Wall Collector Design Analysis: Project Status Report No. 2. Hing/Daylighting Prototype Development, Phase I: Fid-Bau Portal

Fachinformationsdienst BAUdigital

A platform for research: civil engineering, architecture and urbanism

Wall Collector Design Analysis: Project Status Report No. 2. Hing/Daylighting Prototype Development, Phase I

S. J. Aronson / R. deCampo / M. K. Snyder

The design process and energy analyses for the wall (air) collector component for the passive/hybrid system building alternatives for pre-engineered metal buildings are described. A hybrid collector was coupled to the rockbed storage and ceiling plenum of the office and maintenance spaces. A thermosyphon collector was coupled directly to the interior space of the warehouse. The schematic design, design development, and performance analysis are included. (ERA citation 06:021849)

Access

Check availability in my library

Page navigation

Document information

Export, share and cite

Wall Collector Design Analysis: Project Status Report No. 2. Hing/Daylighting Prototype Development, Phase I

S. J. Aronson / R. deCampo / M. K. Snyder

The design process and energy analyses for the wall (air) collector component for the passive/hybrid system building alternatives for pre-engineered metal buildings are described. A hybrid collector was coupled to the rockbed storage and ceiling plenum of the office and maintenance spaces. A thermosyphon collector was coupled directly to the interior space of the warehouse. The schematic design, design development, and performance analysis are included. (ERA citation 06:021849)

Wall Collector Design Analysis: Project Status Report No. 2. Hing/Daylighting Prototype Development, Phase I

S. J. Aronson / R. deCampo / M. K. Snyder

The design process and energy analyses for the wall (air) collector component for the passive/hybrid system building alternatives for pre-engineered metal buildings are described. A hybrid collector was coupled to the rockbed storage and ceiling plenum of the office and maintenance spaces. A thermosyphon collector was coupled directly to the interior space of the warehouse. The schematic design, design development, and performance analysis are included. (ERA citation 06:021849)

Access

Check availability in my library

Page navigation

Document information

Export, share and cite

Document information

Title:

Wall Collector Design Analysis: Project Status Report No. 2. Hing/Daylighting Prototype Development, Phase I

Contributors:

S. J. Aronson (author) / R. deCampo (author) / M. K. Snyder (author)

Publication date:

1981

Size:

60 pages

Type of media:

Report

Type of material:

No indication

Language:

English

Keywords:

Solar Energy , Heating & Cooling Systems , Architectural Design & Environmental Engineering , Commercial buildings , Passive solar heating systems , Design , Hybrid systems , Performance , Rock beds , Solar space heating , Thermosyphon effect , ERDA/140901

Similar titles

WON JONG SEOK | European Patent Office | 2019

Free access

Daylighting Design Analysis. Project Status Report No. 2, 1 March-31 December 1980

W. B. Hallagan / L. L. Lindsey / M. K. Snyder | NTIS | 1980

6781 wiegenden Bagger hing am Kranhaken

Online Contents | 1991

Projects - Prototype - A Lesson in Daylighting

Online Contents | 2006

Test Building Instrumentation Cooperative Agreement: Heating/Daylighting Prototype Development. Phase II. Passive and Hybrid Solar Manufactured Building Project. Project Status Report No. 2, April 16, 1980-March 16, 1981

L. L. Lindsey / M. K. Snyder | NTIS | 1981