUMA: Acoustic Asset-Management Electric Hot-spot Managementdecision-making PD Power Transfer discharge function monitoring online partial system temperature] URL
Monitoring System of Large Power Transformers based on up-to-date Information Technology. 2004. [PUMA: Field Fuzzy Hot-spot Overloadcapability Paper/Oil-insulation Power Thermal Transformer ageing bus controlled fan monitoring operation technology temperature] URL
New Developments in Transformer Cooling Calculation. 2004. [PUMA: Power Transformers cooling heat rise temperature transfer winding] URL
Improved Top-oil Temperature Model for Unsteady-State Conditions of Power Transformers. 2005. [PUMA: Conditions Model Power Temperature Top-oil Transformers Unsteady-State] URL
Investigation of Different Top-oil Temperature Models for On-line Monitoring System of Power Transformer. 2006. [PUMA: Models Monitoring On-line Power System Temperature Top-oil Transformer]
Prediction of the Oil Flow and Temperature Distribution in Power Transformers by CFD. 2010. [PUMA: CFD Distribution Flow Oil Power Temperature Transformers]
Experimental Investigation of the Temperature Distribution within the Low Voltage Winding of a Large Power Transformer. 2012. [PUMA: Distribution Large Low Power Temperature Transformer Voltage Winding]
A Priori Metrics to Select the Best Training Dataset of Top-Oil Temperature Models of Power Transformer. 2014. [PUMA: Models Power Temperature Top-Oil Transformer]
A dynamic top oil temperature model for online assessment of overload capability of power transformers. 2015. [PUMA: Assessment Capability Dynamic Model Oil Online Overload Power Temperature Top Transformers]
A dynamic top oil temperature model for power transformers with consideration of the tap changer position. University of West Bohemia, Pilsen, 2015. [PUMA: Changer Dynamic Model Oil Position Power Tap Temperature Top Transformers]