Full Description

This product contains links to files that consist of PowerPoint slides synchronized with the audio-recording of the speaker (recorded presentation), PDF files of the slides, and audio only (mp3) as noted.

The components of lighting heat gains are a significant contributor to space cooling load in buildings. These components include the fraction of convective and radiative heat gains, as well as the fraction of conditioned space and plenum space heat gains. Relevant data for the LED lighting heat gain is sparse. As the LED technology and application are rapidly growing, the need to identify LED lighting heat gain becomes highly demanded. This seminar summarizes the findings of ASHRAE RP-1681, in which 14 commercially available LED lighting luminaries heat gain distributions were determined through systematically designed experiments.

Approach, Test Setup and LED Luminaire Selection for Testing LED Lighting Heat Gain Distribution
Ran Liu, Ph.D., Member, China Building Design Consultants, Beijing, China
Test Results of LED Lighting Heat Gain Distribution and Comparison to Conventional Lighting
Xiaohui Zhou, Ph.D., P.E., Member, Iowa Energy Center, Ankeny, IA
Field Application of LED Lighting Heat Gain Distribution Data
Steven Bruning, P.E., Fellow ASHRAE, Newcomb Boyd, Atlanta, GA

Run Time: 90 mins.

Citation: ASHRAE Seminar Recordings, 2017 ASHRAE Winter Conference, Las Vegas, NV

Product Details

Published: 2017Units of Measure:DualFile Size: 1 file , 400 KB Product Code(s): D-LV17Sem21