NOVELTY - Solar energy and biomass energy thermal power integrated system comprises a biomass fuel collection and utilization device, a solar energy absorber, a stirling engine power generating system, and a waste heat recycling device. The stirling engine power generating system comprises a heater (19), a heat regenerator (18), a cooler (17), a first piston (20), a second piston (16), a crank connecting rod, a flywheel, a generator and a transmission line. The second end of the heater is connected with the first end of the heat regenerator. The heat regenerator is connected with the cooler.    USE - Used as a solar energy and biomass energy thermal power integrated system.    ADVANTAGE - The system: ensures the production of biogas under the conditions of inadequate sunlight and has stable operation; improves the biogas combustion temperature; achieves simultaneous or independent use of two systems; and is provided with complete heat utilization rate, and ensures stable and reliable operation.    DETAILED DESCRIPTION - Solar energy and biomass energy thermal power integrated system comprises a biomass fuel collection and utilization device, a solar energy absorber, a stirling engine power generating system, and a waste heat recycling device. The stirling engine power generating system comprises a heater (19), a heat regenerator (18), a cooler (17), a first piston (20), a second piston (16), a crank connecting rod, a flywheel, a generator and a transmission line. The second end of the heater is connected with the first end of the heat regenerator. The second end of the heat regenerator is connected with the first end of the cooler. The first piston is mounted on the first end of the heater. The second piston is installed on the second end of the cooler. The first piston and the second piston are connected with the crank connecting rod. The flywheel, the generator and the transmission line are sequentially connected with the crank connecting rod. The circulating water outlet of the solar energy absorber and the stirling engine power generation system are connected with a steam inlet of the heater. A steam outlet of the heater is connected with a circulating water inlet of the solar energy absorber. The biomass fuel collection and utilization device comprises an anaerobic tank, a biogas storage tank, a combustion chamber, an air inlet pipe, a flue gas output pipe and an air pre-heater. The biogas outlet of the anaerobic tank is connected with an inlet of the biogas storage tank. An outlet of the biogas storage tank is connected with a fuel inlet of the combustion chamber. An outlet of the air inlet pipe is connected with a cold fluid inlet of the air pre-heater. The cold fluid outlet of the air pre-heater is connected with an air inlet of the combustion chamber. A flue gas outlet of the combustion chamber and the stirling engine power generation system are connected the flue gas inlet of the heater. The flue gas outlet of the heater is connected with the hot fluid inlet of the air pre-heater. The hot fluid outlet of the air pre-heater is connected with the flue gas output pipe. The waste heat recycling device comprises a water inlet pipe, a heat exchanger, a heat collector, a water pipe, and a water outlet pipe. An inlet of the heat collector is connected with the generator of the stirling engine power generation system. The heat collector is divided into two branches, where one branch is connected with the anaerobic tank of the biomass fuel collection and utilization device and the other branch is connected with the heat exchanger of the hot fluid inlet. The hot fluid outlet of the heat exchanger is connected with the outside environment. The cold fluid inlet of the heat exchanger is connected with the water inlet pipe. The cold fluid outlet of the heat exchanger is connected with an inlet of the water conveying pipe. The outlet of the water conveying pipe and the stirling engine power generation system are connected with the cooler. The outlet of the cooler is connected with the water outlet pipe. An INDEPENDENT CLAIM is also included for energy utilization by the solar energy and biomass energy thermal power integrated system, comprising (i) introducing air into the biomass fuel collection and utilization device through the air inlet pipe, then passing into the combustion chamber via the cold fluid passage of the air pre-heater, introducing biogas from the biogas storage tank into the combustion chamber, burning air and biogas gas in the combustion chamber to form high temperature flue gas, introducing the high temperature flue gas enters into the heater via the flue gas channel, and then sequentially passing the flue gas into the hot fluid channel of the air pre-heater and the exhaust pipe; (ii) heating water circulation system by the solar energy received by the solar energy absorber, generating high temperature steam, introducing steam into the heater via the steam channel, and cooling the water circulation system; (iii) allowing the stirling engine power generating system to provide heat to drive the generator by using biomass fuel collection and utilization device and the solar absorber; (iv) introducing the part of the waste heat produced in the generator of the stirling engine power generating system to the anaerobic tank for promoting the biogas production, and introducing the remaining part of the waste heat to the heat exchanger for pre-heating the water which flows into the water inlet pipe; and (v) introducing part of the heat produced in the cooler of the stirling engine power into the water conveying pipe for pre-heating the water to produce hot water and discharging the hot water by the water outlet pipe for the users.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic representation of the solar energy and biomass energy thermal power integrated system.    Second piston (16)    Cooler (17)    Heat regenerator (18)    Heater (19)    First piston (20)