Energy Efficiency and Thermal Simulations of a Retrofit LED Light Bulb by the University of Turku
Mika Maaspuro and Aulis Tuominen from the University of Turku investigated the energy efficiency of a LED driver mounted inside a retrofit light. The heat generation of the LEDs and the driver of the light bulb have been simulated and measured. A thermal model for the light bulb has been created and simulated using a Finite-Element-Method (FEM) software. Parameters of the model have been adjusted to match the temperature measurements which have been done with IR-camera and thermocouples.
https://zmi.led-professional.com/Plone/resources-1/articles/energy-efficiency-and-thermal-simulations-of-a-retrofit-led-light-bulb-by-the-university-of-turku
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LpR Article
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Jul 04, 2016
Energy Efficiency and Thermal Simulations of a Retrofit LED Light Bulb by the University of Turku
Mika Maaspuro and Aulis Tuominen from the University of Turku investigated the energy efficiency of a LED driver mounted inside a retrofit light. The heat generation of the LEDs and the driver of the light bulb have been simulated and measured. A thermal model for the light bulb has been created and simulated using a Finite-Element-Method (FEM) software. Parameters of the model have been adjusted to match the temperature measurements which have been done with IR-camera and thermocouples.
