| Case Study Index |
tuenm01.jpg 57.69 Kb |
tuenm02.jpg 68.14 Kb |
tuenm03.jpg 71.28 Kb |
tuenm04.jpg 60.71 Kb |
tuenm05.jpg 66.38 Kb |
tuenm06.jpg 72.17 Kb |
tuenm07.jpg 51.34 Kb |
tuenm08.jpg 49.67 Kb |
tuenm09.jpg 54.28 Kb |
tuenm10.jpg 45.19 Kb |
tuenm11.jpg 59.73 Kb |
tuenm12.jpg 52.27 Kb |
tuenm13.jpg 50.24 Kb (pyranometer - for measuring solar radiation |
tuenm14.jpg 40.60 Kb (demand control unit and meter) |
tuenm15.jpg 48.98 Kb (chemical dosing control unit) |
tuenm16.jpg 52.22 Kb (circulating pump) |
tuenm17.jpg 48.94 Kb |
tuenm18.jpg 64.61 Kb (chemical dosing pump set) |
tuenm19.jpg 47.68 Kb (calorifier) |
tuenm20.jpg 50.48 Kb |
tuenm21.jpg 54.30 Kb |
tuenm22.jpg 62.92 Kb (boiler plant) |
The solar heating system is designed to serve the hydrotherapy pool in the hospital. The closed circuit system utilises 96 m2 of solar collector panels and can raise water temperature in the therapy pool from 24 to 36 oC. The designed pool capacity is about 240,000 litres and the rate of water circulation is 2.5 m3/s. The solar system acts as a supplement to the steam heating system and is most effective during the daytime when the level of sunshine is sufficient.
(* Special thanks are expressed to Ir. Ricky Y. C. Chan and the engineering
services team of the hospital for arranging the visit.)
| Case Study Index |
| Created: 20 Jan 99 | Update: 22 Nov 99 | By: cmhui@hku.hk
|