Design Snow Loads for Ground Mounted Solar Panels

MIchael O'Rourke, Patrick D. Kalush, Michael Klug, Michael Faraone

ISBN 10: 0784416362 / ISBN 13: 9780784416365

Published by American Society of Civil Engineers, US, 2025

About this Item

Design Snow Loads for Ground Mounted Solar Panels addresses the snow load considerations for ground mounted solar panels (GMSP) in the United States, notably in snow-heavy regions. This publication aligns with ASCE Standard 7-22 for roof snow loads, adjusting to factors including exposure, thermal conditions, and slope. The content includes suggested values for service life factors and provides example problems to illustrate the application of these procedures.  Topics include ·       Service life factor, ·       Temporary load, ·       Exposure factor Ce, ·       Thermal factor Ct, ·       Slope factor, ·       Partial loading, ·       Influence of leading edge height, and ·       Design examples. The authors have compiled a valuable resource for engineers, architects, and other professionals involved in the design and installation of ground-mounted solar panels, particularly those working in regions with significant snowfall.

Seller Inventory # LU-9780784416365

Bibliographic Details

• Title: Design Snow Loads for Ground Mounted Solar Panels
• Publisher: American Society of Civil Engineers, US
• Publication Date: 2025
• Language: English
• ISBN 10: 0784416362
• ISBN 13: 9780784416365
• Binding: Paperback
• Condition: New

About this title

Synopsis

Design Snow Loads for Ground Mounted Solar Panels addresses the snow load considerations for ground mounted solar panels (GMSP) in the United States, notably in snow-heavy regions. This publication aligns with ASCE Standard 7-22 for roof snow loads, adjusting to factors including exposure, thermal conditions, and slope. The content includes suggested values for service life factors and provides example problems to illustrate the application of these procedures. Topics include · Service life factor, · Temporary load, · Exposure factor Ce, · Thermal factor Ct, · Slope factor, · Partial loading, · Influence of leading edge height, and · Design examples.