Hot water supply system device with solar energy metal honeycomb collection, instantaneous water heating of superconducting pipe
A system device, water heating technology, applied in solar thermal devices, heating systems, solar thermal power generation, etc., can solve the problems of wasteful combustion, fuel waste, etc., to reduce comprehensive usage fees, low prices, and long heat transfer distances Effect
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Embodiment 1
[0066] exist figure 1 Middle: (A) Superconducting heat pipe: (A1) Superconducting heat pipe for collector; (A1-1) Condensation section, (A1-2) Connection section, (A1-3) Evaporation section; (A2) Superconducting heat pipe for heater Heat pipe; (A2-1) condensing section, (A2-2) connecting section, (A2-3) evaporating section.
[0067] In the figure: (A) The superconducting heat pipe is formed by injecting superconducting liquid into the metal tube and sealing it after vacuumizing; the upper end is (A1-1) condensation section, the middle is (A1-2) connecting section, and the lower end is (A1- 3) Evaporation section: (A1) superconducting heat pipe for heat collector, (A2) superconducting heat pipe for heater.
Embodiment 2
[0069] exist figure 2 Middle: (B) honeycomb heat collector: (B1) single nest heat collector, (B1-1) mountain-shaped groove, (B1-2) heat pipe square groove, (B1-3), (B1-4) horizontal heat collector Slot piece, (B1-5) square shell, (B1-6) heat pipe connection port, (B1-7) outer insulation layer, (B1-8) honeycomb heat collector.
[0070] diagram 2-1 : Schematic diagram of the "mountain" shaped groove;
[0071] Figure 2-2 : Diagram of the shape of the horizontal heat collecting slot;
[0072] Figure 2-3 : Outline diagram of a single nest collector.
[0073] In the figure: (B1) The single nest heat collector includes a vertical groove formed by (B1-1) mountain-shaped groove and (B1-2) heat pipe square groove at the lower end, and then inserted into the vertical groove at the upper end (B1-4) The horizontal heat collecting slots are connected; the front end is connected to the cover panel with (B1-6) heat pipe connection port, and the outer layer of (B1-5) square shell of ...
Embodiment 3
[0084] exist Figure 5 Middle: (D) high-efficiency heat collector, (0-1) water body, (C1-1) honeycomb heat collector, (C1-2) honeycomb heat collector, (C1-3) honeycomb heat collector, (C1- 4) Honeycomb heat collector, (C1-X) honeycomb heat collector; (C2-2) series hot water pipe, (C12) series hot water pipe, (C23) series hot water pipe, (C34) series hot water pipe , (C45) hot water pipe in series, (C1-0) stand, (C3-1) water inlet pipe, (C3-2) water inlet pipe, (C3-3) water supply pipe, (D1) high efficiency collector, (D2) high-efficiency heat collector, (D3) high-efficiency heat collector, (D4) high-efficiency heat collector, (DX) matrix high-efficiency heat collector; (D1-1) water inlet pipe, (D1-2) water supply pipe, (D2-1) water inlet pipe, (D2-2) water supply pipe, (D3-1) water inlet pipe, (D3-2) water supply pipe, (D4-1) water inlet pipe, (D4-2) water supply pipe , (D5-2) water supply pipe.
[0085] Figure 5-1 : Outline diagram of high-efficiency heat collector;
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