CO-GENERATION OF POWER AND COOLING FROM SOLAR HEAT AND BIO-WASTE (BIOGAS)/INDUSTRIAL WASTE

摘要

A power generation system consists with vacuum tube (1 ), parabolic reflector (2), heat pipe (3), TE module (4), heat exchanger (5), storage tank (6), DC to AC converter (7) and mechanism and electronic tracking system (8); and hybrid system additionally consists with header tank (9), insulated heat pipe (10) and burner (11 ). The parabolic reflectors (2) collect thermal energy in the vacuum tube (1); the heat is transferred to the hot junction of the TE module (4) by means of heat pipe (3); the cold junction is maintained by water/fluid flow in the heat exchanger (5) attached to it; the heat extracted at the cold junction by the heat exchanger (5) is taken to the storage tank (6); the DC to AC converter (7) get desired input from the temperature difference of two junctions of the TE module (4); the sun tracking system (8) is mounted on the parabolic reflectors (2) to concentrate on the vacuum tube (1 ) the received solar energy throughout the day; the header tank (9) collects auxiliary heat by insulated heat pipes (10) from the another directional burner (11 ). In the case of low power solar energy and at night, hybrid system uses waste bio-mass or bio gas or industrial waste to generate the power.