This design guide from Solar Heat Exchage Manufacturing discusses how to design and build a combi-system for solar hot water, in conjunction with other applications such as floor and space heating. The system that the guide focuses on is a simple drainback system combined with a thermosiphon system.
This presentation reports on a number of solar energy installations throughout Gustavus Adolphus College in Minnesota. Two of the installations are solar thermal air and water heating systems for an athletic complex and a campus center.
This proposal for expanding the use of solar thermal heating in Brazil was researched and presented by the Federal Technological University of Paraná. The goal of the proposal is to equip the homes in Curitiba, Brazil that measure less than 100 m2 with solar thermal heating systems.
This presentation was given by Werner Weiss of AEE INTEC at a 2013 "Solar Process Heat for Industry" event in Brussels. It outlines the high potential for solar process heat to fulfil the heating and cooling demand of several industries in place of fossil fuels.
The March 2013 edition of this quarterly publication provides a summary of the deployment of renewable heat technologies across the UK under the non-domestic Renewable Heat Incentive (RHI) and Renewable Heat Premium Payment (RHPP) household voucher schemes. Statistics are reported on the number of full applications, accredited installations and capacity installed. The amount of heat generated is also reported, with figures given by month, region and technology.