Abstract. A transpired air collector (TAC) in-stallation is designed and analyzed for the pur-pose of reducing energy costs at Linamar’s CAM-TAC Manufacturing facility in Guelph, Ontario. Ventilation air preheating was targeted due to high annual costs. A variety of solar heating technologies were researched, and transpired air collectors were deemed the most applicable. A final detailed design was prepared and is pre-sented herein. A number of design options were investigated. The most promising option offers annual renewable energy delivery of 240 MWh, and a 12 year payback period.
Solar energy constitutes one of the main alternatives for facing the energy problems of the future, ...
Low emissivity transpired solar collectors (low-ε TSCs) consist of metal solar absorber, collector p...
An experimental solar energy facility was designed to meet as much of the heating demand in a typica...
Transpired solar collectors (TSCs) improve the environmental performance of buildings by preheating ...
This paper presents the performance of a transpired solar collector (TSC) used as a preheater for a...
In the Ontario greenhouse sector the misalignment of available solar radiation during the summer mon...
The adverse effects on the environment that are associated with the use of fossil fuels has promoted...
AbstractTranspired Solar Collectors (TSCs) are an increasingly popular technology, with over 12,500 ...
In this paper, three alternative layouts (scenarios) of an innovative solar-assisted hybrid desiccan...
Nowadays, industrial are widely use solar air collectors for low moderate temperature applications s...
Utilisation of solar radiation to heat air for various purposes, e.g. ventilation, pre heat, process...
Using transpired solar collectors to preheat ventilation air has recently become recognized as an ec...
Many commercial and industrial buildings have high ventilation rates. Although all that fresh air is...
Project (M.S., Mechanical Engineering) -- California State University, Sacramento, 2009.This project...
Transpired solar air collector can be used in combination with heat Pump to meet space heating and h...
Solar energy constitutes one of the main alternatives for facing the energy problems of the future, ...
Low emissivity transpired solar collectors (low-ε TSCs) consist of metal solar absorber, collector p...
An experimental solar energy facility was designed to meet as much of the heating demand in a typica...
Transpired solar collectors (TSCs) improve the environmental performance of buildings by preheating ...
This paper presents the performance of a transpired solar collector (TSC) used as a preheater for a...
In the Ontario greenhouse sector the misalignment of available solar radiation during the summer mon...
The adverse effects on the environment that are associated with the use of fossil fuels has promoted...
AbstractTranspired Solar Collectors (TSCs) are an increasingly popular technology, with over 12,500 ...
In this paper, three alternative layouts (scenarios) of an innovative solar-assisted hybrid desiccan...
Nowadays, industrial are widely use solar air collectors for low moderate temperature applications s...
Utilisation of solar radiation to heat air for various purposes, e.g. ventilation, pre heat, process...
Using transpired solar collectors to preheat ventilation air has recently become recognized as an ec...
Many commercial and industrial buildings have high ventilation rates. Although all that fresh air is...
Project (M.S., Mechanical Engineering) -- California State University, Sacramento, 2009.This project...
Transpired solar air collector can be used in combination with heat Pump to meet space heating and h...
Solar energy constitutes one of the main alternatives for facing the energy problems of the future, ...
Low emissivity transpired solar collectors (low-ε TSCs) consist of metal solar absorber, collector p...
An experimental solar energy facility was designed to meet as much of the heating demand in a typica...