| abstract |
A semiconductor-cooled multi-stage hybrid solar photovoltaic distiller comprising a frame (1), a first water tank (2), a water pump (3), a heat collector (4), a a steam pump (5), a condensation tube (6), a second water tank (7), a programmable controller (8), and a solar panel (9), the heat collector (4) comprising a housing outer glass (44) and an inner glass case (45); the inner cavity of the first water tank (2) is connected to one end of the inner cavity of the inner glass case (45), and the other end of the inner glass case (45) is in communication with a buffer tank (48); the steam pump (5) is in communication with the buffer tank (48), the steam pump (5), the condensation tube (6) and the second water tank (7) are successively connected in series, and semiconductor cooling plates (61) and electrothermal plates (62) are arranged alternately between the condensation tube (6) and a support plate (12). The semiconductor-cooled multi-stage hybrid solar photovoltaic distiller has an appropriate structure, and has the advantages of a simple structure, being easy to use, high energy utilization rate, and It does not depend on any external power supply, which makes it possible to effectively solve the problems related to the traditional treatment of water resources such as the high energy consumption and the non-mobile field and device. |