37results about How to "Uniform power generation" patented technology

The invention provides a no-shield tracking method of a biaxial solar photovoltaic power generation system. The no-shield tracking method comprises the steps of: judging a shielding situation between shades of solar panels and other solar panels based a solar azimuth when the solar panels are vertical to the sunlight; dynamically adjusting an angle of inclination of each solar panel based on the shielding situation to enable the shade of each solar panel not to shield neighboring solar panels. As the angle of inclination of each solar panel is added gradually from zero degree, so that the shielding phenomenon can be avoided at any moment when the solar panels track the sun, all the solar panels can generate power uniformly, and a power generation device is well protected; furthermore, the distance among the solar panels is unnecessary to add, so that the daily total generating capacity and the power generation efficiency of the solar panel array in the same condition are improved.

A fuel cell includes a fuel gas channel formed between a separator and an anode, a fuel gas supply passage for allowing a fuel gas to flow in a stacking direction, and a fuel gas supply channel for supplying the fuel gas from the fuel gas supply passage to the fuel gas channel. The fuel gas supply channel extends along a surface of the separator. A branch channel is branched from the fuel gas supply passage along the separator surface, and connected to the fuel gas supply channel thorough holes extending in a stacking direction.

The invention provides a multi-stage impeller wind-driven generator which comprises a tower post and a wind-driven generator, wherein the tower post is vertically provided with multiple layers of tower post bearing supports, each layer of tower post bearing support is provided with a perforation, the wind-driven generator comprises a vertical shaft and multiple wind-driven impellers, the verticalshaft penetrates through each layer of tower post bearing support and is rotatably fixed with each layer of tower post bearing support, the wind-driven impellers are respectively arranged in the spaces between the multiple layers of tower post bearing supports and are rotatably fixed on the vertical shaft, and the lower end of the vertical shaft is connected with a generator set. The multi-stage impeller wind-driven generator can be operated under the condition of a breeze with a wind speed of 2m/s to generate electricity, can also safely generate electricity under the condition of a strong wind, and has the advantages of reasonable structure, less easily worn parts, small maintenance capacity, convenient installation and maintenance and long service life up to 20-50 years.

A solar thermoelectric power generation movable refrigerator comprises a refrigerator body. A solar thermoelectric power generation device is arranged on the surface of the refrigerator body. A refrigerating device is arranged in the refrigerator body. A semiconductor thermoelectric power generation slice is directly or indirectly fixed to the surface of a heat source in the solar thermoelectric power generation device and/or the refrigerating device. The solar thermoelectric power generation movable refrigerator has the beneficial effects that a solar thermoelectric power generation module carries out photovoltaic power generation through the solar energy and further carries out power generation through the temperature difference, and the utilization efficiency of the solar energy is improved. The thermoelectric power generation chip is fixed to the hot end of a condenser or a semiconductor chilling plate, and therefore recycling power generation of surplus heat is achieved.

The invention discloses a generation scheduling error electricity quantity distribution method based on a load rate adjustment direction. The method comprises the following steps: suggested load ratescorresponding to various power plants are acquired; the total electricity generation quantity of all the power plants is calculated according to the suggested load rates corresponding to the variouspower plants; the total electricity generation quantity is subjected to first-round electricity quantity distribution according to the suggested load rates corresponding to the various power plants; the remaining error electricity quantity of the total electricity generation quantity after first-round electricity quantity distribution is counted; and the error electricity quantity is subjected tosecond-round electricity quantity distribution according to the suggested load rates corresponding to the various power plants. The invention further provides a generation scheduling error electricityquantity distribution device based on the load rate adjustment direction, terminal equipment and a storage medium. The error electricity quantity is reasonably distributed, the planning electricity generation quantities of the various power plants are promoted to be achieved in a balanced mode, and then the coordination and balance that a power grid scheduling mechanism arranges the various powerplants to execute the contract electricity quantities are improved.

The invention discloses a centrifugal hydrogen circulating pump. The pump comprises a volute, an impeller, an adapter, a pump shell, a motor stator and a motor rotor; and the volute comprises an axial air inlet formed in the center of the volute and a tangential exhaust pipe arranged in the circumferential direction of the volute, and the impeller is driven by the rotating shaft to accelerate and pressurize air and then exhaust the air from the tangential exhaust pipe. According to the pump, the impeller and the rotating shaft are connected to the adapter in a floating and suspended mode through a ceramic bearing and a bearing steel sleeve, and an O-shaped sealing ring is arranged between the bearing steel sleeve and the adapter, so that sealing is effectively achieved, and vibration caused by unbalance of the rotor and high-frequency and low-frequency excitation caused by unsteady flowing of airflow in the rotor are avoided; the flow requirement of a high-power fuel cell system with the power of 60 kW or above can be met; and aiming at the characteristic that the humidity and temperature change range of a working medium in a complex multi-phase medium environment is relatively large, the obstruction of flow field accumulated water on airflow is effectively prevented, the output current density of a cell is improved, and the stability of the output voltage of the hydrogen fuel cell is kept.

The invention relates to the technical field of valves and discloses an intelligent pressure reducing valve integrating power generation, data acquisition and automatic control functions as well as acontrol method. The intelligent pressure reducing valve comprises a power generation device, a data acquisition assembly, a data processing device and a display terminal; the power generation device comprises a power generation assembly perpendicular to the flow direction of a fluid and a battery assembly arranged outside a valve body; the power generation assembly comprises a power generation unit and a rotating wheel; the rotating wheel is connected with a rotor of the power generation unit through a rotating shaft; the rotating wheel comprises blades, an upper base and a lower base; the data acquisition assembly is arranged before the valve body and/or in the valve body and/or behind the valve body and is used for acquiring parameters of a medium in the valve body in real time and transmitting the parameters to the data processing device and the display terminal; and the data processing device performs corresponding operations on an actuator according to the real-time parameters provided by the data acquisition assembly. The intelligent pressure reducing valve can generate power spontaneously, has the stable power generation performance and has data acquisition, processing and displaying functions.

A fuel cell includes a separator having circular disks. On a surface of each of the circular disks, a fuel gas channel is provided for supplying a fuel gas to an anode. The fuel gas channel includes ring shaped grooves and ridges provided alternately, wherein the width of the ring shaped grooves gradually increases outwardly from a fuel gas inlet.

The invention discloses a curved-surface photovoltaic panel which comprises a photoelectric conversion structure and an illumination adjusting structure at least. The photoelectric conversion structure comprises at least one arc-shaped conversion unit, the tile-type conversion unit includes a projection structure protruded from the photoelectric conversion structure towards the illumination adjusting structure, the conversion units are arranged in a array in which the edges of the arc-shaped structures are partially adjacent, and the conversion units and the illumination adjusting structures are laminated in parallel. The photovoltaic conversion structure composed of the arc-shaped conversion units is arranged, the effective work area in the unit area is increased, radiation can be dispersed effectively, the illumination adjusting structure with a unidirectional light transmission function is used cooperatively, unidirectional sunlight transmission is realized in use, scattering and reflection phenomena are reduced, the utilization efficiency of solar energy is high, the power generating efficiency is high, and the heat radiation performance is high.

The invention provides an evaporator and condenser interchangeable loop heat pipe which comprises at least three heat exchange components, namely a first heat exchange component, a second heat exchange component and a third heat exchange component, the first heat exchange component is arranged on a first heat exchange component pipeline, the second heat exchange component is arranged on a second heat exchange component pipeline, and the third heat exchange component is arranged on a third heat exchange component pipeline. The first heat exchange component is arranged on a first heat exchange component pipeline, the second heat exchange component is arranged on a second heat exchange component pipeline, the third heat exchange component is arranged on a third heat exchange component pipeline, and a first valve, a second valve and a third valve are arranged on the first heat exchange component pipeline, the second heat exchange component pipeline and the third heat exchange component pipeline respectively and are arranged in parallel. The first heat exchange component, the second heat exchange component and the third heat exchange component can serve as evaporators or condensers, at least one of the first heat exchange component, the second heat exchange component and the third heat exchange component is an evaporator, and at least one of the first heat exchange component, the second heat exchange component and the third heat exchange component is a condenser. According to the novel loop heat pipe with the evaporator and the condenser interchangeable, the technical problem that the evaporation end and the condensation end of a loop heat pipe are fixed, and mutual conversion heat dissipation cannot be achieved is solved.

A furnace temperature and air supply amount control system for a gasifying furnace in a biomass gasification power generation device. The invention belongs to the technical field of biomass gasification power generation devices and aims to solve the problems of unbalanced power generation amount due to unreasonable structural design of a furnace temperature and air supply amount control system for a gasifying furnace and non-uniform air supply in the gasifying furnace in the prior art. The gasifying furnace in the invention is provided with a straw gasifying furnace body, an air blower, a sliding plate valve, a sliding plate valve electric controller, a sliding plate valve temperature controller, an air blower controller and an air blower temperature controller. The sliding plate valve is disposed on the bottom of the straw gasifying furnace body and is connected to the sliding plate valve electric controller. The sliding plate valve electric controller is provided with a wire to connect the sliding plate valve temperature controller. The air blower is provided with the air blower controller which is provided with a wire to connect the air blower temperature controller. The gasifying furnace is simple, is easy to use and has uniform air supply, so that the whole power generation device is balanced in power generation amount and is stable in voltage.

The invention belongs to the technical field of power generation devices, and discloses a regenerative power generation device, comprising a device casing with connecting through holes at both ends, a generator set located in the device casing, a fixed shaft fixed on the device casing, which can support the generator set relative to the fixed The swing mechanism swings vertically in the direction of the shaft axis, and also includes a battery assembly arranged outside the device casing; the generator set includes a power generation core, a first flow surface arranged on the outer periphery of the power generation core, and the outer circumference of the first flow surface is connected with the power generation core. One end of the device shell is connected to the second flow surface of the inner circumference of the through hole, and the power generation core is electrically connected to the battery assembly; the fixed shaft is arranged in such a way that when the generator set swings to the lowest position, the first flow surface is connected to the device shell. The connecting through holes at both ends are parallel. The setting of the swing mechanism provides effective support for the swing of the generator set, stabilizes the medium flow at the power generation core, and makes the generator set generate electricity evenly.

The invention provides a multi-point heat dissipation loop heat pipe which comprises an evaporator and two condensers, the two condensers are the first condenser and the second condenser, the first condenser and the second condenser are arranged on a first condenser pipeline and a second condenser pipeline respectively, the first condenser pipeline and the second condenser pipeline are connected in parallel, and the first condenser pipeline and the second condenser pipeline are connected in parallel. The evaporator pipeline where the evaporator is located is connected with the first condenser pipeline and the second condenser pipeline. The invention provides a novel multi-point heat dissipation loop heat pipe, and solves the technical problems that a multi-point heat dissipation loop heat pipe is limited in heat exchange capacity, and multi-point independent heat dissipation cannot be achieved.