Abstract: A mounting bracket system for solar panels, includes a sealing profile configured to be attached to side of solar panel, wherein a cross-section of the sealing profile includes a sealing profile base having first end and second end, upper part having third end and fourth end, and first dividing wall having first side and second side; and fixing profile arranged to accommodate corner of solar panel, wherein the cross-section of the fixing profile includes a U-shaped upper part having bottom part, first arm and second arm, reinforcement wall connected to second arm, second dividing wall connected to second arm, and fixing profile base having fifth end and sixth end, wherein gap is formed between reinforcement wall, second dividing wall and fixing profile base.

Abstract: The present invention relates to a portable waterproof pack, and more particularly, to a portable waterproof pack with an air bladder pack, which includes an air bladder pack, into which an air is injected, formed in a rear surface of a pack main body, and thus, can float on the water to reduce a risk of losing a portable terminal, such as a smart phone, without a buoyancy means when the portable terminal falls into water.

Abstract: A housing has a bottom, side panels, end panels, and a top, forming a chamber. The side and end panels have interior sections and slidable exterior sections. A solar energy collector, tubing or solar panels, is within the chamber. A cover plate is fabricated of a transparent material and is secured to the exterior section adjacent to the top. Lenses are coupled to the exterior section, and focus sunlight on the solar energy collector. Lift drivers vary the elevation of the lenses with respect to the solar energy collector. A gimbal assembly with a tilt driver operatively couples the housing to the roof to vary the angular tilt of the housing. A light sensor, a temperature sensor, and an associated controller adjust the elevation of the lenses and the tilt of the housing.

Abstract: A solar collector has an opaque cover heated by solar energy. Heat flows from the opaque cover by conduction, convection, and infrared emittance across a gap within an at least substantially airtight enclosure to an absorber containing a working fluid. The exterior surface of the opaque cover has high solar energy absorptance and the interior surface has high infrared emittance. The exterior surface preferably has low infrared emittance. In one embodiment, fully wetted surface geometry permits direct and reflected infrared absorption by the absorber. The opaque cover eliminates the weight, cost and other shortcomings of glass. A hollow continuous side wall with rounded corners provides an embodiment that is robust yet economical, that is easy to manufacture and seal, that permits a reduced thickness of the opaque cover and mitigates the destructive potential of severe winds, and that can withstand the compressive forces experienced by an evacuated solar collector.

Abstract: This invention relates to solar engineering. The solar collector, which comprises a closed enclosure and an absorber 5 with channels for a liquid heat carrier, is designed in the form of a cylindrical portion having radius R1 and an axis coinciding with the axis of the central cylindrical portion 1 of the enclosure. The absorber 5 consists of thin-walled, interconnected modules. The modules are provided with bulges on the rear side thereof, in which channels with slots are made for arranging pipes forming heat-carrier flowing channels. In addition, the absorber can be designed in the form of a storage tank. The shape of the collector is optimized in such a way that the axes of the two lateral cylindrical portions 2 thereof are remote at distance L and the central cylindrical portion 1 is as remote as possible from a plane 3 tangential to the lateral cylindrical portions 2 at a distance H having the defined ratio of geometric parameters.

Abstract: Non-tracking solar collector device (1) comprising at least an absorber element (2), at least a couple of reflector elements (3) disposed on opposite sides of the absorber element (2) for conveying the solar radiation onto the absorber element itself and said reflector elements (3) comprising at least one fixed portion (8a,8b) and at least one rotating portion (9); the rotating portions (9) being movable between at least a first extreme position (10), in which the rotating portions are moved away from each other and the entire surface of said reflector elements (3) is substantially continuous, and a second extreme position (11), in which the rotating portions are moved close to each other in order to substantially obscure said absorber element (2).

Abstract: The present invention provides a solar water heating apparatus which includes concentric inner and outer vessels defining an annular cavity therebetween, within which cavity a phase change material is located, and which is vaporised when solar radiation is incident on the outer vessel, in order to transfer heat to a water store contained in the inner vessel, this water store being fed fresh unheated water while the heated water is extracted therefrom for domestic or other purposes.

Abstract: A solar-powered adsorption-desorption refrigeration and air conditioning system uses nanostructural materials made of high specific surface area adsorption aerogel as the adsorptive media. Refrigerant molecules are adsorbed on the high surface area of the nanostructural material. A circulation system circulates refrigerant from the nanostructural material to a cooling unit.

Abstract: A solar heater for space heating is formed by a frame that provides structural support for a plate that absorbs sunlight. In one aspect, the plate is directly molded into the frame. In another aspect, the plate is incorporated into an assembly which is then sealed to the frame. The solar heater is configured such that multiple similarly configured solar heaters may be coupled together in a series and/or parallel arrangement.

Abstract: A solar thermal unit adapted for fitting into one or more connectors designed for receiving one or more panes of glass (2), wherein said thermal solar unit includes a fluid circuit, a light-absorbing surface (3), and a housing for the light-absorbing surface (3) and fluid circuit, which housing extends to the rear and sides of the light-absorbing surface.

Abstract: An energy transmitting solar panel (12, 22, 32, 42, 52, 62) intended for invisible incorporation into a building, a part or component thereof, behind and in thermal contact with a climate shield (12, 21, 31, 41, 51, 61) on said building, a part or component thereof, is made of a heat-conducting material and has a substantial heat transmitting surface area and at least one through-going fluid impervious channel or duct (15, 25, 35, 45, 55, 65) embedded in or integrally connected with said panel for the flow of an energy carrying-capable fluid therein. The solar panel is mounted below and close up to a climate shield of a building so that good thermal contact is established there between providing excellent transmission of converted sun radiation to an energy carrying-capable fluid in the fluid impervious channel or duct.

Abstract: A solar heat collector for using solar energy to heat a fluid flowing therethrough includes a housing having a portion facing the sun. A predetermined plurality of tubular members are disposed within the housing with each tubular member connected to a fluid input and a fluid output for carrying a fluid through the housing. An absorption film is attached to the sun facing portion of the housing. A filler member engages the absorption film and a predetermined portion of each tubular member for improving heat transfer efficiency of the absorbed solar energy from the absorption film to each tubular member. A material of the filler member has thermal conductivity greater than a thermal conductivity of air at zero degrees Celsius.

Abstract: A glazed solar collector with a frame surrounding an absorber. The frame is provided with an inwardly and/or outwardly directed attachment ledge (1a) to which the glazing(4) is attached. A protective Stripping (9) covers the edges of the cover pane(4) and is provided with a ledge (9b) that rests on the attachment ledge (1a). The side- and end panels(1) of the frame include an inwardly projecting bottom ledge (1b) to which a backsheet(5) may be attached by means of welding or TOXing(22). The bottom ledge (Ib) also includes an outwardly projecting ledge that is provided with spaced through going bores along the length of the side- and end panels for i-eceiving fasteners (20) therein that allow the collector to be fastened to a roof structure (19) or the like.

Abstract: A solar installation includes at least one solar module. The at least one solar module includes a cover plate and a housing box. The housing box includes housing walls, a frame construction including a substantially L-shaped support profile, the support profile including a transverse leg disposed edge-parallel on a bottom side of the cover plate with a seal interposed therebetween and a longitudinal leg connected to the housing wall. A detent device has at least one upper detent element and one lower detent element for fixing the cover plate on the housing box. A spring-loaded mounting includes at least two spring elements for mounting the cover plate on the housing walls, via the at least two spring elements. The at least two spring elements have a predetermined vertical stroke and are configured to generate a restoring force.

Abstract: A solar collector is provided that concentrates solar energy for heating a medium such as air. The solar collector includes a housing with a first end wall, a second end wall and a cavity therebetween. A receiver tube is extended through the first end wall on a first end and extending longitudinally within the cavity. A receiver core member made from a metal foam material is disposed within the receiver tube. At least one mirror is arranged within the cavity opposite the receiver tube, the at least one mirror being arranged to reflect light onto the receiver tube. In one embodiment, an automated cleaning system is arranged to clean the collector cover. In another embodiment, the mirror is made from a dielectric mirror.

Abstract: An aerospace platform includes a structure having a cavity and a light-transmissive portion that exposes the cavity to sunlight. The aerospace platform further includes a fluid heating system. The fluid heating system includes a fluid-carrying, thermally absorptive structure within the cavity, and a solar collector for collecting light transmitted through the light-transmissive portion and focusing the collected light onto the absorptive structure. The thermally absorptive structure has a high surface absorptivity that retains thermal energy when exposed to solar irradiance and heats fluid contained therein.

Abstract: A single air or liquid type flat-plate solar collector assembly with a variable area proportion of the hybrid and solar thermal functions, having: a channel having a front, a back, opposite sides, a bottom inlet opening and a top outlet opening; a photovoltaic collector cover disposed across a hybrid portion of the front of the channel; and a transparent glazing covering disposed across a solar thermal portion of the front of the channel. Preferably, the body of the collector utilizes a standard standing seam metal panel with associated mounting expansion clips, and the photovoltaic collector cover and transparent glazing are both held onto the panel by a glazing mounting channel affixed to the standing seam of the metal panel.

Abstract: This invention relates to a solar furnace. In particular, this invention relates to a solar furnace which is capable of raising the temperature of transfer medium. In use, the heated transfer medium can be used to generate electricity or put to other work, such as, for example, air conditioning, pasteurisation or desalination. In fact, for any situation that requires a source to generate work or power. The present invention describes a solar furnace for raising the temperature of a heat transfer medium, comprising a lens array for admitting incident thermal and solar energy onto a reflector portion and a pressure vessel. The reflector portion being generally shaped so as to concentrate said solar energy onto said pressure vessel. The pressure vessel having an inlet through which said heat transfer medium is injected and a central core which defines a continuous heat transfer path for said heat transfer medium to contact the surface of said pressure vessel and exit said pressure vessel at an outlet.

Abstract: An integrated spa water heating assembly comprising a solar water heater panel, having a water inlet and outlet, an electrical motor/pump unit attached to the panel and having ducting for drawing water from the spa interior for passage to the panel inlet, the panel operating to discharge heated water flowing from the panel back into the spa water, and a solar power panel operatively attached to the heater panel, and electrically connected with the motor to power motor operation.

Abstract: The curvilinear heater disclosed contemplates an air based solar radiant heating system that utilizes a heat collector having a cover creating an area within which an absorber plate allows for the transformation of solar energy into heat energy. The absorber plate is constructed to maximize surface area by utilizing a curvilinear design.

Abstract: The present invention provides a solar water heating apparatus which includes concentric inner and outer vessels defining an annular cavity therebetween, within which cavity a phase change material is located, and which is vaporised when solar radiation is incident on the outer vessel, in order to transfer heat to a water store contained in the inner vessel, this water store being fed fresh unheated water while the heated water is extracted therefrom for domestic or other purposes.

Abstract: Systems, methods, and apparatus by which solar energy may be collected to provide electricity or a combination of heat and electricity are disclosed herein. Examples of solar energy receivers are disclosed that may be used to collect concentrated solar radiation.

Abstract: Solar-powered shielding mechanism is disclosed. The mechanism includes a shield, a pair of tracks, an energy collecting device for collecting solar energy, storage for storing liquid being heated in the energy collecting device, and a motor powered by electricity generated by a power generator converting heat from the liquid being heated by the energy collecting device. The motor is operated to retract or extend the shield along the pair of tracks.

Abstract: A glazed solar collector with a frame surrounding an absorber. The frame is provided with an inwardly and/or outwardly directed attachment ledge (1a) to which the glazing(4) is attached. A protective Stripping (9) covers the edges of the cover pane(4) and is provided with a ledge (9b) that rests on the attachment ledge (1a). The side- and end panels(1) of the frame include an inwardly projecting bottom ledge (1b) to which a backsheet(5) may be attached by means of welding or TOXing(22). The bottom ledge (Ib) also includes an outwardly projecting ledge that is provided with spaced through going bores along the length of the side- and end panels for i-eceiving fasteners (20) therein that allow the collector to be fastened to a roof structure (19) or the like.

Abstract: A solar installation includes at least one solar module. The at least one solar module includes a cover plate and a housing box. The housing box includes housing walls, a frame construction including a substantially L-shaped support profile, the support profile including a transverse leg disposed edge-parallel on a bottom side of the cover plate with a seal interposed therebetween and a longitudinal leg connected to the housing wall. A detent device has at least one upper detent element and one lower detent element for fixing the cover plate on the housing box. A spring-loaded mounting includes at least two spring elements for mounting the cover plate on the housing walls, via the at least two spring elements. The at least two spring elements have a predetermined vertical stroke and are configured to generate a restoring force.

Abstract: A glazed solar collector with a frame surrounding an absorber (3a), an insulating layer (2) disposed beneath the absorber (3a) and a cover pane (4) spaced above the absorber (3a). Absorber tubing (3b) is connected to an supply header (15) and to an return header (16). The axis (X) of the supply/return header (15,16) is arranged at an angle to a plane (Z) coinciding with the cover pane (4) with the distance between the axis (X) and the plane (2) increasing along the axis (X) in a direction leading away from the collector.

Abstract: A solar air conditioning apparatus includes an inlet assembly (20), an outlet assembly (30), a solar collector assembly (10), connecting assemblies (50) and joining members (40). The solar collector assembly includes a plurality of parallel connected solar collectors (11) disposed between inlet units (22) of the inlet assembly and outlet units (32) of the outlet assembly. The solar collector includes a plurality of series connected solar collecting units (12). The solar collecting unit has a bottom plate (12d), a heat-absorbing plate (12f), a brace plate (12g) and a transparent panel (12a). The bottom plate and the heat-absorbing plate respectively have first and second fastening structures (123, 124) and first and second clasping structures (121, 122) for joining the solar collecting units together. The connecting assemblies series connecting the solar collecting units, the inlet and the outlet assemblies. The joining members parallel connecting the inlet units and the outlet units.

Abstract: A solar air conditioning device (100) comprises a solar collector assembly (30), an inlet assembly (10) at an entrance of the solar collector assembly, and an outlet assembly (50) at an exit of the solar collector assembly. The solar collector assembly includes a heat-absorbing set (31) and a transparent panel (38) being assembled to a top of the heat-absorbing set. The heat-absorbing set comprises a plurality of heat-absorbing units (32) engaged with each other. The heat-absorbing set defines an air channel with the transparent panel and a heat-absorbing channel below the air channel. The inlet and outlet assemblies are in fluidic communication with the heat-absorbing channel.

Abstract: A solar thermal unit adapted for fitting into one or more connectors designed for receiving one or more panes of glass (2), wherein said thermal solar unit includes a fluid circuit, a light-absorbing surface (3), and a housing for the light-absorbing surface (3) and fluid circuit, which housing extends to the. rear and sides of the light-absorbing surface.

Abstract: An energy transmitting solar panel (12, 22, 32, 42, 52, 62) intended for invisible incorporation into a building, a part or component thereof, behind and in thermal contact with a climate shield (12, 21, 31, 41, 51, 61) on said building, a part or component thereof, is made of a heat-conducting material and has a substantial heat transmitting surface area and at least one through-going fluid impervious channel or duct (15, 25, 35, 45, 55, 65) embedded in or integrally connected with said panel for the flow of an energy carrying-capable fluid therein. The solar panel is mounted below and close up to a climate shield of a building so that good thermal contact is established there between providing excellent transmission of converted sun radiation to an energy carrying-capable fluid in the fluid impervious channel or duct.

Abstract: A solar collector includes a substrate having a top surface and a bottom surface opposite to the upper surface, a sidewall, a transparent cover, and a heat-absorbing layer. The sidewall is arranged on the periphery of the top surface of the substrate. Thea transparent cover is disposed on the sidewall opposite to the substrate to form a sealed chamber with the substrate together. The heat-absorbing layer is disposed on the upper surface of the substrate and includes a carbon nanotube film having a plurality of carbon nanotubes. The carbon nanotubes in the carbon nanotube film are aligned along a same direction or along different directions.

Abstract: A solar collector includes a substrate having a top surface and a bottom surface opposite to the upper surface, a sidewall, a transparent cover, and a heat-absorbing layer. The sidewall is arranged on the periphery of the top surface of the substrate. The transparent cover is disposed on the sidewall opposite to the substrate to form a sealed chamber. The heat-absorbing layer is disposed on the upper surface of the substrate and includes a carbon nanotube film having a plurality of carbon nanotubes. The carbon nanotubes in the carbon nanotube film are joined end-to-end.

Abstract: A cover for an object using solar radiation includes a cover sheet made of a material transparent to solar radiation, wherein, viewed in cross-sectional view with respect to the sheet, the sheet has a zigzag profiled surface structure on either side. A combination of two covers has cover plates of each of the covers above one another, in particular running parallel to one another. Moreover, a combination of a cover and an object has the cover covering the object and the object uses, absorbs, and converts solar radiation.

Abstract: The present invention relates to a solar collector having an integrated heat storage. Such a solar collector comprises a housing which comprises a bottom plate and a transparent cap, wherein between an involute mirror and the transparent cap a storage tank for the storage of water is provided. The solar collector according to the invention is characterized in that a shielding is provided between the transparent cap and the storage tank, which leaves the part of the storage tank that is situated lower uncovered. By using the solar collector according to the invention a higher thermal yield can be achieved while using less materials.

Abstract: A lightweight solar concentrator of the reflecting parabolic or trough type is realized via a thin reflecting film, an inflatable structural housing and tensioned fibers. The reflector element itself is a thin, flexible, specularly-reflecting sheet or film. The film is maintained in the parabolic trough shape by means of a plurality of identical tensioned fibers arranged to be parallel to the longitudinal axis of the parabola. Fiber ends are terminated in two identical spaced anchorplates, each containing a plurality of holes which lie on the desired parabolic contour. In a preferred embodiment, these fibers are arrayed in pairs with one fiber contacting the front side of the reflecting film and the other contacting the back side of the reflecting film. The reflective surface is thereby slidably captured between arrays of fibers which control the shape and position of the reflective film. Gas pressure in the inflatable housing generates fiber tension to achieve a truer parabolic shape.

Abstract: This invention provides buildings with a modular air conditioning system that utilizes solar energy for heating air. This invention contains a solar collector assembly, an inlet assembly and an outlet assembly. The solar collector assembly further comprises a transparent panel, a heat-absorbing set and a support base, and forms paths for heating the air, wherein the heat-absorbing set is made of several simple, light-weight modular heat-absorbing units to form several heat-absorbing channels. Such a design not only can fully utilize the heat-absorbing space on the roof and save the cost for being displayed in marketing channels, but also can be constructed by the users in accordance with their own needs, so as to save cost in modularization. The inlet and outlet assemblies communicate to the heat-absorbing channels in the solar collector assembly and are respectively connected to the pipes and paths leading into and out of the buildings.

Abstract: This invention provides buildings with a modular air conditioning system that utilizes solar energy for heating air. This invention contains a solar collector assembly, an inlet assembly and an outlet assembly. The solar collector assembly further comprises a transparent panel, a heat-absorbing set and a support base, and forms paths for heating the air, wherein the heat-absorbing set is made of several simple, light-weight modular heat-absorbing units to form several heat-absorbing channels. Such a design not only can fully utilize the heat-absorbing space on the roof and save the cost for being displayed in marketing channels, but also can be constructed by the users in accordance with their own needs, so as to save cost in modularization. The inlet and outlet assemblies communicate to the heat-absorbing channels in the solar collector assembly and are respectively connected to the pipes and paths leading into and out of the buildings.

Abstract: A solar concentrator system includes a collector lens for collecting and at least partially focusing incident solar rays, a solar cell and a lens array positioned generally between the collector lens and the solar cell, the lens array directing the partially focused rays emerging from the collector lens onto the solar cell.

Abstract: A central solar receiver comprises an axisymmetric housing having front and rear ends and having an aperture at the front end, an elongated tubular window mounted in the aperture co-axially with the housing, a volumetric solar absorber disposed within the housing and extending around and along the elongated window for absorbing solar radiation that has passed therethrough; and working fluid ingress and egress formed in the housing so as to, respectively, inject thereto, and withdraw therefrom, a pressurized working fluid in a manner enabling the working fluid interaction with the volumetric absorber. The window has an open front end which is secured to the housing at the front end thereof, and a closed rear end which is disposed adjacent the rear end of the housing and is free of any securing thereto.

Abstract: The object of this invention is to provide a solar cell module having a terminal extracting structure for it, with high adhesion workability, high productivity, and high reliability. The solution to this object is a solar cell module wherein a box member having therein an electrical connecting portion between a solar cell element and an outer lead wire is adhered to the solar cell module with a pressure-sensitive adhesive, and a lid member is adhered to the solar cell module with an adhesive so as to cover the box member.

Abstract: A solar collector comprising an evacuation envelope; an absorber housed inside the evacuated envelope and comprising plates which define an evaporation gap, the evaporation gap providing communication between a reservoir of heat transfer fluid at a first, bottom end of the absorber and a condenser at a second, top end of the absorber. The plates define the evaporation gap so that capillary action between the plates can draw heat transfer fluid from the reservoir along at least a substantial portion of the evaporation gap to the condensor. The absorber transfers heat derived from the incident solar radiation to heat transfer fluid contained in the evaporation gap.

Abstract: This invention relates to a photoelectric transfer device which comprises a photoelectric transfer element, a cholesteric liquid crystal layer and an ultraviolet cut-off layer, said cholesteric liquid crystal layer being arranged between said photoelectric transfer element and said ultraviolet cut-off layer and said ultraviolet cut-off layer being arranged at the side for the incidence of light. According to this invention, there is provided a colorful photoelectric transfer device which is prepared at an inexpensive cost without a marked decrease in the generation efficiency of the photoelectric transfer element and is fit to be used over a prolonged period.

Abstract: A solar collector exhibiting durable fluorescent properties comprising a polymeric matrix, dye, and hindered amine light stabilizer, wherein the polymeric matrix is comprised of polycarbonate and the dye is comprised of a dye selected from the group consisting essentially of thioxanthone, perylene imide and/or thioindigoid compounds. The solar collector exhibits durable fluorescence which resists degradation by ultraviolet or visible radiation. The invention is optionally combined with reflective elements so that the sunlight collected may be directed to a solar cell.

Abstract: A solar collector includes a copper plate and copper tubes for the collection and harnessing of solar energy. The copper tubes are thermally coupled to the copper plate by a copper alloy fillet. The copper tubes, the copper plate and the copper alloy fillet preferably are brazed in a controlled atmospheric furnace at a temperature in the range from approximately 1700 to about 1800 degrees Fahrenheit. The solar collector includes a housing for the plate and the tubes having two side walls, two end walls, a rear wall and a removable cover closing an open front side of the housing. One of the end walls and each of the side walls have a slot defined therein generally parallel to a plane of the rear wall for releasably receiving the cover which is formed of a glazing material. A solar collector according to this invention provides enhanced thermal conductivities, increased durability and the concomitant advantages associated with improved manufacturing economies.

Abstract: A roof shingle for solar heat collection comprises an upper segment and a lower segment. The upper segment of the roof shingle has a greater thickness than the lower segment. The upper segment has a transverse opening extending therethrough for receiving hollow tubing inserted therein. The opening is adapted to be aligned with openings in adjacent roof shingles on either side of the roof shingle.

Abstract: A solar collector venting system comprising a lower frame member with vents which allow the entrance of cooling air when high collector stagnation temperatures occur communicating with the natural downward thermal bowing of a two walled plastic glazing caused by differences in coefficients of expansion between the cooler upper layer and the hotter inner layer of plastic glazing communicating with an upper frame member with stationary fulcrum points communicating with vents in between the fulcrums points which, upon bowing of the glazing cause the upper end of the glazing sheet to lift up off the top frame member allowing an open path for the flow of cooling air to pass up thru the collector between the absorber and the plastic glazing whose path may be kept clear by communicating with flow path spacers on the absorber.

Abstract: A solar collector assembly includes a base frame having a half-round channel body and two side wings, a collector unit supported on two supports within the half-round channel body, two vertically spaced transparent top covers covered over the collector unit, and two end covers sealed at two opposite ends of the half-round channel body and the transparent top covers, wherein the supports can be adjusted to change the elevation and the angle of inclination in the X-axis or Y-axis direction; the base frame has inside space stuffed with a heat insulative material.