All-weather solar water source heat pump air conditioning system

An all-weather solar water source heat pump air conditioning system, comprising:

• an air-water heat exchange system, an aqueous solution heat exchange system, a heat pump main engine, a concentration system, an energy recovery system, a condensate water recovery system and a haze purification system, wherein the air-water heat exchange system is composed of an air-liquid water heat exchange apparatus (1), a liquid water circulating pump (1-7), a circulating pipeline A and a circulating pipeline B;
• the air-liquid water heat exchange apparatus is mounted in an outdoor high position and composed of a frame body (1-1), a fan (1-2), a mixing plate (1-3), a diversion plate (1-4), a spraying pipeline (1-5) and a water storage pool (1-6);
• an upper part of the frame body (1-1) is open;
• the fan (1-2) is mounted at the opening in the upper part of the frame body (1-1);
• the mixing plate (1-3) is mounted at an inner part of the frame body (1-1) and at a lower part of the fan (1-2);
• the spraying pipeline (1-5) is mounted at a lower part of the fan (1-2) and an upper part of the mixing plate (1-3);
• four sides of the frame body (1-1) are open;
• the diversion plate (1-4) is mounted on an inner side of the openings in the four sides of the frame body (1-1);
• the water storage pool (1-6) is mounted on a lower part of the frame body (1-1);
• the spraying pipeline (1-5) is connected with an aqueous solution heat exchange box (2-1) through the circulating pipeline A;
• the liquid water circulating pump (1-7) is mounted on the pipeline A between the spraying pipeline (1-5) and the aqueous solution heat exchange box (2-1);
• the water storage pool (1-6) and the aqueous solution heat exchange box (2-1) are connected through a circulating pipeline B;
• the aqueous solution heat exchange system is composed of the aqueous solution heat exchange box (2-1), a micro-channel superconducting heat exchanger (2-2), a stirrer (2-3) and a concentration controller (2-4);
• the micro-channel superconducting heat exchanger (2-2) is mounted in a middle part of the aqueous solution heat exchange box (2-1);
• the stirrer (2-3) is mounted at a bottom of the aqueous solution heat exchange box (2-1);
• the concentration controller (2-4) is mounted at an outlet pipeline of the aqueous solution heat exchanger (2-1);
• the heat pump main engine (3) is connected with the micro-channel superconducting heat exchanger (2-2) through a pipeline;
• the concentration system comprises a concentration water tank (4-1) and a concentration circulating pump (4-2);
• the concentration water tank (4-1) is connected with the aqueous solution heat exchange box (2-1) through a pipeline C and a pipeline D;
• and the concentration circulating pump (4-2) is mounted on the pipeline C;
• the energy recovery system comprises a turbine generator (5-1) and an energy storage control apparatus (5-2);
• the turbine generator (5-1) is mounted on the circulating pipeline B between the water storage pool (1-6) and the aqueous solution heat exchange box (2-1);
• the condensate water recovery system comprises a user condensate water pipeline system (6-1) and an aqueous solution heat exchange box (2-1);
• the user condensate water pipeline system (6-1) is connected with the aqueous solution heat exchange box (2-1) through a pipeline E;
• the haze purification system is composed of a PM2.5 haze purification particle precipitation apparatus (7-1), a precipitated particle discharging apparatus (7-2) and a pipeline impurity filtering and discharging apparatus (7-3);
• the PM2.5 haze purification particle precipitation apparatus (7-1) is mounted at a bottom of the water storage pool (1-6);
• the precipitated particle discharging apparatus (7-2) is connected with a bottom of the PM2.5 haze purification particle precipitation apparatus (7-1) through a pipeline;
• and the pipeline impurity filtering and discharging apparatus (7-3) is mounted on the pipeline B.