139 results about "Solar wind" patented technology

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 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.

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.

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.

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.

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 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.

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 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 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.

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.