78results about How to "Low energy consumption for tracking" patented technology

A cog belt driving group synchronous tracking sunlight automatically tracking device based on the trajectory of the earth and the sun is driven by motors and capable of realizing automatically tracking of sunlight acquisition. Two motors drive a plurality of solar panels by a mechanical transmission mechanism which is composed of a straight rack, a cog belt, a cog belt pulley, a suspension bar and the like to accomplish synchronously and automatically tracking the motion of sunlight, and the device can be used for driving solar panels and other sunlight acquisition devices, thus realizing the group synchronous automatic tracking of sunlight acquisition.

The invention relates to an automatic tracking device capable of synchronously tracking sunlight with link drive group based on the running tracks of the earth and the sun, which can be driven by motors, and can automatically track and collect sunlight. The automatic tracking device can finish the operation of synchronous and automatic tracking of sunlight by using two motors to drive multiple solar panels via a mechanical transmission mechanism comprising a spur gear, a link, a long and straight link, a supporting rod and the like; furthermore, the automatic tracking device can be used for driving solar panels and other sunlight collectors to realize the group synchronous automatic tracking of sunlight collection.

The invention relates to a single tooth-shaped band driving group synchronous tracking sunlight automatic tracking device based on a running track from the sun to the earth, which is driven by motors and can collect and automatically track sunlight. The single tooth-shaped band driving group synchronous tracking sunlight automatic tracking device based on a running track from the sun to the earth can drive a plurality of solar panels to synchronously and automatically track the motion of sunlight by two motors through a mechanical drive mechanism which comprises a straight gear, a tooth-shaped band, a tooth-shaped band belt pulley, a supporting rod, and the like, and the single tooth-shaped band driving group synchronous tracking sunlight automatic tracking device can be used for driving the solar panels and other sunlight collecting devices so as to realize the group synchronous and automatic tracking of sunlight collection.

The invention provides a two-dimensional sunlight automatic tracking device which can realize automatic tracking and collecting of the sunlight, is driven by a motor and is transmitted by a gear connecting rod based on reciprocating motion. The two-dimensional sunlight automatic tracking device can drive a solar cell panel to complete the tracking motion in the horizontal direction and the vertical direction by two motors through a mechanical transmission device consisting of a mainshaft, a straight gear, a worm wheel, a worm rod, a supporting rod, a connecting rod and the like. The invention can be used for realizing the automatic tracking of sunlight collection by driving the solar cell panel and other solar collecting equipments.

The invention discloses a straight rack worm wheel driven planar solar autotracker which can be driven by motors and can realize the autotrack of sunlight collection. The straight rack worm wheel driven planar solar autotracker is driven by the two motors through a mechanical drive system comprising a main shaft, a worm wheel, a worm, a support rod, a straight rack, and the like to drive a solar panel to finish tracking movements along the horizontal direction and the vertical direction, thereby realizing the autotrack of sunlight collection through driving the solar panel and other sunlight collection equipment.

A straight rack driving group synchronous tracking sunlight automatically tracking device based on the trajectory of the earth and the sun is driven by motors and capable of realizing automatically tracking of sunlight acquisition. Two motors drive a plurality of solar panels by a mechanical transmission mechanism which is composed of a long straight rack, a gear, a suspension bar and the like to accomplish synchronously and automatically tracking the motion of sunlight, and the device can be used for driving solar panels and other sunlight acquisition devices, thus realizing the group synchronous automatic tracking of sunlight acquisition.

The invention relates to a hydraulic drive synchronous support toothed belt driving group synchronous tracking lighting solar power station, which can be driven by a motor and can realize the automatic tracking of sunlight collection. In the solar power station, a plurality of solar panels are driven by two hydraulic levers and a mechanical transmission mechanism comprising the motor, spur gears, coaxial double-toothed belt wheels, toothed belts, a worm, a worm wheel and the like to realize the automatic and synchronous tracking of sunlight movement. The solar power station can be used for driving the plurality of solar panels and other sunlight collection devices to realize the group synchronous automatic tracking of the sunlight collection.

This invention relates to a kind of photovoltaic solar energy collector automatically tracking device. The support is joined with a hinge with the day tracking speed reducer. The outputting shaft connects with supporting seat. The time-controlled switch is arranges between the power supply and electric engine. The outputting shaft is set with baffle block, which cooperates with the overtravel-limit switch. One end of the cross supporting rack on the support joins with a hinge to the south-north tracking speed reducer. One end of the lead screw joins with a hinge to the day tracking speed reducer. The upper and lower ends of the frame connect with a tracking photocell respectively. The output end of photocell connects to electric engine. The sun's rays irradiate photocell, which generates electricity to drive the electric engine until the sun's rays vertically irradiate the photovoltaic collector. As parts of the photocell is covered by photovoltaic collector, so at this time the tracking photocell generated electricity is weak, which can not drive the electric engine. This invention can work normally even in the complicated weather.

The invention relates to a timing belt drive group-synchronous multi-link long-stroke solar power station for synchronously supporting, tracking and collecting light, which can be driven by motors and can be used for collecting and automatically tracking solar light. The solar power station can finish the motion of synchronously and automatically tracking the solar light by driving a plurality of solar panels by using two motors through a mechanical transmission mechanism which comprises straight gears, coaxial double timing belt pulleys, cog belts, long lead screws, long links, short links, positive threaded nuts, negative threaded nuts and the like. The solar power station can be used for driving a plurality of solar panels for realizing group-synchronous automatic tracking for collecting the solar light.

The invention relates to a chain transmission group synchronization cog belt linkage multipoint synchronization supporting tracking lighting solar domestic power supply which is driven by motor and can realize sunlight automatic tracking and collecting. The solar domestic power supply can complete synchronous automatic sunlight tracking by the way that two motors drive a plurality of solar cell panels by a mechanical transmission mechanism composed of a spur gear, a coaxial double chain pulley, a chain, a worm, a worm wheel, a cog belt wheel, a cog belt, a coaxial double cog belt wheel, a long lead screw and a long nut. The solar domestic power supply can be fixed on an outer wall surface and can be used for driving a plurality of solar cell panels to realize sunlight collection group synchronization automatic tracking.

The invention discloses a solar power station adopting long stroke hydraulic rods to drive synchronization supporting spur rack and group synchronization tracking and lighting, which can be driven by a motor and realize sunlight collection automatic tracking. The solar power station can finish synchronous and automatic sunlight motion tracking by driving a plurality of solar cell panels by a long stroke hydraulic rod 1, a long stroke hydraulic rod 2 and a mechanical transmission mechanism which consists of the motor, a straight gear, a long spur rack, a worm, a worm gear and the like and can be used for driving the solar cell panels and other sunlight collection equipment to realize group synchronization automatic tracking of sunlight collection.

The invention relates to a spur rack driving cluster synchronous multi-link long-stroke synchronous support tracking lighting solar power station, which can be driven by a motor and can realize sunlight collection automatic tracking. In the station, two motors can drive a plurality of solar cell panels via a mechanical transmission mechanism comprising a spur gear, a long spur rack, a long screw, a forward thread nut, a reverse thread nut and the like to complete synchronous automatic sunlight motion tracking, and the invention can be used for driving a plurality of solar cell panels to realize the cluster synchronous automatic tracking of sunlight collection.

The invention discloses a solar power station adopting long stroke hydraulic rods to drive synchronization supporting toothed belt driving and group synchronization tracking and lighting, which can realize sunlight collection automatic tracking and is driven by a motor. The solar power station can finish synchronous and automatic sunlight motion tracking by driving a plurality of solar cell panels by a long stroke hydraulic rod 1 and a long stroke hydraulic rod 2 and a mechanical transmission mechanism which consists of the motor, a straight gear, a coaxial double toothed belt wheel, a toothed belt, a worm, a worm gear and the like and can be used for driving the solar cell panels and other sunlight collection equipment to realize group synchronization automatic tracking of sunlight collection.

The invention relates to a hydraulic drive synchronous support link drive group synchronization tracking collection solar power station which can be driven by an electric motor and realize the collection and automatic tracking of sunlight. The solar power station can use two hydraulic pipes and a mechanical drive mechanism composed of an electric motor, a straight gear, a coaxial double chain pulley, a chain, a worm, a worm wheel and the like to drive a plurality of solar panels and complete the synchronous and automatic tracking of sunlight, thus the solar power station of the invention can be used to drive solar panels and other sunlight collection devices to realize the group synchronization automatic tracking for sunlight collection.

The invention provides a partial differential type photovoltaic power generation automatic tracking device, which comprises a photovoltaic panel, a photovoltaic panel support frame for the photovoltaic panel, a support bearing arranged on the photovoltaic panel support frame, a photovoltaic panel support shaft sleeved in the support bearing, an elevation angle regulating device I, an elevation angle regulating device II and an azimuth angle regulating device. The elevation angle regulating device I, the elevation angle regulating device II and the azimuth angle regulating device form a two-degree-of-freedom spatial parallel mechanism to automatically track the azimuth angle and elevation angel of sunlight, so that the luminous intensity of the photovoltaic panel is always kept highest, and an electromechanical control system is in an electricity-saving state to save electric energy after the luminous intensity of the photovoltaic panel is regulated to be the highest. The tracking device has the advantages of high rigidity, light weight, simple manufacture, high accuracy and low energy consumption.

The invention provides a focusing solar energy condenser of fixing lighting-surfaces and driving fixed points by an imitation star titration method, which has simple structure, easy processing and manufacture, convenient and reliable use and low cost, can gather solar light on a large area and is provided with a reflector system for reflecting solar light to one or more special fixed targets to form a high-temperature area. The focusing solar energy condenser of fixing lighting-surface and driving fixed points by the imitation star titration method is characterized in that the lighting surface of the reflector system with one or more target points as fixed points is fixed, the arrangement of various spectroscopes assemblies in the reflector system is confirmed by the imitation star titration driving point-locating method, and solar light is tracked by adopting an imitation star titration driving tracking method. The invention has wide application space in the fields of civil use, war industry, scientific research, and the like, in particular the fields needing high temperature and high energy, such as smelting, producing hydrogen with seawater, and the like.

The invention discloses a solar domestic power supply driven by a long-stroke hydraulic lever transmission single-point supporting chain for realizing group synchronous track of sunlight collection. The solar domestic power supply can be driven by a motor and a long-stroke hydraulic lever and can realize the automatic track of sunlight collection. The solar domestic power supply can be driven by a mechanical transmission mechanism comprising the long-stroke hydraulic lever, the motor, a straight gear, a coaxial double chain wheel, a chain, a worm, a worm wheel and the like to drive a plurality of solar cell panels to synchronously and automatically track the movement of sunlight and can drive the plurality of solar cell panels to realize the group synchronous and automatic track of the sunlight collection, wherein the long-stroke hydraulic lever consists of a piston rod, a small piston cylinder body and a larger piston cylinder body.

The invention relates to a mechanical device which can be driven by a motor and is used for realizing the automatic tracking of sunlight collection. In the system, the motor can drive a solar-cell panel to simultaneously finish tracking motions along the horizontal direction and the vertical direction through a mechanical transmission system comprising a spindle, a straight gear, a worm gear, a worm rod, a supporting rod, a connecting rod, and the like. The system can be used for driving the solar-cell panel and other sunlight collection devices to realize the automatic tracking of the sunlight collection.

The invention discloses a long-stroke multipoint synchronous solar domestic power supply supporting light tracking and collecting, which is driven by motors and can realize automatic sunshine tracking and collecting. The long-stroke multipoint synchronous solar domestic power supply supporting light tracking and collecting can drive a plurality of solar-cell panels by two motors to finish the movement of synchronously and automatically tracking the sunshine through a mechanical transmission mechanism comprising a straight gear, a connecting rod, a long and straight connecting rod, a worm wheel, a worm, a bevel gear, a long lead screw, a long nut screw, a long nut, and the like; and the solar domestic power supply can be fixed on an external wall surface and can be used for driving the plurality of solar-cell panels to realize the group synchronization track for sunshine collection.