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Our tanks enable households to live better, save money, and reduce their impact on the environment.
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• Tanks should be designed for outdoor use
• Connection pipes should have a steady inclination
• Pressure is depending on jnstalled height of overhead tank
• Shade in winter time - required distance of 1,6 m with inclination 40°
• Frame structure
• Connection pipes should have a steady inclination
• Strong frame structure required

Do's and Don'ts of installing Thermosysphon Systems.

Comments on results

• Mix of respondent types
• Commercial parties generally have an optimistic outlook for growth (medium or high; except one manufacturer)
• Magnitude of savings may be too high, unless aggregated service estimates have been provided. A normalised method should be developed for reporting performance comparisons
• Barriers analysis might point to areas of focus for the task

Introduction

• Among the various types of SWHS, thermosyphon SWHS are the most economical and dominant in Africa (66%).
• Thermosyphon systems are used for harnessing solar energy for hot water production, all over the world, especially for low temperature thermal systems [Samanci and Berber, 2011; Liu et al., 2012; Sarma et al., 2014; Ko, 2015; Kolhe et al., 2015].
• Thermosyphon (passive) systems make up more than 70% of solar water heating installations in Africa.
• However, above 70% of hot water preparation at the household/domestic level is still undertaken primarily using electric geysers (despite energy scarcity in most African countries).
• In the last five (5) years, solar water heating installations in Africa has witnessed tremendous increases.
• In Southern Africa, the Southern African Solar Thermal Training & Demonstration Initiative (SOLTRAIN)has worked in improving awareness and uptake of solar water heating systems