Abstract
This paper describes the heat transfer characteristics of Flat-plate thermosiphon. In order to cool the power electronics equipments in low temperature rise, a new type thermosiphon is developed. There are some channels, two header channels, and Working fluid inside the Flat-plate thermosiphon. The experimental results show the high efficiency heat transfer characteristics of Flat-plate themosiphon can be achieved because of the fluid circulation between heating part and cooling part. And we evaluate the characteristic of heat transfer with influence of working fluid injection ratio and plate inclination.
