1817 results about "Solar light" patented technology

An ECU executes a program including a step of detecting a present location using a GPS system (S1000); a step of reading out data of a geographical map proximate to the present location (S1010) and presenting in the geographical map charging installations including a charging installation employing solar light, together with the location of its vehicle (S1020); a step of, if a presentation switching request is made (YES in S1030) and a real-time solar radiation correction request is made (YES in S1050), detecting a solar radiation amount (S1060) and correcting a charge amount per unit time provided by the power generation installation employing solar light, based on the detected solar radiation amount (S1070); and a step of detecting an SOC in the battery to calculate an amount of discharge done until arrival at the charging installation (S1080, S1090), calculating time required for charging up to a fully charged state (S1100), and presenting the time required for charging in the geographical map (S1200).

A solar-powered lighting system includes a flexible, wrap-around, preferably self-stick panel of photovoltaic laminate applied to the outside surface of a light pole. An LED light fixture is connected preferably at or near the top of the pole and has the same or similar diameter as the pole. The LED light fixture has multiple columns and rows of LEDs and an interior axial space for air flow to cool the LEDs. The pole preferably also has vents and axial passage(s) for creating a natural updraft through at least a portion of the pole and the light fixture, for cooling of the photovoltaic panel interior surface, the LEDs, and / or other equipment inside the fixture or pole, and batteries that may be provided inside the pole or pole base. A purely or mainly decorative additional fixture, which emulates conventional outdoor light fixtures, may be provided on the lighting system, wherein the decorative additional fixture includes no, or only a minimal, light source. The lighting system has a sleek profile with few or no protrusions from the sides of the pole and from the LED light fixture, except for the optional decorative fixture that provides a conventional street light appearance even though the main light source is the LED fixture.

A solar cell assembly comprising a plurality of elongated solar cells, each respective solar cell comprising (i) a core configured as a first electrode, (ii) a semiconductor junction circumferentially disposed on the core, (iii) a transparent conductive oxide (TCO) layer disposed on the semiconductor junction, and (iv) an elongated counter-electrode disposed lengthwise on a first side of the respective solar cell and extending outward from the TCO layer. On a second side of each cell, approximately opposite the counter-electrode, is a notch or other disruption extending through the semiconductor junction and the transparent oxide layer, thereby exposing the core of the solar cell. The solar cell assembly may further comprise conductive internal reflectors configured between a first and second elongated solar cell in the plurality of solar cells such that a portion of the solar light reflected from the respective internal reflector is reflected onto the solar cells.

The present invention is a method for obtaining a better color rendering with a photoluminescence plate, and the better color rendering is obtained by using UV radiating on the photoluminescence plate stacked with a red photoluminescence plate, a green photoluminescence plate and a blue photoluminescence plate. Therefore, the color rendering is above 90% and close to the solar light. The photoluminescence plate can be made from directly coated with photoluminescence layers of three colors or with fully mixed fluorescent materials of three colors. Consequently, a white light relied on the present invention is more uniform than the conventional techniques with a color mixing performance based on tricolor LEDs.

A photovoltaic element which directly converts an optical energy such as solar light into an electric energy. After many uneven sections are formed on the surface of an n-type crystalline silicon substrate (1), the surface of the substrate (1) is isotropically etched. Then the bottoms (b) of the recessed sections are rounded and a p-type amorphous silicon layer (3) is formed on the surface of the substrate (1) through an intrinsic amorphous silicon layer (2). The shape of the surface of the substrate (1) after isotropic etching is such that the bottoms of the recessed sections are slightly rounded and therefore the amorphous silicon layer can be deposited in a uniform thickness.

Provided are a cylindrical flexible solar cell which is made of only flexible materials so that the cell can freely bend, has a cylindrical shape which allows the cell to absorb solar light at any angle of illumination, and has a large surface area and high efficiency; and a method of producing the same.

A solar cell assembly comprising a plurality of elongated solar cells, each elongated solar cell in the plurality of elongated solar cells comprising (i) an elongated conductive core configured as a first electrode, (ii) a semiconductor junction circumferentially disposed on the elongated conductive core, and (iii) a transparent conductive oxide layer disposed on the semiconductor junction. Each respective solar cell is bound to a first and second corresponding metal counter-electrode that lies in a groove running lengthwise on the respective elongated solar cell. The solar cell assembly further comprises a plurality of internal reflectors. Each respective internal reflector in the plurality of internal reflectors is configured between a first and second elongated solar cell in the plurality of elongated solar cells such that a portion of the solar light reflected from the respective internal reflector is reflected onto the corresponding first and second elongated cell.

The invention provides a solar panel having a panel front and a panel back, comprising an array of solar cells and an element comprising a visually distinguishable feature. Each of the solar cells has a front and a back, wherein at least the front is capable of converting at least a portion of solar light incident thereon into electrical energy. There are spacings between at least some of the solar cells. The element comprising the visually distinguishable feature is located at at least one position selected from the group consisting of between the panel back and the panel front, on the panel front, on the panel back, at the panel front, and at the panel back, such that the visually distinguishable feature is at least partially distinguishable on viewing the panel front. The nature of the visually distinguishable feature and / or the location of the element relative to the solar cells does not completely prevent solar light incident on the panel front from being incident on at least a portion of the array.

A garden light 10 having a body (11) with a post (12), the lower end of which is provided with a spike (13). The upper end of the post (11) receives a lens assembly (12). Secured to the lens assembly (12) is a cap assembly (24) that has three LEDs that are activated to produce a varying colour light.

A solar light is provided which includes a solar panel to convert solar energy to electrical energy to recharge a battery. A hinge allows a solar collector unit to pivot and rotate to allow positioning in a wide variety of angles. This enables the solar collector unit to be positioned perpendicular or more nearly perpendicular to sunlight rays while charging. A variety of hinges may be utilized, including a mono-axial hinge, a bi-axial hinge, a spherical hinge, or any other type of universal joint.

A system and method can mitigate or prevent contrast ratio issues due to bright light (e.g., light saturation) in a head up display (HUD). The head up display can include a waveguide combiner (or non-waveguide combiner) and a mitigator disposed to prevent or reduce bright light from being provided through the combiner. The bright light can be direct lunar light, direct solar light, or solar / lunar reflections. The mitigator dynamically selects and reduces bright background light which results in an increase of contrast ratio.

A solar light has a main housing, a solar housing, and a light housing. The solar housing and the light housing are each coupled to and independently adjustable relative to the main housing to provide increased flexibility in placement, orientation, and configuration of the light. A support member on the main housing is designed for connection to stakes, risers, surface mounts, and other mounting means, to provide further increased flexibility in use of the light.

A photovoltaic element which directly converts an optical energy such as solar light into an electric energy. After many uneven sections are formed on the surface of an n-type crystalline silicon substrate (1), the surface of the substrate (1) is isotropically etched. Then the bottoms (b) of the recessed sections are rounded and a p-type amorphous silicon layer (3) is formed on the surface of the substrate (1) through an intrinsic amorphous silicon layer (2). The shape of the surface of the substrate (1) after isotropic etching is such that the bottoms of the recessed sections are slightly rounded and therefore the amorphous silicon layer can be deposited in a uniform thickness.

The present solar light assembly uses a unique solar light box that has an upper step which visually frames a lower step. The lower step has a deep cavity that houses most of the components of the solar light assembly, such as an LED light source and a 12 volt battery. The lower step is completely covered by a solar panel which functions as a lid in addition to gathering energy that is stored in the battery. The upper step conceals the solar panel from view by a passerby. There is a rain barrier ridge substantially around an opening to the lower step's deep cavity to prevent water that may collect in the upper step from entering the deep cavity. The solar light box is large enough to house additional components, such as a motion sensor or a camera. In the preferred use of the solar light assembly, the solar light box is mounted to a pole that extends over the top of a cluster box unit.

A first aspect of the invention relates to a luminescent object comprising an aligned polymer that contains an oriented photoluminescent material, said aligned polymer having a pretilt angle of 10-90°. The luminescent object according to the present invention may advantageously be employed in luminescent solar concentrator systems as it enables highly efficient transportation of radiation emitted by the photoluminescent material following exposure to incident solar light. Another aspect of the invention concerns a photovoltaic device comprising an electromagnetic radiation collection medium containing the aforementioned luminescent object and a photovoltaic cell capable of converting optical radiation to electrical energy which is optically coupled to the luminescent object. Further aspects of the invention include a fluorescent light activated display and a room lighting system comprising the aforementioned luminescent object.

A solar cell assembly comprising a plurality of elongated solar cells, each elongated solar cell in the plurality of elongated solar cells comprising (i) an elongated conductive core configured as a first electrode, (ii) a semiconductor junction circumferentially disposed on the elongated conductive core, and (iii) a transparent conductive oxide layer disposed on the semiconductor junction. Each respective solar cell is bound to a first and second corresponding metal counter-electrode that lies in a groove running lengthwise on the respective elongated solar cell. The solar cell assembly further comprises a plurality of internal reflectors. Each respective internal reflector in the plurality of internal reflectors is configured between a first and second elongated solar cell in the plurality of elongated solar cells such that a portion of the solar light reflected from the respective internal reflector is reflected onto the corresponding first and second elongated cell.

The invention provides an intelligent ecological greenhouse system based on solar light supplement and geothermal insulation. The system comprises a greenhouse, a water accumulation and feed device, a fertilization device, a solar light condensation device, an optical fiber receiver, an optical fiber light splitter, a light supplement lamp, a solar photovoltaic generation device, a geothermal pump, hot water heat-radiating fins, a water curtain cooler, a CO2 generation device, a constant-flow ventilating window, a temperature sensing device, a humidity sensing device, a photosensitive sensor, a video monitor device, a CO2 sensing device, a rainwater collection pool, a storage battery, a power supply controller, an inverter, a control host, a monitor, a mains supply and the like, wherein electric power of a solar photovoltaic module and electric power of the mains supply are respectively supplied to the geothermal pump and the control host as well as a water feed pump and the light supplement lamp; and the control host respectively receives different signals of the temperature sensing device, the humidity sensing device, the photosensitive sensor and the CO2 sensing device to control respective terminal devices, respectively performs light supplement, temperature insulation, watering, fertilization and CO2 adjustment, and carries out remote monitoring at the same time.

A solar concentrator receives sunlight for generating solar power with the concentrator including holographic optical element (HOE) separators for separating sunlight into separated bands, including HOE concentrators for concentrating the separated bands into concentrated bands, including HOE reflectors for reflecting the concentrated bands as reflected bands onto a multiple junction photovoltaic solar cell for generating the solar power with reduced aberrations of the bands for improved conversion of the solar light into the generator solar power, all of which can be constructed in an integrated structure using spacers, waveguides, and a substrate, where the HOEs use chirp Bragg gratings for reducing optical aberrations of the separated, concentrated, and reflected optical bands, with the option of multiple HOE separators for receiving sunlight from various angles of incidence.

A power supply unit composed so that outputs from a plurality of cells having different output characteristics are output from common terminals and so that a decrease in energy efficiency caused by connecting the cells is suppressed to the utmost is provided. After outputs of a plurality of cells 10a to 10c having different output voltages and output currents are adjusted to have the same output voltage value, the outputs are output to terminals 4 and 5 so as to match the parallel connection. Since the outputs of the cells are output in parallel, a cell outputting a low current does not restrict the output currents in the overall power supply unit, unlike the series connection. Moreover, since the outputs, which are adjusted to have the same voltage, are connected, problems such as flowback do not occur. In the case where the present invention is applied to a tandem solar cell, a light-absorbing wavelength characteristic can be assigned to each tandem photoelectric transducer so that solar light is utilized at the maximum efficiency, and the photoelectric energy conversion efficiency does not decrease even when the wavelength distribution of solar light deviates from the standard one.

Disclosed herein are a solar cell-driven display device wherein a dye-sensitized solar cell, which comprises a light-absorbing layer that comprises a semiconductor electrode including a transparent electrode formed on a substrate and nanocrystals adsorbed with a photosensitive dye on the transparent electrode, and a hole transport layer and a counter electrode, is formed so as to exhibit a display device function using a quantum dot light-emitting layer, as well as a manufacturing method thereof. The solar cell-driven display device exhibits the display device function using only solar light, without needing a separate power supply device, and thus can be applied to advertising displays in isolated areas or as other outdoor advertising displays.

Provided are a charging and discharging system for a solar light power generator in a smart grid environment, a method of operating the same, and a duplex converter for charging and discharging electricity into / from a battery. The system includes: an electricity price monitoring part which collects electricity price information from an electric grid; an electricity charge amount monitoring part which collects electricity charge amount information of a battery; a charge and discharge determination part which determines whether electricity supplied from the electric grid is to be charged into the battery or whether electricity stored in the battery via the electric grid or the solar light power generator is to be discharged to the electric grid, based on the price information and the charge amount information; and a charging and discharging part including the battery, so that electricity is charged into or discharged from the battery based on the determination.

According to the proposed invention, this technical result is achieved so that many-facet concentrator of a solar setup for exposure of objects, placed in a target plane, to the action of solar radiation containing a supporting frame and facets differing by that the facets of the concentrator are chosen with spherical focusing reflective surfaces of equal focal lengths and with selective coatings reflecting a desired spectral fraction of solar radiation, and are arranged on the supporting frame symmetrically with respect to the common axis of the concentrator, their optical axes being directed to the single point on the optical axis of the concentrator located before the nominal focus point of the concentrator and determining the position of arranging the target plane.

A house uses solar light generated electric power and external commercial electric power and consumes the electric power with a household electronics load or the like. The house includes an electricity storage device and an electric power management device. The electric power management device further has a function to calculate transition of the load electric power, transition of the solar battery generated electric power, and transition of a leveled external commercial electric power during one day, classify the electric power by the power generation methods, apply a green index serving as a standardized index which is defined in advance to each power generation method to calculate an electric power green index, and display a result thereof on a display unit.

Solar powered lighting fixtures are combined with a variety of landscape and architectural accent objects, including windsocks, wind chimes, and other wind sensitive art objects. The combinations thus provide extended viewing of the objects as well as providing unique ways of illuminating and viewing the objects. The articles of manufacture provide new ways of marking and otherwise adorning and illuminating spaces with a variety of architectural and landscaping art objects and wind driven devices while also providing a way to immediately perceive the relative strength and direction of wind in an environment from a distance.

A portable solar light tower includes a trailer mounted extension tower outfitted with high output Light Emitting Diode (LED) flood lights. The portable solar light tower also includes a set of solar panels which fold up for travel mode and fold down for charging mode. A battery bank is housed in a locking compartment built into the trailer deck.

The invention relates to an integral solar energy photoelectricity water-treatment device comprising an electrode couple or an three-dimensional electrode as well as an electrolytic bath, a storage battery, solar energy battery components and corresponding controllers and an ultraviolet lamp, wherein the electrode couple or the three-dimensional electrode is loaded with photocatalytic materials; the ultraviolet lamp is used for illuminating a photoelectrode; the solar energy battery components convert the received solar light energy to electric energy which is then transmitted and stored in the storage battery so as to supply power for the ultraviolet lamp and / or the electrode couple intermittently or continuously. The invention integrates an optical chemical oxidation process and an electric chemical oxidation process which both generate enhancement and synergetic effects for improving the water treatment efficiency, or the functions of the optical chemical oxidation process and the electric chemical oxidation process can be independently exerted to realize water purification; the invention has the advantages of simple structure, low manufacturing cost, safe and simple operation, easy realization of automation and safe maintenance, driving the entire water treatment process by wholly or partly utilizing the electric energy converted from the solar energy, solving the problem of high dependence on energy sources in a photoelectrocatalytic water treatment process and being capable of not depending on the traditional power grid in service.

The present invention relates to an artificial solar light system, and more particularly, to an artificial solar light system using light emitting diodes. The present invention can provide an artificial solar light system using light emitting diodes, which can represent the same light emission effects as the sun with time. Further, the present invention can provide an artificial solar light system using light emitting diodes, which is inexpensive and is not affected by positions or climate.