6112 results about "Solar water" patented technology

The invention discloses a solar water evaporation purification and decomposition device which comprises a water supply line, a float and heat insulation layer, an evaporation layer and a photothermalconversion and solute barrier layer which are connected in sequence from bottom to top. The water supply line enables water to pass through the float and heat insulation layer, and the water is pumpedinto the evaporation layer by virtue of a capillary action; solar energy absorbed by the photothermal conversion and solute barrier layer is converted into heat, and water is heated to be vaporized into water vapor from the evaporation layer; due to pore channel volatilization of the photothermal conversion and solute barrier layer, partial water vapor is decomposed to produce hydrogen and oxygen; since the photothermal conversion and solute barrier layer contains a hydrophobic part and is not infiltrated by water, the solar energy can directly heat a heat-absorbing material only, but not heat water, so that high photothermal conversion efficiency is realized; and meanwhile, the solute in the water is prevented from being separated out on the membrane, and sea water desalination, sewage purification and water decomposition can be realized. Due to the design of a hydrophilic/hydrophobic double-layer evaporation structure, the solar water evaporation purification and decomposition device with high photothermal conversion efficiency and high stability is obtained.

The invention relates to micro distributed solar-driven combined cooling heating and power system belonging to field of energy technology. The invention includes: solar collection system, organic Rankine cycle thermal power generation system, adsorption refrigeration system, heating and hot water system, hot water distribution system, control system, secondary combustion device. The solar collection system is connected to the pipe of the hot water distribution and control system via the secondary combustion device, and the organic Rankine cycle thermal power generation system and the adsorption refrigeration system and the heating and hot water system are parallel connected to downstream of the hot water distribution and control system via pipes. The invention provides hot water by employing the vacuum tube solar water heater, and provides electricity by using ORC generation system, and provides cold water used by air conditioner and hot water by using the adsorption refrigeration system; the regulation and control on the hot water distribution system is user-oriented, and the system generates electricity, refrigerates, heats based on user requirement, and the system prepares the secondary combustion device to suffice the requirement when illumination is inadequate or user requirement is overlarge.

A water heater system is provided with a solar water heater and an electric water heater having one or more electric heating elements. The solar and electric water heaters are configured to provide a common hot water output. A controller is operatively configured with the water heaters and receives a first signal indicative of a current power demand state of an associated electric utility. In response to the received signal, the controller operates the electric water heater in an energy savings mode during periods of high power demand wherein power consumption of the electric heating elements is restricted. The controller is operatively configured to modulate the degree of power consumption restriction placed on the electric heating elements in the energy savings mode as a function of current hot water supply capacity of the solar water heater.

A solar water heater system composed of retrofitting an existing conventional gas or electric water heater by adding a solar thermal circulating loop, wherein a heat pipe vacuum tube solar collector, a thermal circulating pump, a computer control system with temperature sensors and relative three-way connections, valves and pipes are installed on the existing water storage tank, is disclosed herein along with the method for building the system.

The invention relates to the new material field of chemical engineering technique, in particular to a powder coating with integrated bottom and surface, i.e. a polyester powder coating for a solar water heater. The polyester powder coating is a thermosetting powder coating which is characterized by comprising the following components in percentage by weight: 61-74% of super-weather resistant terminal carboxyl polyester resin, 4.6-6% of curing agent, 15-30% of mixture of pigment and padding and 3-6% of assistant, wherein the super-weather resistant terminal carboxyl polyester resin is obtained by condensation polymerization of polyatomic alcohol and polyatomic acid or polyatomic anhydride under the condition of existence of excess acid, and the acid value range of the super-weather resistant terminal carboxyl polyester resin is 28-40mgKOH/g. The invention can solve the problem that the general powder coating can not simultaneously meet the requirements of super-weather resistance and rust protection.

The invention provides a solar water heater. The solar water heater comprises a solar collector (1) and at least two water tanks (2); a heat exchanger (24) is arranged in each water tank (2); an inletand an outlet of each heat exchanger (24) are communicated with an outlet and an inlet of the solar collector (1) to form a loop respectively; a heat-conducting medium is filled in the loop; the outlet or the inlet of the solar collector (1) is provided with a pump (3) for causing the heat-conducting medium to flow; and the inlet or the outlet of the each heat exchanger (24) is provided with a valve (25). The invention also provides a heating control method, which can distribute heat collected by the solar collector (1) according to different demands of different users on water temperature and heat the water in the water tanks (2) of the different users.

The invention discloses a hemispherical light-collecting secondary reflective solar water heater, which receives solar energy by means of the light reflecting and focusing effects of a large-plane reflector and a revolution paraboloid reflector, and can greatly improve the reception efficiency of the solar energy and be used for collecting and receiving the solar energy under environments with high light and low light.

The invention relates to an energy-saving seedling raising greenhouse, which comprises a greenhouse. A thermal insulation wall is arranged on the back part of the greenhouse; and a solar water heater is arranged on the top of the thermal insulation wall. A plurality of groups of heating radiators are arranged inside the greenhouse; a hot water reservoir is arranged below the ground level of the greenhouse; a hot water outlet pipe is connected with the right end of the hot water reservoir; the water outlet of the hot water outlet pipe is connected with a water inlet of a water delivery pipe; and a circulating pump is connected in series on the water delivery pipe. The water outlet of the water delivery pipe is respectively connected with the solar water heater, a radiating pipe network and the water inlet of the heating radiator groups through electric stop valve pipes connected in series. The solar water heater, the radiating pipe network and the water outlet of the heating radiator groups are respectively connected with the water inlet of a water return pipe through pipes; the water outlet of the water return pipe is connected with the water inlet of a hot water inlet pipe; and the water outlet of the hot water inlet pipe is connected with the left end of the hot water reservoir. The invention aims to provide the energy-saving seedling raising greenhouse which has energy conservation, environmental protection and convenient use and does not need special heating in a cold season.

The invention relates to the technical field of solar water heaters and discloses a water tank used for the solar water heaters. The water tank comprises a water storage tank and a medium water tank,wherein, the water storage tank is provided with a hot water outlet and a cold water inlet; the medium water tank is arranged in the water storage tank. A radiating pipe is also arranged in the waterstorage tank. One end of the radiating pipe is communicated with the medium water tank and a medium inlet is formed at the other end of the radiating pipe. The medium water tank is provided with a medium outlet. In the water tank used for the solar water heaters of such structure, the medium fluid which undergoes heating in a heat collector enters the medium water tank again after passing throughthe radiating pipe. The radiating pipe has larger radiating area, so that the medium fluid can carry out full heat exchange with the water in the water storage tank via the radiating pipe. The heat exchange efficiency is higher and the water in the water storage tank can be heated to a higher temperature. The invention also provides a solar water heater.

The invention relates to a phase-change heat storage water tank used for a solar water heater, which is characterized that the phase-change heat storage water tank has excellent low-temperature section heat storage capacity and can effectively improve the working efficiency of the solar water heater on cloudy days and in winter.

The invention discloses a water environment ecological management and rehabilitation system. The water environment ecological management and rehabilitation system comprises a solar water-quality detection controller, an air pump, nano-microporous ceramic aerators, hydraulic impellers and biological grilles, wherein the solar water-quality detection controller is respectively connected with the air pump, the nano-ceramic aerators and the biological grilles, the air pump is connected with the nano-ceramic aerators, the hydraulic impellers are arranged above the nano-ceramic aerators, the biological grilles are arranged above the hydraulic impellers, floating-type ecological floating beds floating on the water surface are arranged above the biological grilles and the nano-ceramic aerators are respectively connected with the hydraulic impellers, the biological grilles and the floating-type ecological floating beds. By the water environment ecological management and rehabilitation system disclosed by the invention, the intelligent braking control is achieved and the system is very convenient to mount, use and manage, low in cost, free of noise and efficient to manage. Since the biological grilles and the ecological floating beds adopted in the system are attached with efficient and side-effect-free probiotics microbial flora and coenzyme, eutrophic organic and inorganic pollution sources in the water body can be decomposed.

The invention provides a solar water surface remote control contamination removing ship capable of automatically removing water surface garbage, wherein the ship at least comprises an electric ship and a garbage gathering device, a solar electric power source and a remote control device are installed inside the ship body of the electric ship, the garbage gathering device and a lifting device are installed on the ship body, and the lifting device and the garbage gathering device are positioned at the front end of the ship body. The invention has the advantages of high efficiency, ability of quick travel, convenient operation, labor saving and no secondary pollution.

The invention discloses a compound solar air source heat pump, and belongs to the heat supply field. The compound solar air source heat pump comprises an air source heat pump circulation system, an air source heat pipe circulation system, a solar heat pump circulation system, a solar heat pipe circulation system, a solar air source heat pump parallel-connection circulation system, a solar air source heat pipe parallel-connecting circulation system, a solar air source heat pump serial-connecting circulation system and a solar air source heat pipe serial-connecting circulation system. The compound solar air source heat pump can achieve switchover operation of multiple modes according to the solar radiation conditions and the change of outdoor air temperature, achieve the purpose of making full of various grades of solar energy and air thermal energy, effectively lower the primary investment of a heating system, improve the utilization efficiency and utilization degree of solar energy of different radiation intensities and air thermal energy of different temperature grades, and overcome the defects that when the solar energy is not sufficient, a traditional solar water heater can not reliably supply hot water, and an air source heat pump usually only can use air thermal energy but can not effectively use solar radiation energy.

The invention discloses a solar water purifier based on interface solar photo-thermal conversion, which comprises a solar interface evaporator and a distilled water collector, the solar interface evaporator comprises an open water storage tray and a light absorber with high photo-thermal conversion efficiency, the light absorber is of a double-layer structure and is formed by compounding an upper-layer photo-thermal conversion material and a lower-layer thermal insulation material, and a dust-free cloth is arranged between the upper-layer material and the lower-layer material. During use, it needs to be guaranteed that the dust-free cloth can continuously make contact with the liquid level in a water storage disc, so that it is guaranteed that enough water is conveyed to the surface of thelight absorber to guarantee continuous evaporation. Only solar energy is used as driving energy, other energy sources are not consumed, meanwhile, the problem of replacement of a filter element of aconventional water purifier is avoided, and the device has the advantages of being portable, low in price, high in water purification efficiency and the like and can be stably applied to seawater desalination, sewage treatment and outdoor drinking water purification for a long time.

The invention relates to a novel black substance application. The novel black substance application is characterized in that black substances are directly used as solar heat collection layers by the aid of excellent photo-thermal conversion characteristics of the black substances, and the black substances include vanadium extraction tailings, industrial black waste residues, natural black minerals, black compounds and black chemical products. A novel application method is characterized in that the black substances are directly used as the solar heat collection layers to construct a building-integrated solar air collector and a building-integrated solar water heater. Compared with the prior art, the novel black substance application and the novel application method have the advantages that construction cost is lowered greatly, service lives of the solar air collector and the solar water heater are prolonged greatly and can be as long as that of a building, the solar air collector and the solar water heater are high in heat collection efficiency, better in heat collection effect, less prone to attenuation after long-time use and quite simple to mount and maintain and can be integrated with the building, various potential safety hazards are eliminated, utilization rate of the solar water heater is increased, and the novel black substance application and the novel application method can be widely applied to the field of solar water heaters.

The invention relates to a separate solar-energy water heater, which comprises a heat collector formed by glass vacuum tubes, a water bank, a heat collector water inlet tube and outlet tube between the collector and the water bank to form the cycle system, the water bank cold water inlet tube and the water bank hot water outlet tube, a ventilating hole connecting the collector and the air, a couple bank on the collector, a closed electromagnetic valve on the inlet tube of collector, a computer control plate for controlling said cycle system, and a one-way valve on the outlet of collector for controlling hot water to flow to the water bank. The invention can reduce the cost and improve the heat collection efficiency.

The invention relates to the field of control of thermal utilization of solar energy and air energy, in particular to an intelligent remote control system for a solar water heater. The intelligent remote control system for the solar water heater comprises a wireless communication module and a control module, wherein the wireless communication module is used for receiving an instruction which is used for inquiring or adjusting various attributes of the solar water heater and is transmitted by a user according to a preset rule through a wireless transmission medium; the control module is used for inquiring or adjusting the relevant attributes of the solar water heater according to the instruction transmitted from the wireless communication module; and when the instruction transmitted by the user is an inquiring instruction, parameter information of the relevant attributes, which is inquired by the control module, of the solar water heater is transmitted to a cell phone or a computer of the user in a short message or text mode by the wireless communication module. By the intelligent remote control system for the solar water heater, constant-temperature water can be provided for the user. The intelligent remote control system for the solar water heater is stable in performance, small in size and low in power consumption, has a remote monitoring function, a controlling function, an alarming function and an inquiring function, and can be started or stopped at regular times; and an operator can control real-time working conditions of the solar water heater in real time through the cell phone or the computer from a place which is far away from the solar water heater.

An integrated alternative energy roofing panel incorporates an array of solar concentrator tubes interconnected with transparent web to form a joined plate supported in frame elements with an attached working fluid manifold. The working fluid in the manifold is operatively in contact with the solar concentrator tubes for transferring heat from the tubes. In one exemplary construction, each of the solar concentrator tubes terminates in a conducting metal sleeve which extends beyond the frame element into the manifold. A safety glass panel is attached to one frame element beneath the joined plate. The joined plate and safety glass panel may be sealed to the frame elements to form a chamber and the chamber may be evacuated. A plurality of light emitting diodes (LEDs) are embedded in the web for supplemental lighting. An array of photovoltaic cells mounted to a top surface of the manifold and a battery are interconnected for powering the LEDs. The manifold incorporates a compartment to house the battery as a portion of the integrated panel.

The invention relates to a production method for a big size hollow ceramic plate and a product thereof; common ceramic material and ceramic black substance that is rich in transition metals of fourth period such as natural minerals, industrial waste, and the like, and a extrusion molding method by a vacuum extruding machine are adopted to produce the big size hollow ceramic plate at low cost; the surface or the whole body of the big size hollow ceramic plate is black or dark, and the area of a single plate can be more than 0.5m<2>; a ceramic perforated plate, a ceramic through hole plate and an attachment of the big size hollow ceramic plate form a tandem of the big size hollow ceramic plate in the forms of glued joint and socket joint, or ceramic seal plates are connected in series to form the tandem of the big size hollow ceramic plate; the tandem of the big size hollow ceramic plate can be applied to a solar water heater for supplying hot water, to a solar roof and wall for providing refrigeration, warm air and hot water for the building, to a large-scale solar air course and a large-area solar heat collecting site for power generation, to far infrared drying for energy saving, to building radiator for realizing the purposes of saving energy, reducing indoor dust blowing and promoting health.