65 results about "Radiant cooling" patented technology

The invention discloses a radiation cooling exterior wall brick and a preparation process thereof, and relates to the technical field of ceramic bricks. The radiant cooling exterior wall tiles include a body, a base glaze layer, a pattern layer and a protective glaze layer from the inside to the outside. The base glaze layer includes the following components in parts by mass: 40-60 parts of base glaze ceramic base glaze, 15-35 parts of cooling powder, 6-12 parts of calcined talc, 4-8 parts of calcined zinc oxide, 3-6 parts of dolomite, 2-4 parts of fluorite, 3-6 parts of calcined kaolin, 0.2-0.5 parts of sodium carboxymethyl cellulose, 0.2-0.5 parts of sodium tripolyphosphate and 40-55 parts of water; the protective glaze layer includes the following components in parts by mass: 60-70 parts of protective glaze ceramic base glaze, 10-20 parts of cooling powder, 5-10 parts of albite, 3-5 parts of calcined talc, 2-4 parts of calcined zinc oxide, 0.2-0.5 parts of sodium carboxymethyl cellulose, 0.2-0.5 parts of sodium tripolyphosphate and 40-55 parts of water. The present invention adjusts the component ratio of the base glaze layer and the protective glaze layer and simultaneously adds cooling powder for compounding, thereby ensuring the basic performance of the wall tile while improving its reflectivity and emissivity to infrared and visible light.

The invention discloses a cement-enhanced super-hydrophobic self-adaptive temperature control coating which comprises a thermochromic bottom layer and a radiation refrigeration surface layer, a primer adopted by the thermochromic coating is prepared from the following components in parts by weight: 3 to 6.6 parts of composite resin matrix, 0.4 to 1.2 parts of filler, 11 to 15 parts of thermochromic powder and 10 to 15 parts of organic solvent; and finish paint adopted by the thermochromic coating is prepared from the following components in parts by weight: 50 to 55 parts of SiO2 dispersion liquid, 2 to 9 parts of white cement slurry, 5 to 8 parts of hydrophobic modifier, 6 to 10 parts of low-surface-energy substance and 7 to 11 parts of migration-anchoring dual-function additive. The coating system disclosed by the invention can realize efficient cooling in a high-temperature environment, can keep thermal insulation performance in a low-temperature environment, has mechanical stability and self-cleaning performance required by long-term outdoor application, and is wide in applicability.

The invention discloses glass with spectral selectivity, a window and an optical design method, and belongs to the technical field of glass. The glass with spectral selectivity comprises a radiation cooling layer, a photon structure regulation and control layer and a substrate which are sequentially arranged from the outer side to the inner side, the outer side is a heat energy incidence side, and the inner side is a side needing temperature control; the mid-infrared light emissivity of the radiation cooling layer is greater than or equal to 90%; the photonic structure regulation and control layer is designed based on an effective medium theory and optical topology transformation, and meets the following optical properties: the reflectivity to an ultraviolet band is greater than or equal to 80%, the transmittance to a visible light band is greater than or equal to 75%, and the reflectivity to a near-infrared band is greater than or equal to 80%. Independent and accurate management of ultraviolet, visible light and near-infrared bands can be achieved, meanwhile, the radiation cooling layer conducts active heat dissipation, and indoor temperature control balance is maintained.

The invention discloses a droplet nanometer friction / photo-thermoelectric hybrid power generation device and a preparation method thereof. The hybrid power generation device comprises a liquid drop power generator part and a photo-thermal power generator part, wherein the liquid drop power generator part is mainly formed by integrating a capacitor and liquid drop friction power generation, and the photo-thermal power generator part is mainly composed of a temperature difference semiconductor. The preparation method of the device mainly comprises the following steps: carrying out surface treatment on a zinc sheet, so that a layer of candle ash is uniformly attached to the surface of the zinc sheet to obtain the treated zinc sheet; uniformly coating a layer of polydimethylsiloxane (PDMS) on the surface of the candle ash, and heating in an oven for two hours for curing and forming; fixing a copper electrode on the surface of the PDMS, and welding a lead on the copper electrode and the zinc sheet; the temperature difference semiconductor and the zinc sheet are combined together through heat-conducting silicone grease; a radiation cooling plate is attached to the cold end of the temperature difference semiconductor; and wires are respectively welded at the hot end and the cold end of the temperature difference semiconductor. The droplet nanometer friction / photo-thermoelectric hybrid power generation device provided by the invention is simple in structure and convenient to manufacture, can continuously and stably output direct current voltage without depending on single weather, and has a wide application prospect.

Heat is passively removed from circuit breaker stabs in a circuit breaker panel (i.e., without the use of active components such as cooling fans), and transferred to the panel chassis for radiant dissipation. A thermally conductive, electrically insulating (TCEI) material is interposed between the breaker stabs and the chassis. The TCEI material both spreads heat from each breaker stab over a large area, and passively conducts the heat to the panel chassis. In some embodiments, heat spreaders attached to the breaker stabs and embedded in the TCEI material, and / or a main heat sink interposed between the TCEI material and the circuit breaker panel chassis, enhance the passive conductance of heat from the breakers to the chassis for radiant cooling.

The present application relates to the technical field of building thermal test, and provides an experimental device for coupling sky cold and hot radiation effects and a control method thereof.The device comprises a first radiation cooling component, a solar radiation component and an air cooling component, the first radiation cooling component is obliquely arranged on both sides and connected at the top to form a detection space, the air outlet of the air duct of the air cooling component is located at the bottom of the components on both sides, the air return port is opposite to the top, and the solar radiation component is fixed in the air duct away from the detection space on one side.The present application cooperatively arranges the obliquely combined first radiation cooling component, the air cooling component with air supply at the bottom and air return at the top, and the solar radiation component arranged in the air duct in isolation, constructs a detection environment balanced in cold and hot radiation, realizes coupling simulation of solar radiation heat effect and sky radiation cold effect, can more accurately test the performance of energy production type building envelope components, and solves the technical problem that the existing building thermal test device has low test precision and cannot meet the performance evaluation of energy production type building envelope components.

The invention discloses a solid waste-based micro-nano radiation cooling coating and a preparation method thereof.The preparation method comprises the steps that fly ash and coal gangue serve as main solid waste raw materials, and after being subjected to ultra-fining and silane modification, the main solid waste raw materials and a phosphate exciting agent are subjected to chemical action to form an inorganic micro-nano gel matrix; nano-silica (SiO2) and barium sulfate (BaSO4) are cooperatively introduced as a spectrum regulation functional filler, and a multi-scale scattering structure and an intermediate infrared radiation channel are constructed, so that the radiation cooling effect of high solar reflectivity and high infrared emissivity is realized. The prepared coating has excellent spectral selectivity (the solar reflectivity is larger than or equal to 0.88, and the mid-infrared emissivity is larger than or equal to 0.95), high weather resistance (the 500-hour ultraviolet aging retention rate is larger than or equal to 95%) and remarkable passive cooling capacity (the temperature drop can reach 5-8 DEG C). The raw materials are wide in source, the preparation process is simple, a large amount of building solid waste or industrial solid waste can be utilized, the low-cost and high-performance green radiation cooling coating is achieved, and a technical path capable of being popularized on a large scale is provided for building outer wall energy-saving transformation and urban heat island relieving.

This utility model provides a ceiling radiant cooling system, relating to the field of building environmental engineering. It includes multiple radiant cooling units, each with a first parallel flow channel. The first parallel flow channel includes a first liquid inlet, a first liquid outlet, a first liquid inlet channel, a first liquid outlet channel, and multiple first connecting channels. The first liquid inlet channel extends along a first direction and communicates with the first liquid inlet, while the first liquid outlet channel is parallel to and spaced apart from the first liquid inlet channel. The first connecting channels extend along a second direction and are parallel to and spaced apart between the first liquid inlet channel and the first liquid outlet channel; wherein the first connecting channels, the first liquid inlet channel, and the first liquid outlet channel are interconnected, and adjacent first connecting channels form multiple first spacer cavities, the width of which decreases along the first direction. This system effectively ensures the uniformity of the surface temperature of the radiant substrate, avoids localized overcooling, and further prevents condensation.

A kind of air deep dehumidification system and method using radiation refrigeration and solar photovoltaic, deep dehumidification system includes solution dehumidification device, for completing pre-dehumidification by the contact with solution dehumidifier to indoor return air;Rotary dehumidification device, including regeneration side and dehumidification side, dehumidification side carries out deep dehumidification to indoor return air after pre-dehumidification by solid hygroscopic material;First surface cooler, for reducing the temperature of dehumidification side exhaust air to meet the indoor temperature demand;First electric heater, for heating outdoor fresh air to meet the temperature required for solid hygroscopic material regeneration, then enter the moisture in adsorbed solid hygroscopic material in regeneration side;Solution regeneration device, connected with solution dehumidification device, to concentrate the solution dehumidifier after completing pre-dehumidification and regenerate;Radiation refrigeration device, provides cold source for first surface cooler;Photovoltaic light-heat integrated device, uses solar power generation to provide electric energy for first electric heater.The present application can meet different deep dehumidification demand.

The application discloses a kind of based on liquid crystal elastomer photothermal response photocatalysis / reflection rotary drive device, belong to flexible photothermal drive intelligent material and photocatalysis / photo reflection function device cross technical field.This device includes vane matrix, pulley, photothermal response drive component and fixer.The vane matrix one side load photocatalytic film, the other side load light reflection film;The pulley is fixed in vane matrix end, linear shrinkage force is converted into rotary moment, realizes vane directional rotation;The photothermal response drive component is graphene doped liquid crystal elastomer, under sunlight, light absorption heating shrinkage, pull pulley and drive vane 90 ° directional overturn, when there is no sunlight, elastomer resets, vane restores initial state, complete photocatalytic film and light reflection film non-contact automatic switching.This application does not need external energy input, only rely on solar drive, response is fast, service life is long, set photocatalytic degradation and radiation cooling double function in one, applicable to open environment photocatalytic purification and radiation cooling self-adapting function switching.

The invention relates to a transparent directional radiation refrigeration material and a preparation method thereof. The transparent directional radiation refrigeration material is formed by assembling a sawtooth grating film deposited with an infrared reflecting layer and an impedance matching layer filled with a sawtooth structure. The infrared reflecting layer is a transparent metal oxide layer. The transparent directional radiation refrigeration material satisfies the following conditions: the average transmittance of a visible light wave band is greater than or equal to 65%; the average emissivity difference value between the high emission side and the low emission side of the middle infrared band is larger than or equal to 40%. Compared with the prior art, the radiation cooling material disclosed by the invention has high transmittance in a visible light wave band and asymmetric directional high emissivity in a middle infrared wave band, so that the radiation cooling effect of the building facade transparent enclosure structure can be improved; the problem that the radiation refrigeration performance is limited due to the omni-directional high emissivity of traditional glass of a building facade is solved, and the energy-saving effect of a facade window can be improved.

This invention belongs to the field of coating technology and discloses an anti-aging radiation-cooling coating, coating layer, and its application and coated products. The radiation-cooling coating of this invention includes a base coat and a top coat; by weight, the base coat includes: 10-80 parts composite reflective particles, 5-20 parts hexagonal boron nitride nanosheets, 5-50 parts film-forming resin, 20-80 parts solvent, 0.05-10 parts dispersant, and 0.1-10 parts curing agent; by weight, the top coat includes: 10-80 parts composite alumina, 5-20 parts fluorosilane-modified silica, 5-60 parts film-forming resin, 20-80 parts solvent, 0.05-10 parts dispersant, and 0.5-30 parts curing agent. The radiation-cooling coating of this invention combines high solar reflectivity, excellent UV blocking properties, and long-term aging resistance, and can inhibit photocatalytic reactions from the source, achieving a balance between high reflectivity and ultra-long weather resistance.

This invention belongs to the field of textile fiber technology and discloses a radiation-cooling composite yarn and its preparation method. The radiation-cooling composite yarn includes an elastic core, an intermediate covering layer, and an outer layer; the intermediate covering layer covers the outside of the elastic core; the outer layer covers the outside of the intermediate covering layer and includes a radiation-cooling nanofiber membrane. This invention provides a radiation-cooling composite yarn comprising an elastic core, an intermediate covering layer, and an outer layer arranged in three layers; the outermost radiation-cooling nanofiber membrane can efficiently reflect sunlight and radiate heat outward through atmospheric windows, achieving passive cooling of the fabric; simultaneously, when the human body temperature is lower than the outdoor temperature, the fabric has a certain degree of heat retention due to the presence of still air inside the elastic core of the yarn; based on the yarn composition, the movement of the human body can be tracked by utilizing the law of yarn elongation change and its resistance change.

This invention discloses a high-strength passive daytime radiation cooling film and its preparation method, belonging to the field of functional polymer materials and thermal management technology. The film has a bilayer composite structure, including an upper reflective layer and a lower emitting layer. This invention employs an integrated process of melt blending-lamination-biaxial stretching-induced phase separation-extraction pore-fixing. Through a process design of stretching followed by extraction and a hierarchical biaxial stretching strategy, it achieves highly oriented molecular chains to enhance mechanical properties while precisely constructing a multi-level structure with both nanopores and micropores. The resulting film exhibits an average reflectivity >93% in the solar radiation band (0.25–2.5 μm), an average emissivity >95% in the atmospheric window (8–14 μm), a thermal conductivity <0.1 W / (m·K), and a tensile strength >30 MPa. This invention solves the technical bottleneck of achieving high reflectivity, high emissivity, low thermal conductivity, and high strength simultaneously in radiation cooling materials, and can be widely applied in building energy conservation, outdoor equipment thermal management, and electronic device heat dissipation.

The invention discloses a radiant cooling plate assembly applied to a space pump drive fluid loop system. The assembly comprises three or more odd number of radiant cooling plate single plates, and the central radiant cooling plate single plate is fixedly connected with a spacecraft body; each single plate comprises a frame, a rigid fluid pipeline and a flexible radiation film, the rigid fluid pipeline is composed of a liquid inlet main pipeline, a liquid return main pipeline and a plurality of parallel branch pipelines and cooperates with the frame to form a supporting structure, and the flexible radiation film covers the pipelines and is used for radiation heat dissipation. In the launching stage, all the single plates are stacked and folded and locked to a spacecraft body through a pressing and releasing mechanism. In the on-orbit stage, after the pressing and releasing mechanism is unlocked, the single plates are unfolded in different time sequences through the on-orbit unfolding mechanism, and finally the single plates are symmetrically distributed with the center line of the central single plate as the symmetry axis and are kept coplanar. Through the design of the symmetrical configuration, the rigid-flexible composite structure and the parallel flow channels, the envelope adaptability of the launching stage and the heat dissipation efficiency and the structural stability of the on-orbit stage are considered, and the heat management requirement of the high-power spacecraft is met.

The invention discloses a flexible radiation cooling plate for space, and belongs to the technical field of spacecraft thermal management. The flexible radiation cooling plate comprises at least one radiation cooling plate single plate, and each radiation cooling plate single plate is composed of a frame, a rigid fluid pipeline and a flexible radiation film. Wherein the rigid fluid pipeline is fixed on the frame and cooperates with the frame to form an integral supporting structure, the rigid fluid pipeline specifically comprises a liquid inlet main pipeline and a liquid return main pipeline which are oppositely arranged on the edges of the two sides of the frame, and a plurality of branch pipelines which are parallelly connected between the liquid inlet main pipeline and the liquid return main pipeline at intervals, and a parallel flow channel structure is formed; the flexible radiation film covers the rigid fluid pipeline and is used for transmitting heat carried by a working medium flowing through the pipeline to the space environment in a heat radiation mode. Through the rigid-flexible composite modular structure and the parallel flow channel design, the effects that the heat dissipation area can be expanded, and heat transfer is uniform and efficient are achieved, and the comprehensive heat dissipation requirements of a high-power spacecraft for the large heat dissipation area, light weight and high reliability are met.

The application discloses a direct expansion type radiation cooling terminal, a dew prevention method and a cooling system, and mainly relates to the technical field of building air conditioners and radiation cooling. The application discloses a direct expansion type radiation cooling terminal, a dew prevention method and a cooling system, and mainly relates to the technical field of building air conditioners and radiation cooling. The application discloses a direct expansion type radiation cooling terminal, a dew prevention method and a cooling system, and mainly relates to the technical field of building air conditioners and radiation cooling. The application discloses a direct expansion type radiation cooling terminal, a dew prevention method and a cooling system, and mainly relates to the technical field of building air conditioners and radiation cooling. The application discloses a direct expansion type radiation cooling terminal, a dew prevention method and a cooling system, and mainly relates to the technical field of building air conditioners and radiation cooling.

The present invention relates to a smart heating and cooling device capable of selectively implementing solar heating and radiant cooling, and a manufacturing method therefor. The smart heating and cooling device according to one embodiment of the present invention comprises: a flexible substrate; a bottom layer which is disposed on the flexible substrate and which has a radiant cooling body; and a top layer which is disposed on the flexible substrate, and which has a band partially fixed to the flexible substrate so as to be bent and deformed according to the deformation of the flexible substrate, and a solar absorber connected to the band so as to be movable according to the deformation of the band, wherein the solar absorber moves according to the deformation of the flexible substrate so as to selectively cover the radiant cooling body.

The purpose of the present invention is to cool a portion where the temperature can rise due to sunlight while suppressing power consumption. A radiation cooling device for a vehicle is provided with: a roof panel (50) of the vehicle, the outer surface of which is provided with a radiation cooling layer (51) that radiates far infrared rays toward the outside of the vehicle; a roof garnish (60) disposed along the vehicle interior side surface of the roof panel; a cold air space (rm) which is a space partitioned by the roof panel and the roof garnish; a temperature variation unit (10) which is disposed in the front or rear of the vehicle interior and which can increase the temperature by sunlight; a pillar garnish (30) that constitutes the pillar and is disposed along the side surface of the interior of the vehicle; an air suction port (31) disposed adjacent to the temperature variation portion of the pillar garnish; a space-forming member (40) that is disposed between the air suction port and the cold air space and in a space surrounded by the pillar and the pillar garnish, and that forms a circulation space (41) through which a fluid flowing in from the air suction port can flow; and an air flow generator (90) that is disposed in the cold air space and that generates an air flow from the air suction port to the cold air space through the circulation space.

This invention relates to the field of solar power generation technology and discloses a diurnal radiation thermoelectric power generation device and method. Through the coupling between a heat pipe, a thermoelectric power generation layer, a photovoltaic power generation layer, and a radiation cooling layer, the photovoltaic power generation layer absorbs short-wavelength solar energy to generate electricity, while the thermoelectric power generation layer utilizes long-wavelength solar energy to generate electricity. Furthermore, the use of a trough concentrator to concentrate sunlight increases the power output of the integrated power generation device and reduces costs. The heat pipe quickly removes heat from the cold end of the thermoelectric power generation layer on the concentrator side, increasing the temperature difference between the hot and cold ends of the trough concentrator and reducing the temperature of the photovoltaic power generation layer. This effectively improves the power generation efficiency of the photovoltaic thermoelectric integrated power generation device, utilizing the full spectrum of solar energy for efficient power generation, saving energy and protecting the environment. It effectively improves photoelectric conversion efficiency and enables continuous day and night power generation, broadening practical application scenarios.

The invention discloses a temperature regulation and control method based on heat storage and release characteristics of a radiant cooling room, and the method comprises the steps: obtaining thermal performance parameters of an enclosure structure, and constructing a radiant cooling room model; simulating multiple groups of system operation conditions, and establishing an indoor thermal environment and system operation parameter data set; establishing a mapping relation between the cold storage capacity, the cold release capacity and the average water supply and return temperature of the enclosure structure and system operation parameters; determining system operation constraint conditions; and optimizing a system regulation strategy based on the indoor target operation temperature, the mapping relation and the constraint condition. According to the method, refined regulation and control of the radiant cooling system are achieved by fitting the correlation between the heat storage and release characteristics of the enclosure structure and the operation parameters of the system, the operation efficiency and economical efficiency are improved while indoor heat comfort is guaranteed, and the method is suitable for temperature regulation and control of various radiant cooling buildings.

This invention relates to a method, device, and medium for evaluating human thermal comfort based on radiant cooling fabrics. The method includes: collecting first and second multi-source data under multiple different test scenarios, with and without radiant cooling fabrics; preprocessing and extracting multi-dimensional features from the first and second multi-source data, respectively, and constructing a first feature matrix and a second feature matrix based on the extracted multi-dimensional features; predicting a first thermal sensation voting value and a second thermal sensation voting value using machine learning models based on the first and second feature matrices, respectively; and quantitatively evaluating human thermal comfort based on the first and second thermal sensation voting values. The device and medium are used to implement the above method. Compared with the prior art, this invention provides a method that can more accurately evaluate the improvement in thermal comfort based on radiant cooling fabrics.

The application relates to the technical field of building materials, in particular to a lightweight wallboard with radiation cooling and high thermal resistance and a preparation method thereof. The lightweight wallboard with radiation cooling and high thermal resistance comprises the following components in parts by weight: water glass 600 parts, condensed aluminum phosphate 380-420 parts, hydrogen peroxide 40-50 parts, foam stabilizer 20-30 parts, radiation cooling material 30-40 parts and hydroxyl silicone oil 45-55 parts; the foam stabilizer comprises at least one of calcium stearate, silicone amide and polyvinyl alcohol; and the radiation cooling material comprises at least one of barium sulfate, nano silicon dioxide, titanium dioxide, calcium carbonate and aluminum oxide. In the application, the water glass and the condensed aluminum phosphate can cooperate to provide strong heat insulation effect, and can significantly reduce the influence of high temperature outside on the indoor environment; the radiation cooling material can adjust the temperature of the wallboard, reduce the accumulation of heat, and make the indoor environment more comfortable.

The application discloses a kind of ceiling radiant cooling and independent fresh air dehumidification system hybrid operation comprehensive control method, belong to building environment control and heating ventilation air conditioning technical field.The method includes: the radiant cooling capacity and the dehumidification capacity of surface cooler are calculated by heat balance equation, and the optimization target that ceiling radiant system bears 70% sensible heat load, fresh air system bears 90% wet load is set;Combining dew point temperature monitoring triggers anti-condensation strategy, adjusts control variable in the rolling time domain with the goal of minimizing energy consumption, ensures that indoor temperature is 23-26 DEG C, humidity is 40%-60%, black ball temperature difference is less than or equal to 2 DEG C and condensation risk is less than or equal to 6%.The method is suitable for energy-saving temperature and humidity regulation of large public buildings, realizes the efficient collaborative processing of sensible heat and latent heat load.

The present application relates to the technical field of energy-saving materials, and particularly relates to a daytime radiative cooling glass, a preparation method and application thereof. The daytime radiative cooling glass is provided with a grating on the surface of the glass, and a porous scattering layer is arranged below the grating, and the porous scattering layer comprises micropores and nanopores. In the present application, the surface of the glass is irradiated by laser, and then the surface microstructure and the porous reflection layer are obtained through chemical corrosion. The grating structure effectively reduces the phonon-polaron vibration reflection of SiO2 in the glass, and improves the surface emissivity; the porous reflection layer effectively reflects sunlight. Compared with the traditional daytime radiative cooling material, the daytime radiative cooling glass provided by the present application has excellent weather resistance, and can continuously play a cooling role in the complex outdoor environment.

The invention discloses a gypsum board which comprises a gypsum base material layer, and a groove is formed in a second board face. The heat exchange tubes are embedded into the grooves; the soaking layer is fixed on the gypsum base material layer and is tightly attached to the heat exchange tube; and the heat insulation layer is fixed on the surface of one side, back to the gypsum base material layer, of the soaking layer. The invention further discloses a manufacturing method of the gypsum board. The manufacturing method is used for preparing the gypsum board. The invention further discloses a radiant cooling and heating system which comprises a cold and heat source module, a temperature controller and a gypsum board. The cold and heat source module is communicated with the heat exchange tube; the temperature controller is electrically connected with the cold and heat source module, the temperature controller can obtain the temperature value of the environment, and starting and stopping of the cold and heat source module are controlled in an internal temperature limiting and external temperature control mode. The radiant cooling and heating functions are integrated in the gypsum board, temperature adjustment and building decoration are combined, meanwhile, the gypsum board can be prefabricated and formed in a factory, field dry type operation is achieved, installation is convenient and fast, and when a single gypsum board breaks down, independent replacement can be achieved, and maintenance is convenient.

A multi-temperature storage system, including: a grid framework structure (GFS) including: a supporting framework structure (SFS) including storage columns arranged to accommodate storage containers, said SFS including a load bearing assembly of supporting walls at least one of which is a thermally insulating panel that separates the storage columns into first and second groups to define temperature storage zones; a track system for guiding movement of robotic load handling devices on the GFS mounted to the SFS and including a tracks arranged in a grid pattern including grid cells extending across the storage cells such that each modular storage cell supports a sub-group of two or more grid cells of the track system; a radiant cooling system including a cooling unit and a closed network of tubing in fluid communication with the cooling unit, the closed network extending in the first temperature storage zone.

The application provides a condensate water collecting tank, a temperature control method and a condensate water recycling system, which comprises a tank body, a first partition plate and a second partition plate extending from the bottom to the top of the tank body, a third partition plate extending from the top to the bottom of the tank body, a first condensate water inlet pipe and a tap water inlet pipe communicating with the top of the tank body, and a condensate water outlet pipe communicating with the bottom of the tank body, wherein the first partition plate and the second partition plate divide the tank body into a first water tank, a second water tank and a third water tank arranged side by side, the first partition plate is adjacent to the first water tank and the second water tank, the free end of the third partition plate extends into the second water tank, the height of the first partition plate is higher than that of the second partition plate, the first condensate water inlet pipe is located directly above the first water tank, the tap water inlet pipe is located directly above the second water tank, and the condensate water outlet pipe communicates with the third water tank. The application can make the water temperature uniform and improve the cooling effect of the radiant cooling system.

The invention discloses a wide-temperature-range cascade thermochromic intelligent window. The intelligent window comprises a frame, indoor side glass, outdoor side glass, an air flow channel, a first indoor side grid, a second indoor side grid, a first outdoor side grid, a second outdoor side grid, a first fan, a second fan and a cascade thermochromic composite film. According to the cascade thermochromism air conditioner, function switching of radiation refrigeration and radiation heating can be achieved through the cascade thermochromism composite film according to user requirements, heat exchange is conducted in the air flow channel through air supply, the grating and the draught fan so that heating and refrigeration of the indoor environment can be achieved, energy consumption and carbon emission of operation of the air conditioner can be reduced, and energy is saved.

A control method for an anti-condensation radiant cooling system, including: step 1, acquiring temperature matrix data of indoor thermal images, an indoor air temperature ta, and a relative humidity (RH); step 2, performing an occupant counting for indoor active occupants; step 3, determining a condensation risk; and step 4, calculating a predicted mean vote (PMV) value under current indoor conditions based on the temperature matrix data of indoor thermal images, the indoor air temperature ta, and the relative humidity (RH).