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Market sectors : Solar Cooling
Up to 21% of all final energy use and feedstock in manufacturing industry can be provided by renewable energies by 2050, concludes UNIDO, the United Nations Industrial Development Organisation, on this report published in 2010.
The publication sheds some light on the use of renewable energies (biomass, solar thermal, heat pumps) in industrial applications. Although widely known for its use in residential applications, renewable energies are less common in manufacturing.
This paper is taken from the proceedings of the 2nd PALENC conference and 28th AIVC conference on Building Energy Cooling and Advanced Ventilation Technologies in the 21st Century. It explores the potential cooling demand in a dwelling in the UK and the potential use of solar thermal cooling systems. As UK Building regulations demand better insulated and more airtight new buildings, the demand for cooling as begun to escalate in UK new build dwellings.
This presentation was given as Tsinghua University in 2011, and gives a chronological overview of the rapid development of China's solar thermal market since 1978, where research first began. The research projects described in the presentation have successfully commercialised solar water heating, which had a 50.8% market share of Chinese water heating in 2008.
This presentation was given by Professor Christopher Menke at the Hanoi Energy Expo in 2010. It gives a detailed overview of global solar thermal market development, including information on global and national capacity and market growth (for example an increase in collector installations in 2009 of 25% compared with 2008). A differentiation is made between the Thermosiphon systems preferred in Asian, African and ME countries; and the pumped systems that are more common in Europe, the US and Australia.
This presentation was given by German consultancy SiNERGi in 2009, and gives a broad overview of the solar thermal market in Europe, with a specific focus on Germany. It describes how the European market has broadened from predominantly domestic solar water heating systems to include a high share (45%) of combined systems for DHW and room heating, as well as growing numbers of collective systems and district heating systems.
This report was commissioned by India’s Ministry for New and Renewable Energy (MNRE) to estimate the realisable market potential for Solar Water Heating (SWH) systems in India’s different industrial sectors, and to prepare action plans for future development. The MNRE concluded that the industrial penetration of SWH would need scalability, innovative marketing, financing and service delivery mechanisms.