140 results about "Solar wind" patented technology

A roadway system for energy generation and distribution is presented. In accordance with one embodiment of the invention, the roadway system comprises a plurality of ground-based hybrid solar-wind energy generating devices, one or more roads, and a roadway system electricity grid. The energy generating devices are connected to the roadway system electricity grid and substantially all of the ground-based hybrid solar-wind energy generating devices are positioned on part of one of the roads or near to one or more of the roads to thereby allow energy generation from wind created from passing vehicles in addition to energy generation from atmospheric wind.

An apparatus for generating electrical power. The apparatus comprises a plurality of solar energy collectors for generating electricity from solar energy; a plurality of wind turbines for generating electricity from wind energy; a support structure having arms extending radially from a vertical shaft, the arms positioned at different vertical distances along the vertical shaft and the arms having different lengths; solar energy collectors and the wind turbines affixed to terminal ends of the arms; and the support structure comprising camouflage elements causing the support structure to resemble vegetation.

A method for making large-size hollow ceramic plate (1, 2, 4) adopts raw materials of ordinary ceramics, mixing with industrial wastes or crude minerals abundant in period IV transition metal elements, squeezing a molded body by vacuum squeezing machine then producing at low cost a large-size hollow ceramic plate (1, 2, 4) with black or fuscous surface or whole body, with an area more than 0.5m2 of a single plate. A large-size hollow ceramic plate array (23) is composed of porous ceramic plates (1), through-hole ceramic plates (2) and accessories by gluing or thread-connecting or is composed of seal ceramic plates (4) by series connecting, which can be used in a solar water heater, a solar roof and wall, a generator with large-scale solar wind duct, a large-area solar collector, a far infrared radiation plate and a radiator for construction.

The invention discloses systems and methods for generating pure random numbers from astronomical events, such as cosmic radiation or solar events. The invention includes a detector, a logic circuit, memory, power supply and a communication device. The detector may be, for example, a solar wind particle detector, an alpha ray detector, a gamma ray etector, or the like. The memory stores data from the detector. The communication device transmits the data. In addition, the logic circuit applies predetermined mathematical rules to the collected data to generate pure random numbers suitable for use in games of chance, horoscopes, astrology, sound or light displays, or other activities. In addition, the logic circuit may encrypt these random numbers before the numbers are transmitted to a receiving device.

The invention discloses a multifunctional solar wind power communication advertisement climbing-free maintenance tower. The maintenance tower comprises a base, a stand column, rainproof umbrella hat, a lightning rod, a moving frame and functional equipment. The stand column is an eight-side conical body, and two symmetric sides at the upper end of the stand column are each fixedly provided with a fixed pulley; the stand column is in sliding connection with the moving frame, and the functional equipment is mounted on the moving frame; and the functional equipment comprises solar photovoltaic panels, LED lighting reflector lamps, electric signal projectors, wind driven generators and network monitoring cameras. A lifting mechanism, a control cabinet and a storage battery are arranged at the bottom end of the stand column, and the lifting mechanism comprises a high-speed motor, a speed reducer, a steel wire rope winding drum and a steel wire rope. One end of the steel wire rope is arranged on the steel wire rope winding drum, and the other end of the steel wire rope is in sliding connection with the two fixed pulleys. The multifunctional solar wind power communication advertisement climbing-free maintenance tower is compact in structure and environmentally friendly, and saves energy; the solar photovoltaic panels and the wind driven generators supply power constantly, and when the tower fails, a person does not need to climb, maintenance is convenient.

A solar-powered wind chime has a solar energy system for powering an electrical subsystem. The electrical subsystem may include lighting elements for illuminating the wind chime and the area around the wind chime in a decorative and functional manner.

The invention relates to a low-carbon oxygen-generating solar wind-power intelligentized ecological-plant indoor and outdoor air displacer at least comprising a supporting body, a plant photosynthesis module, a plant irrigation waterway system and an air displacement wind-path system, wherein the plant photosynthesis module is inlaid into the supporting body; the supporting body comprises a load-bearing bracket part, an energy part and an intelligent control part; the plant photosynthesis module is combined by a module shell, a plant photosynthesis matrix, an extensible covering film and plants, wherein the extensible covering film is wrapped at the outer side of the plant photosynthesis matrix, the plants are planted into the module shell, and plant planting prepared holes are distributed on the plant photosynthesis matrix. The invention combines an air-conditioner technology, a solar wind-power technology, an intelligent control technology, an irrigation technology and a cultivation technology with plant photosynthesis, can change the air quality, enhance the air oxygen content and remit the urban heat land effect by absorbing and solidifying carbon dioxide and harmful gas which are contained in atmosphere and air-conditioner wastes gas and can be used for various types of air-conditioners and air-conditioning systems, road guard bars, forest cities, garden greening and families.

A solar-powered wind chime has a solar energy system for powering an electrical subsystem. The electrical subsystem may include lighting elements for illuminating the wind chime and the area around the wind chime in a decorative and functional manner.

The invention discloses a tower type solar-wind generating set and a solar-wind generation method. The generating set mainly comprises transparent top caps, a heat-absorbing material, air flow passage baffle plates, an impeller, a generator, a generator bracket and a base. Air enters air flow passages along air flow passage inlets, flows to an air flow passage outlet, and fast flows out from the air flow passage outlet converged at a central top under the acceleration function of the gradually narrowed air flow passages so as to drive the impeller at the outlet to rotate and drive the generator to work and generate electricity; and one or more layers of heat-absorbing material are arranged in the air flow passages, and absorb solar radiant heat energy under the condition of solar radiation by day to heat and expand the air in the air flow passages so as to increase a pressure difference between the interior of each air flow passage and an external environment, increase the velocity of the air at the air flow passage outlet at the tops of the air flow passages, improve generation efficiency, and reduce the volume of the generating set, particularly the volume of the rotating impeller. The tower type solar-wind generating set and the solar-wind generation method have the advantages of high applicability, high energy source utilization rate, environmental-friendliness and vast popularization and application prospect.

A method and system of globally monitoring space weather conditions, use an imager, including one or more telescopic instruments and one or more processors, containing computer program code. The imager is configured on a platform; and positioned in the near Earth space environment, where, based on the executed computer program code, the imager compiles information about space weather conditions, by directly detecting electron emissions on a global basis. Network interfaces coupled with the imager provide, over a communications network, a plurality of communications and information, about space weather conditions, between the imager and a plurality of operational space assets and operational Earth assets. The plurality of communications and information about space weather conditions includes signals and information which automatically alert the plurality of operational space assets and operational Earth assets of effects of a solar wind.

An apparatus and method for on-site microwave consolidation of planetary regolith, soil and dust is disclosed. Such particulate materials may be converted into useful products such as roadways and other construction materials. In one embodiment, a portable microwave generator and waveguide system is used to generate and direct microwaves to a lunar surface containing fine iron-containing particles to sinter and / or melt the particles. The portable system may be provided in the form of a lunar paver with a single or multiple waveguides arranged to direct sufficient microwave energy to the lunar surface to heat, sinter, melt, or otherwise consolidate the lunar soil into a solid mass suitable for use as a road or path. Other applications of this in-situ microwave heating process include the release of solar-wind implanted gases, extraction of polar water-ice, and production of oxygen.

The invention discloses a solar wind-light complementary type streetlamp capable of serving as a charging pile in the technical field of streetlamps. The solar wind-light complementary type streetlampcomprises a base and a light sensor. The charging pile is arranged on the top of the base. A lamp post is arranged on the top of the charging pile. Streetlamp fixing frames are arranged on the outerwalls of the left side and the right side of the lamp post. A lighting lamp is arranged at the other end of one streetlamp fixing frame. A rotation device is arranged on the top of the lamp post. A T-shaped support is arranged on the top of the rotation device. Power generators are arranged at the left end and the right end of the T-shaped support. Fans are arranged at the output ends of the powergenerators. The device is simple in structure, safe and convenient to use. The charging pile and the streetlamp are combined, and when a vehicle needs to be charged, the vehicle only needs to be parked beside the roadside streetlamp to be charged, and the problem of troubles of charging is solved. Solar energy and wind energy are converted into electric energy to be used by the streetlamp and thecharging pile, waste of electric resources is effectively reduced, meanwhile, the function of environment protection is achieved, and pollution is avoided.

The invention discloses a method for processing the real-time data of a solar wind low-energy ion detector for a lunar satellite. The method comprises the following steps of: initial data reception, in which initial data downloaded by the solar wind low-energy ion detector for the lunar satellite is received in real time; framing data processing, in which the downloaded initial data is subjected to frame synchronization, descrambling and Reed-Solomon (RS) decoding to obtain framing data; channel processing, in which the framing data is subjected to branching de-framing and sub-packaging to obtain a data source packet of the solar wind low-energy ion detector; data block extraction, in which the data source packet of the solar wind low-energy ion detector is unpackaged to generate a data block of the solar wind low-energy ion detector; physical quantity conversion, in which the generated data block of the solar wind low-energy ion detector is converted into the data of the solar wind low-energy ion detector having an actual physical meaning; and client displaying, in which the converted data of the solar wind low-energy ion detector is sent to a client for real-time displaying. According to the method provided by the invention, the real-time data of the solar wind low-energy ion detector for the lunar satellite can be processed and monitored totally and correctly in real time, so that a working state and a detection result of the low-energy ion detector are monitored and displayed effectively, and a load state is controlled and adjusted in real time according to a monitoring result.

The present invention is a new design topology for solar / wind inverters using a new hybrid DC / DC converter design. This hybrid converter topology eliminates a difficult design compromise between lowering the minimum input voltage to harvest more solar / wind energy and achieving high power conversion efficiency when the input voltage is high in a conventional solar / wind inverter design. This invention uses both a forward converter and a flyback converter to deliver superior performance over a design that only uses one of the two converter topologies.

A roadway system for energy generation and distribution is presented. In accordance with one embodiment of the invention, the roadway system comprises a plurality of ground-based hybrid solar-wind energy generating devices, one or more roads, and a roadway system electricity grid. The energy generating devices are connected to the roadway system electricity grid and substantially all of the ground-based hybrid solar-wind energy generating devices are positioned on part of one of the roads or near to one or more of the roads to thereby allow energy generation from wind created from passing vehicles in addition to energy generation from atmospheric wind.

The invention discloses a method for calculating geomagnetically induced current (GIC) of a grid in a middle-low latitude region. According to the method, on the basis of a global three-dimensional magnetosphere numerical model (a PPMLR-MHD (Lagrangian version of Piecewise Parabolic Method-Magnetohydrodynamic) model), solar wind parameters observed by a satellite serve as input conditions, geomagnetic disturbance generated by current is calculated by performing integration on a magnetic layer and an ionized layer current system, the geomagnetically induced current in the ground grid is calculated, the problem that the transitional predicting method is not suitable for calculating the GIC in the middle-low latitude region is solved, and the GIC of the grid in the middle-low latitude region calculated by the method can reflect the basic characteristic of the induced current which is actually monitored and is calculated by geomagnetic disturbance. By the method, people can timely calculate the GIC of the grid in the middle-low latitude region according to the solar wind parameters observed by an upstream satellite, whether the grid is invaded by a disastrous space weather event or not is estimated, and an active prevention measure is taken to prevent serious economic and social loss.

A water area ice condition monitoring and researching system consists of a monitoring server and a plurality of monitoring stations, wherein the number and the distribution of the monitoring stations are selected according to needs, the monitoring server is a computer with wireless communication capability, the monitoring server and the monitoring stations are in communication by adopting a wireless communication mode. Fixing anchors and floating boxes of the monitoring stations are connected by fixing lines, the fixing anchors sink into water to fix the floating boxes at the monitoring positions. Monitoring controllers are arranged inside the floating boxes, meteorological parameter monitoring instruments, solar wind energy power supplies, GPS measuring instruments and wireless antennas are installed on the top surfaces of the floating boxes, temperature sensors are vertically installed at the peripheries of the floating boxes, and temperature and flowing speed measuring instruments are installed on the fixing lines. Microprocessors in the monitoring controllers are provided with video data acquisition modules and various interfaces are used for sending the acquired data to the monitoring server through a wireless communication system. The water area ice condition monitoring and researching system can be used for monitoring air temperature, water temperature and flowing speed simultaneously when monitoring the ice condition, and can provide scientific data for researching the relationship of water area ice conditions and the environment factors.

The invention discloses a solar-wind hybrid power airplane comprising an airframe 1, wings 2, a tail wing 3, solar panels 4 and 5, an electric propeller 6 and rechargeable batteries 9. The solar-wind mixed power airplane is characterized in that the wings 2 with the solar panels 4 are respectively provided with four hidden wind-driven generators 7; wind shields 8 which can be opened at the same time are respectively mounted at the upper part and the lower part of the wind-driven generators 7. The wind-driven generators 7 are influenced by wind power to work when the wind shields 8 are opened; and the wind-driven generators 7 stop working when the wind shields 8 are closed; and the upper wing surface and the lower wing surface of either wing 2 are on the same horizontal plane when the wind shields 8 are closed. The airplane solves the problem that the prior solar airplane can only use solar energy as an energy source and has insufficient energy source storage at night or in cloudy days, thereby utilizing a method of combining wind power and solar energy to provide the airplane with the energy sources so that the airplane can remotely fly run day and night.

The invention relates to an intelligent charging station of which energy is supplied by solar-wind powered light and friction electricity generating, for an electric vehicle and an electric bicycle. A wind-driven generator and a photovoltaic assembly are connected with a wind-solar controller; the wind-solar controller and a friction electricity generating assembly are connected with an accumulator; electric energy generated by the wind-driven generator and the photovoltaic assembly is used for charging or discharging the accumulator through the wind-solar controller; the friction electricity generating assembly is placed on a front region of the charging station, and is connected with the accumulator, and the accumulator is connected with an intelligent charging pile; when the electric energy generated by the wind-driven generator and the photovoltaic assembly is insufficient, the electric energy generated by the friction electricity generating assembly is directly provided for the accummulator, and electricity capacity is provided for the intelligent charging pile by the accummulator; and an electric bicycle charger and an electric vehicle charger are mounted in the intelligent charging pile, and the electric bicycle is charged by the electric bicycle charger, and the electric vehicle is charged by the electric vehicle charger. The intelligent charging station disclosed by the invention can independently operate without being connected with a power grid, and the problem that the electric vehicle and the electric bicycle cannot be charged outdoors is well solved, so that the travelling of people is facilitated.

A solar-powered wind chime has a solar energy system for powering an electrical subsystem. The electrical subsystem may include lighting elements for illuminating the wind chime and the area around the wind chime in a decorative and functional manner.

The invention relates to a concentrated solar energy wind power generation method, which is characterized in that heat produced by the concentrated solar energy is used to heat the air below the cylindrical high tower; the hot air rises along the intracavity of the high tower, producing air convection; the wind power produced by air convection drives a wind power generator positioned at top end port of the high tower; a heat-collection plate is a conical cylinder with a top opening and a bottom opening, which is used to concentrate solar light; the top opening is matched with the lower end opening of the high tower; the heat-collection plate is composed of an inner glass layer and an outer glass layer, the space between the two layers is vacuum; the external surface of the inner glass is coated with spectrum selective absorption coating layer for absorbing solar radiation; due to the irradiation of solar light, photons impinge against the coating layer, and solar energy is converted to heat energy; the concentrated solar energy heats the air at the bottom of the high tower; as a result, hot air with low density rises, and the colder heavy air on the upper layer in the cylindrical high tower with large density descends, forming the up-and-down air convection; therefore, the wind speed in the higher tower increases gradually; the hotter the air, the stronger the air convection is and the more rapid the wind speed is; a stable wind speed is formed, driving the wind power generator on the top part.

An apparatus for generating electrical power. The apparatus comprises a plurality of solar energy collectors for generating electricity from solar energy; a plurality of wind turbines for generating electricity from wind energy; a support structure having arms extending radially from a vertical shaft, the arms positioned at different vertical distances along the vertical shaft and the arms having different lengths; solar energy collectors and the wind turbines affixed to terminal ends of the arms; and the support structure comprising camouflage elements causing the support structure to resemble vegetation.

The invention relates to a solar wind energy low-pressure sea water desalinating apparatus which comprises an electric energy storage device, an air suction device, a wind energy utilization device, a solar power generation device, a low-pressure evaporation chamber, a saline water discharge device, a fresh water collection device, a vapor condensation device and a filter device, wherein the filter device is connected with the vapor condensation device through a pipeline; the vapor condensation device is connected with the low-pressure evaporation device through a pipeline and is connected with the fresh water collection device through a pipeline; the low-pressure evaporation chamber is connected with the air suction device through a steam pipeline and is connected with the saline water discharge device through a pipeline; the air suction device is connected with the vapor condensation device through a steam pipeline; the solar power generation device supplies electric energy to the air suction device through the electric energy storage device; and the wind energy utilization device supplies power to the air suction device and performs sea water desalination by using solar energy and wind energy under low-pressure conditions The solar wind energy low-pressure sea water desalinating apparatus is clean, environment-friendly, energy-saving and high-efficiency, and the problem of fresh water shortage in coastal cities and islands far away from the mainland is solved.

The invention relates to a device for atomizing seawater to make salt by utilizing natural resources and collecting distilled water. The device for atomizing the seawater to make the salt by utilizing the natural resources and collecting the distilled water is characterized in that: a salt making facility is placed in a solar wind power station, a pneumatic impeller is arranged on the lower part of a wind drum of the wind power station, and the pneumatic impeller is connected to a centrifugal spray throwing disc; an arc-shaped wind eave is arranged on the upper part of the wind drum, and a plurality of arc-shaped condensation pieces and a horn-shaped guide cylinder are arranged below the wind eave; the pneumatic impeller drives the throwing disc to rotate quickly, the brine is atomized to remove moisture rapidly, and a salt-containing part falls into the brine pool; the evaporated moisture enters the wind drum together with the hot blast so as to synthesize updraft rapidly; after the airflow passes through the pneumatic impeller and a plurality of wind power generators, the airflow flows out of the wind drum; on the other hand, the external airflow flows through the wind eave, the flow speed is accelerated and the pressure intensity is reduced, so that the airflow, which flows out of the wind drum, is sucked and rises up so as to flow to the exterior from a gap between the condensation pieces, and a part of steam is in contact with the condensation pieces so as to be chilled and condensed to the distilled water. The device for atomizing the seawater to make the salt by utilizing the natural resources and collecting the distilled water provided by the invention has the advantages that the salt making efficiency is improved and the distilled water is collected.

The invention relates to a method for sunning slat and generating power by using solar energy and wind energy. The method is characterized in that: salt manufacturing facilities and a salt store are put into a solar wind power station; and water evaporation is accelerated and water vapor is recycled to form distilled water by using the characteristics of high temperature and high airflow speed inthe power station. The method comprises that: a plurality of balls containing fiber cloth are arranged in a brine pond; the sunlight is radiated to a film greenhouse; the air in the greenhouse, the water-containing black fiber cloth on the balls and the seawater in the brine pond absorb solar heat to generate rising water vapor and hot air; a part of water vapor rises to the greenhouse and is cooled and condensed into distilled water, and the rest water vapor and the rest hot air flow to an air cylinder and rise along the air cylinder to drive a plurality of wind driven generators in the air cylinder to generate power; and in the sunlight-free time period, the salt in the salt store, the seawater in the brine pond and the balls release heat, and the moisture is continuously evaporated to generate distilled water and power.

The invention relates to a device for atomizing seawater to make salt by utilizing natural resources and collecting distilled water. The device for atomizing the seawater to make the salt by utilizing the natural resources and collecting the distilled water is characterized in that: a salt making facility is placed in a solar wind power station, a pneumatic impeller is arranged on the lower part of a wind drum of the wind power station, and the pneumatic impeller is connected to a centrifugal spray throwing disc; an arc-shaped wind eave is arranged on the upper part of the wind drum, and a plurality of arc-shaped condensation pieces and a horn-shaped guide cylinder are arranged below the wind eave; the pneumatic impeller drives the throwing disc to rotate quickly, the brine is atomized to remove moisture rapidly, and a salt-containing part falls into the brine pool; the evaporated moisture enters the wind drum together with the hot blast so as to synthesize updraft rapidly; after the airflow passes through the pneumatic impeller and a plurality of wind power generators, the airflow flows out of the wind drum; on the other hand, the external airflow flows through the wind eave, the flow speed is accelerated and the pressure intensity is reduced, so that the airflow, which flows out of the wind drum, is sucked and rises up so as to flow to the exterior from a gap between the condensation pieces, and a part of steam is in contact with the condensation pieces so as to be chilled and condensed to the distilled water. The device for atomizing the seawater to make the salt by utilizing the natural resources and collecting the distilled water provided by the invention has the advantages that the salt making efficiency is improved and the distilled water is collected.

The invention discloses a solar wing device. The solar wind device is used for being mounted on a satellite and comprises a wing plate and a drawing mechanism capable of enabling the wing plate to be kept in the contraction state. The wing plate comprises a plurality of battery plates connected in sequence, and plate springs arranged between every two adjacent battery plates, and thus the battery plates can bend relatively to form the contraction state of the wing plate. According to the solar wing device, the battery plates are connected through the plate springs, the mounting space is reduced, the occupied space of the wing plate in the contraction state is small, and the wing plate can automatically unfold without action of external force.

The invention discloses a solar wind sail device; a plurality of solar battery panels are arranged in the shape of a wind sail and are installed on brackets, and each solar battery panel is divided into a plurality of regions. Axial stepping motors and vertical stepping motors are installed on the brackets, and each axial stepping motor is arranged between each solar battery panel and each transverse bracket; the stepping motors are electrically connected with a power supply, a speed change gear box and a control circuit. The brackets are adjusted to rotate on the horizontal direction by the axial stepping motors on the brackets, the brackets are controlled to ascend and descend by the vertical stepping motors, and the solar battery panels are controlled to rotate in a vertical plane by the axial stepping motors between the solar battery panels and the brackets. Compared with the prior art, the solar wind sail device designed through the technical scheme has the advantage of perfect and unified integration of wind power and solar energy, and not only can be used for solar electric power storage, but also can be used as the wind sail. Moreover, a solar wind sail can be freely adjusted according to the irradiation angles of sunlight and wind directions.

The invention discloses an umbrella-ladder solar-wind hybrid power generation system comprising a rail rope and a plurality of generating sets fixed to the rail rope. Each generating set comprises a slide tube, a lower stopper, an upper stopper and a lifting umbrella fixedly connected in order from bottom to top; a plurality of thin cords are connected between the edge of the lifting umbrella and the slide tube; the top of the lifting umbrella is connected to the rail rope in a sleeving manner; a plurality of solar generating modules serially connected to the rail rope are further connected to the tail end of the slide tube. The lifting umbrellas are used to send the solar generating modules serially connected, to the high altitude; the soar generating modules collect solar energy, and the defect that the traditional solar power generation is large in size, low in energy conversion rate and highly susceptible to factors such as weather; vertical driving of the lifting umbrellas allows collection of high-altitude wind powder, and comprehensive utilization of solar power and high-altitude wind powder is achieved.

A solid oxide cell (SOC) system composed of a solid oxide fuel cell (SOFC) and a solid oxide electrolysis cell (SOEC) produces water while generating power in an SOFC working mode, water reacts with a nanocrystalline metal on a carrier to produce hydrogen, and the hydrogen is supplied to the SOFC for working; and in an SOEC working mode, the water is electrolyzed by the electric energy from a solar wind energy cell to produce the hydrogen, the hydrogen reacts with the nanocrystalline metal on the carrier to produce water, and the water is supplied to the SOEC for electrolysis. As the metal and a metallic oxide are used as intermediate conversion material to recycle the fuel, so that the fuel does not need to be frequently injected, the purpose of continuous seal is achieved, and meanwhile the phenomenon that the fuel is loaded for multiple times to cause a lot of impurities to lead to damage to the cells is avoided.