TH3872Y - Solar water heater equipment set - Google Patents

Abstract

The DC60 solar water heater system consists of a water storage unit with an external inlet and outlet pipe. One end of the outlet pipe in the storage unit is connected to a heating pipe, which transfers water to one end of the heat transfer pipe. The other end of the heat transfer pipe returns the hot water to the storage unit. A heat transfer pipe is fitted onto the outside of the heat transfer pipe, creating an internal void between the pipes. A seal is placed between the heat transfer pipe and the heat transfer pipe to prevent the heat transfer fluid inside from escaping. Along the longitudinal side of the heat transfer pipe, one end of a heat transfer receiving pipe, containing the heat transfer fluid, is connected, allowing the fluid to flow in and out through the internal void. The outside of the heat transfer pipe is insulated with perforations to accommodate the pipe socket, and the inside of the socket is designed to accommodate the pipe socket as well. One end of the solar collector pipe, when fitted onto the heat transfer pipe, the solar water heater system consists of a water reservoir with an external inlet and outlet pipe. A portion of the reservoir has one end of the outlet pipe connected to it for heating, transferring water to one end of the heat transfer pipe. The other end of the heat transfer pipe returns the hot water to the reservoir. A heat transfer pipe is fitted onto the outside of the heat transfer pipe, creating an internal void between the pipes. A seal is placed between the heat transfer pipe and the heat transfer pipe to prevent the heat transfer fluid inside the void from escaping. Along the longitudinal side of the heat transfer pipe, one end of the heat transfer pipe, containing the heat transfer fluid, is connected, allowing the fluid to flow in and out through the internal void. The outside of the heat transfer pipe is covered with perforated insulation to accommodate the pipe socket. The inside of the socket accommodates the insertion of one end of the solar retrieval pipe as it is fitted onto the heat transfer pipe.

Claims (1)

1. The solar water heater assembly consists of a water storage unit (1), which is a closed-end container for storing water or hot water obtained from solar energy, and an external inlet pipe (2) is installed to receive water from outside into the water storage unit (1), and an external outlet pipe (3) is installed to take water from inside the water storage unit (1) to the outside for use. One end of the water storage unit (1) has a heat outlet pipe (4) connected by a fastening method to serve as an outlet for the water to pass through to one end of the heat transfer pipe (6) by a fastening method, and the other end of the heat transfer pipe (6) will pass the hot water to the end. One side of the hot water return pipe to the storage section (8) is connected to another part of the water storage section (1) by means of a fastening, and the outside of the heat transfer pipe (6) is covered by an outer casing (13) for insulation against heat dissipation, and along the length of the outer casing (13) there are several side openings (14) to accommodate the insertion of pipe sockets (15), which are sockets with one end inserted into the side openings (14) of the outer casing (13), and the other end of the pipe socket (15) accommodates the insertion of one open end of the incident solar pipe (17), which is a long tube for receiving the incident sunlight with one end open for insertion into the pipe socket (15). It has a special characteristic: Between the heat transfer pipe (6) and the outer casing (13), a heat transfer pipe (9) is fitted over the heat transfer pipe (6). The heat transfer pipe (9) is a long tube that is larger than the heat transfer pipe (6), creating an inner void between the tubes (10) to accommodate the heat transfer fluid. The front-back between the heat transfer pipe (6) and the heat transfer pipe (9) is sealed (11) to prevent the heat transfer fluid inside the void from escaping. Along the longitudinal side of the heat transfer pipe (9), several heat receiving pipes (12) are connected by fastenings. These heat receiving pipes (12) are hollow, closed tubes with the heat transfer fluid inside to accommodate the heat transfer from sunlight. One end of each heat receiving pipe (12) is connected to the side. The longitudinal end of the heat transfer tube (9) is routed in such a way that the heat transfer fluid inside the heat transfer tube (12) can flow in and out through the inner space between the tubes (10), and the closed end of the heat transfer tube (12) is routed through the side exit (14) of the outer casing (13).