155 results about "Natural energy" patented technology

The embodiment of the invention provides an all-weather piezoelectric coupling photocatalyst as well as a preparation method and application thereof, the piezoelectric photocatalyst prepared by the embodiment of the invention can couple the characteristics of a piezoelectric material and a semiconductor, combines the principles of photocatalysis and piezoelectric catalysis, not only can realize all-weather algal inhibition with improved efficiency and speed, but also can realize all-weather algal inhibition with improved efficiency and speed. The wind energy, the water wave energy, the vibration and the solar energy in the nature can be coupled into a whole, a new principle and a new thought are provided for multi-path utilization, energy conservation and emission reduction of natural energy, and huge potential is achieved in future energy environment application.

The invention discloses an intelligent street lamp system based on renewable energy and a control method, the system comprises a street lamp, a renewable energy power generation module, an energy storage module and an intelligent control unit, and the intelligent control unit comprises an intelligent sensing layer, an intelligent application layer and a cloud platform management layer; the intelligent sensing layer comprises a high-precision environment sensor, a human body / traffic flow detection sensor, an equipment state detection module and a controller; the cloud platform management layer comprises an adaptive dimming control module, an equipment management module, a data analysis module, an AI decision module and a visual monitoring module; the intelligent application layer comprises an intelligent operation and maintenance module, a multi-energy coupling module and a city data service module. By the adoption of the system, the management efficiency, the energy utilization rate and the operation and maintenance intelligent level of urban lighting facilities are improved, renewable energy sources such as solar energy and wind energy are combined, energy is collected through multi-energy coupling, regional cooperative control is optimized, and passive power utilization is achieved in the environment with sufficient natural energy.

The invention discloses a multi-energy complementary system based on compressed air energy storage and biomass energy, so that the advantages of the compressed air energy storage and the biomass energy are fully utilized, natural energy is utilized to the maximum extent by the system, and meanwhile, the problem that the energy utilization efficiency of a single system is low is solved. According to the technical scheme, the system comprises a compressed air energy storage unit used for conducting compressed air energy storage on input electric energy and releasing energy in compressed air through an expansion machine so as to conduct power generation and heat recovery; the biomass energy unit is used for utilizing synthesis gas generated by biomass gasification as fuel and providing electric power output and waste heat recovery through combustion; and the heat supply circulating unit is used for recovering waste heat generated by the compressed air energy storage unit and the biomass energy unit and conveying heat to an external heat user side.

The invention relates to novel ventilation and air exchange equipment which comprises a ventilation and air exchange module used for achieving circulation and exchange of indoor and outdoor air and energy recovery. The natural energy recovery module is used for collecting natural energy in the natural environment and converting the natural energy into electric energy; the energy management module is connected with the natural energy recovery module and an external power grid, is used for coordinating distribution of renewable energy and power supply of the power grid to supply energy to equipment, and is provided with an energy storage unit for storing redundant electric energy generated by the natural energy recovery module; the AI dynamic air volume adjusting module is used for predicting the predicted air demand reference quantity in the future 30 minutes by analyzing historical environment data and real-time personnel distribution, and calibrating the predicted air demand reference quantity regularly in the execution process; and the intelligent control module is in communication connection with the user intelligent wearable device, collects real-time body data of the user and generates a personalized air supply strategy to control the ventilation module to supply air. The ventilation system has the low-energy-consumption and high-comfort ventilation effect.

The invention relates to an energy storage type hot and cold air system improved based on an air compressor and a using method, and belongs to the technical field of heating and refrigerating equipment. The system comprises an air compressor assembly, a pressure air storage device, a constant pressure air storage device, a vortex tube unit, an air cooler and an air heater; a compressed air outlet in the air compressor assembly is communicated with the pressure air storage device, the pressure air storage device is communicated with the constant-pressure air storage device, and the constant-pressure air storage device is communicated with the vortex tube unit. The other end of the vortex tube unit is connected with the hot air collecting tube; the air compressor assembly is provided with a heat insulation enclosure shell, and a fresh air fan is installed on the heat insulation enclosure shell. The system has the energy storage characteristic, solves the wind and light abandoning problem of unstable natural energy, utilizes valley electricity to avoid peaks, obtains cheap energy, can be widely applied to the drying industry, building heating and ventilation, energy construction and hot air and cold air supply centers, and achieves the good effects of energy conservation, cost reduction and emission reduction.

The invention relates to the technical field of intelligent planting of gastrodia elata armillaria mellea, and provides an intelligent growth environment regulation and control system for gastrodia elata armillaria mellea aiming at the problem of low yield and quality caused by traditional artificial experience judgment and single index regulation and control. The system comprises an environment monitoring module, a data analysis module, a pre-regulation module and a growth regulation module. The environment monitoring module acquires temperature, humidity, illumination, soil air permeability and humidity data in the greenhouse in real time; the data analysis module generates an environment coefficient and a soil coefficient and triggers threshold early warning; the pre-regulation and control module generates future environmental parameter predicted values through a weather prediction model, identifies parameters needing to be regulated and controlled and then calculates an optimal regulation and control window in combination with outdoor temperature difference and humidity difference potential; the growth adjusting module controls the sunshade net, the irrigation device and the air conditioning device in a linkage mode. Early intervention is realized through environment coefficient dynamic early warning, and parameters are adjusted by preferentially utilizing environment potential energy difference in combination with outdoor natural energy potential. According to the invention, the problems of strong hysteresis and high energy consumption of manual regulation and control are solved.

The invention relates to the technical field of street lamp advertisement power supply, and discloses a laser holographic street lamp advertisement system coupled with natural energy and a cooperative control method thereof, and the system comprises a natural energy collection module which collects solar energy and wind energy and outputs DC electric energy; the energy management module outputs power supply voltage and monitors the charge state; the laser holographic projection module generates a laser light source and modulates the laser light source to form a holographic image; the central control module is used for generating advertisement content data, driving the spatial light modulator, adjusting the power of the laser light source based on the environment illumination intensity and adjusting the projection angle of the holographic image based on the pedestrian moving track; and when the charge state is greater than a threshold value, executing full-power advertisement playing, otherwise, switching to low-power-consumption advertisement fragment playing. According to the invention, stable power supply for laser holographic advertisement display can be realized by using natural energy, the laser power and the projection angle are adjusted through environmental perception, the visibility and attraction in a complex environment are improved, basic operation is ensured when the energy is insufficient, and the advertisement propagation requirement is met.

The utility model provides a traffic lane flow guiding device which comprises a solar power generation panel and connecting stairs, a group of bridges for pedestrians to pass through are arranged at the lower end of the solar power generation panel, the left side and the right side of each bridge are respectively provided with a group of connecting stairs for the pedestrians to get on and off the bridges, and a plurality of groups of lane guiding marks are evenly distributed on the front side and the rear side of each bridge. The number of the lane guide marks on one side is consistent with the number of the lanes, the lower end of the bridge is provided with a lane main body for vehicles to pass through, and the lane main body is internally provided with a plurality of groups of lanes for vehicles to pass through. Natural energy is utilized and stored by using a battery and a solar power generation panel, driving direction indication is performed on a single lane by using a variable indicator, and a lane position and a lane driving direction are identified by using a lane cursor.

The present invention provides a flow channel adjustment device for a natural energy system, which relates to the field of flow channel adjustment technology. The flow channel adjustment device for a natural energy system includes an intermediate shell, a first liquid outlet pipe and a second liquid outlet pipe are fixedly connected to the two sides of the intermediate shell, a first pipe is fixedly connected to the front side of the intermediate shell, a second pipe is provided on one side of the first pipe, and an adjustment mechanism is fixedly provided inside the intermediate shell. The flow channel adjustment device for a natural energy system pushes the long side plate inside the cavity by the force of the water flow when the second pipe flows, and then when there is liquid flowing inside the first pipe and the pressure is greater than that inside the second pipe, the short side plate is pushed to rotate by the water pressure, and then the long side plate is driven to rotate, so that the liquid inside the first pipe and the second pipe can flow out from the first liquid outlet pipe and the second liquid outlet pipe, and the whole process has a high degree of automation.

The application discloses a kind of data center with wind liquid integration wind wall refrigeration system and its control method, and the application relates to data center refrigeration and energy-saving control technical field, system is by host module and at least one parallelly extended air cooling module composition, air cooling module is configured with two sets of independent controllable wind side heat exchange structure, for water coil heat exchange structure and refrigerant medium coil heat exchange structure, host module integrates oil-free suspension bearing centrifugal compressor unit, water / refrigerant special heat exchanger, special low-pressure refrigerant medium pump, multiple high-precision electric regulating valve, liquid cooling frequency converter and intelligent control unit, air cooling circuit and liquid cooling circuit share same kind of special low-pressure refrigerant medium and same water / refrigerant special heat exchanger, liquid cooling side does not need independent circulating pump and independent heat exchange equipment, control method is switched according to cold source input temperature Self-adapting four kinds of working conditions of summer full-load refrigeration, winter natural energy-saving, transition season constant temperature adaptation and waste heat recovery low carbon utilization.

To provide a power supply device capable of supplying power generated from natural energy to a power-supply target more stably.SOLUTION: A power supply device 1 includes switching means M1 that can switch between: one state in which generated power generated by a natural energy power generation device, which generates power by converting natural energy into electrical power, is charged to a first storage battery 40 while a second discharge power discharged from a second storage battery 50 is output to an output unit 90; and another state in which the generated power is charged to the second storage battery 50 while a discharge power discharged from the first storage battery 40 is output to the output unit 90.SELECTED DRAWING: Figure 1

The invention relates to an edge-bottom water reservoir natural energy evaluation method, and belongs to the technical field of reservoir development. According to the edge-bottom water reservoir natural energy evaluation method, firstly, the rock pore compression coefficient is calculated, then the accumulated water invasion amount of the reservoir is calculated according to the geological parameters and the production and development parameters of the reservoir, and then the natural energy activity index of the reservoir is calculated. And finally, determining the natural energy activity degree of the oil reservoir according to the natural energy activity index. The edge-bottom water reservoir natural energy evaluation method is suitable for non-closed unsaturated water pressure driven reservoirs, namely the reservoirs which have connected water bodies and have the water invasion effect due to reservoir pressure drop in the exploitation process, is suitable for the reservoirs subjected to water injection development and natural energy production, and has high evaluation accuracy.

characterized in that a focused, measurable beam of natural energy is generated at the upper open end of the sheath tube as soon as any living biological system is brought near the upper open end of the tube.

Water purification, particularly through reverse osmosis systems, is gaining importance given the increasing levels of contaminants in tap water. Contaminants such as bacteria, agricultural runoff, hormones, plasticizers, and other pollutants pose a growing challenge. Water purification through reverse osmosis is a proven method for removing contaminants such as pollutants, microorganisms, and chemicals from drinking water. Despite its efficiency in removing contaminants, reverse osmosis also leads to the elimination of essential minerals that are important for human health. The present invention aims to develop a device for remineralizing and revitalizing osmosis water, which not only enriches the water with a balanced mixture of vital minerals, but also restores its original, natural energy structure.

The present invention discloses a dehumidifying air conditioning system for a hydropower station with cascaded energy utilization, which includes an indoor environment treatment device, a vapor compression dehumidification device, a natural energy utilization device, a heat recovery device, and a dew condensation monitoring device; the present invention utilizes the natural energy utilization device, the vapor compression dehumidification device, the condensation heat recovery device, and the indoor environment treatment device, and uses a control method to improve the annual operating energy efficiency, shorten the response time in the start-up phase, and make full use of the natural cold source to reduce the energy consumption of the air conditioning system.

The invention discloses an offshore wind energy and wave energy cooperative combined power generation device, and relates to the technical field of offshore power generation, the offshore wind energy and wave energy cooperative combined power generation device comprises a floating base, and an anchoring component is arranged on the bottom surface of the floating base. According to the wave energy conversion function, horizontal movement and vertical fluctuating movement of sea surface waves can be fully utilized, airflow is continuously exhausted from the cooperative power generation plate, the impeller is assisted to rotate for power generation, and through the design, the utilization rate of natural energy is increased, and the power generation effect is remarkably enhanced; the protection function of wind power generation can push the protection barrel to shield the impeller, the situation that the rotating speed of the impeller is too high under the strong wind condition is effectively avoided, the generator is protected against damage, meanwhile, fluctuation of sea surface waves can still drive the cooperative power generation plate to spray airflow, and the impeller is kept at the low rotating speed to generate power; the wave energy and wind energy cooperative power generation device has the effects of wave energy and wind energy cooperative power generation, full utilization of natural conditions and power generation defect complementation.

The application belongs to the technical field of oil exploitation, and discloses a high-temperature and high-pressure full-automatic CO2 flooding and burying integrated experimental device and method, which comprises a core clamping system for clamping a core sample, and a pressure measuring system and a confining pressure system are communicated on the core clamping system; a fluid injection system is communicated with the core clamping system; a fluid property measuring system for measuring fluid properties is arranged on the fluid injection system; an output product separation system is communicated with the outlet of the core clamping system through a back pressure adjusting system, and the output product separation system is communicated with a fluid recovery system, a fluid analysis system and a fluid circulation system; and an output product measuring system is communicated with the core clamping system. The application realizes automatic control of the whole set of equipment, is suitable for evaluation of carbon dioxide enhanced oil recovery and in-situ storage, and can also be used for experimental research on related problems such as natural energy depletion development, secondary and tertiary oil recovery, expands the research field and enlarges the application range.

The invention discloses an energy-saving air conditioning system for a building. The energy-saving air conditioning system comprises a ventilation shaft, a tunnel air pipe, a TLambert wall, a sky radiation layer and a heat storage layer. The heat storage layer is arranged at the top of the ventilation shaft; the TLambert wall is arranged on the sunny side of the ventilation shaft and is relatively close to the top of the ventilation shaft; the sky radiation layer is arranged on the shady side of the ventilation shaft and is relatively close to the bottom of the ventilation shaft; the tunnel air pipe is used for being communicated with or disconnected from the bottom of the ventilation shaft so that temperature difference can be formed in the ventilation shaft and air can be driven to flow from bottom to top. A condensation face is arranged in the ventilation shaft, and the condensation face is located on an air flowing path and used for dehumidifying air. A coupled passive cooling and dehumidifying building energy-saving air conditioning system is formed by tunnel air, sky radiation, a Tembert wall, phase change heat storage and a condensing surface, and the cooling and dehumidifying effects can be achieved by completely depending on renewable low-grade natural energy without mechanical driving such as a fan or a compressor.

The natural energy power generation assembly of Pan is in the field of new energy, which is composed of solar photovoltaic panel, centrifugal fan component, wind control component, wind receiving component and generator, the main idea is to obtain 1100W / hour of electric energy through solar panel, and convert 200W / hour to 400W / hour of electric energy into negative pressure energy acting on the wind control component through the centrifugal fan, and convert the negative pressure energy into wind energy with wind speed of 11m / s to 45 / s through the cooperation of "fire tornado" effect device and "Laval tube" in the wind control component, and convert the wind energy into kinetic energy of 300rpm to 500rpm through the wind receiving component to drive the generator to generate 1000W / hour to 2000W / hour of electric energy.

A method of controlling a natural energy production plant connectable / connected to a utility grid and includes plural energy production entities, in particular wind turbines, during insufficient natural energy availability. The method includes: providing first power from an energy storage system to the energy production entities; measuring second power provided to the energy production entities from the utility grid; controlling, in particular by a plant controller and / or respective energy production entity controllers, the energy production entities and / or the energy storage system based on the first power and / or the second power and / or a charge state of the energy storage system.

The invention discloses a biological hybrid material as well as a preparation method and application thereof, and belongs to the technical field of environmental engineering and new materials. The activated sludge microbe loaded with positive electricity CQD and barium titanate loaded pre-oxidized MXene are combined to form the activated sludge microbe loaded with positive electricity CQD. The natural conditions of strong illumination and large day and night temperature difference in the plateau area are utilized to excite multiple effects, BTO generates a pyroelectric effect by utilizing the temperature difference, MXene and CQD generate a photothermal effect by utilizing the illumination, and TiO2 on the surface and CQD on the surface of microorganisms generate a photoelectric effect by utilizing the illumination. The synergistic effect of the effects not only effectively overcomes the inhibition of low temperature on microbial activity, but also remarkably improves the pollutant degradation efficiency. The material is particularly suitable for water purification in low-temperature areas such as the Qinghai-Tibet Plateau, efficient utilization of natural energy is achieved, and the biological treatment efficiency is remarkably improved.

This invention provides a water purification device utilizing a wastewater treatment apparatus. It does not generate useless wastewater, achieves miniaturization and low cost, and can generate a sufficient amount of purified water using a power supply mechanism that utilizes natural energy, such as solar panels or wind turbines. The device is equipped with: a portable base; a foreign matter removal mechanism to remove foreign matter from externally supplied raw water; multiple treatment tanks arranged on the base according to the water purification process of the raw water after foreign matter removal; multiple reagent tanks for containing reagents to be added to at least some of the multiple treatment tanks; a filtration mechanism for filtering the treated water from the multiple treatment tanks; and a disinfection mechanism for disinfecting the treated water filtered by the filtration mechanism to form drinking water. All water purification processes, except for the foreign matter removal process, are completed on the base to convert the raw water into drinking water.

The invention relates to a protective device for a photovoltaic energy storage battery, which belongs to the battery protection technology and comprises a protective base, a circulating pump arranged at the bottom of the protective base and a heat exchange tank arranged underground, a top cover is mounted at the top of the protective base, and a rotatable protective frame is slidably mounted between the top cover and the protective base. A plurality of staggered heat dissipation frames used for guiding out heat and generating power by wind are arranged on the side wall of the rotatable protection frame, and the staggered heat dissipation frames are located at the inner end and the outer end of the rotatable protection frame and communicate with the two telescopic guide pipes correspondingly; the rotatable protection frame is matched with the staggered heat dissipation frame, cooling liquid can be promoted to conduct primary heat dissipation on the ground surface, the cooling liquid is prevented from carrying too much heat to enter the ground, the temperature rising rate of underground soil is reduced, meanwhile, wind power generation can be conducted in cooperation with the power generation assembly under the condition that external wind power is large, and the power generation efficiency is improved. And the utilization rate of natural energy is improved while the protection effect is guaranteed, and the application value is high.

The invention discloses a water body monitoring floating ball anti-collision device which comprises an annular buoy, a mounting seat is mounted on the outer side of the annular buoy, a buffer wave receiving assembly is arranged on the mounting seat, a limiting plate is vertically mounted at the bottom of the annular buoy, and a cleaning assembly used for processing a sensor probe is arranged on the limiting plate. A mounting plate is horizontally mounted on the outer wall of the limiting plate, and a cleaning assembly used for treating the cleaning assembly is arranged on the mounting plate. Therefore, through the linkage design of the buffer wave receiving assembly and the cleaning assembly, collision impact can be resisted, and meanwhile, the cleaning knife and the rectangular brush are driven by natural energy of water waves to perform scraping and scrubbing combined cleaning on the sensor probe, so that the problem that the monitoring precision is reduced due to the fact that an existing device cannot clean attachments on the probe is thoroughly solved; manual underwater operation is not needed, and the maintenance cost and the operation risk are remarkably reduced.

To charge optimally using any natural energy power generation device.SOLUTION: A DC power supply 10 comprising a power circuit 2 to which the generated power from a natural energy power generation device 1 is supplied, and a secondary battery 4 charged by an output DC voltage Vout from the power circuit 2, wherein the power circuit 2 has a setting terminal for changing an operating point of the natural energy power generation device 1, and comprises a setting voltage change circuit 5 for changing a voltage Vset at the setting terminal so that an output power (output voltage Vout×output current Iout) of the power circuit 2 becomes maximum.SELECTED DRAWING: Figure 1

The invention relates to the technical field of natural energy capturing equipment, in particular to a pneumatic energy capturing device and equipment and a vehicle health monitoring system. The pneumatic energy harvesting device comprises a base and a plurality of wind energy collectors. Wind energy is converted into swing of the wind energy collector through the vortex-induced vibration phenomenon, and then the middle swing part and the inner side swing part in the wind energy collector are driven to swing through the swing of the wind energy collector. And two conductive materials with different electronegativity are respectively adhered between the middle swinging piece and the outer swinging piece and between the middle swinging piece and the inner swinging piece. By means of the design, the middle swing part and the inner side swing part can swing independently to generate power, meanwhile, driving force can be provided for the opposite side when the middle swing part and the inner side swing part swing independently so as to improve the swing amplitude of the opposite side, and therefore the power generation efficiency of the whole pneumatic energy capturing device is further improved.

To solve problems that a power generator utilizing natural energy, such as wind power or solar power, is affected by natural conditions and thus is less likely to work stably as a power source and a power generator which utilizes wind power is not affected by sunshine unlike solar power generation, however, is unable to generate electric power in a windless state.SOLUTION: A windmill used in a wind power generator according to the invention has a number of rectangular blades connected between an upper ring and a lower ring. The blade has an upward inclination from the lower ring to the upper ring. In a windless state, the windmill is driven by coriolis force to drive a power generator.SELECTED DRAWING: Figure 1

The utility model discloses a green intelligent self-circulation detachable building external hanging device, which relates to the field of building external hanging facilities and comprises an external hanging frame, and a solar photovoltaic panel power supply module, a rainwater collection module, an automatic irrigation module, a hot-pressing ventilation technology module and an intelligent monitoring system which are arranged on the external hanging frame, the solar photovoltaic panel power supply module comprises a solar photovoltaic panel and a lithium battery; the rainwater collecting module comprises a water collecting tank, a water storage tank and a water conveying pipe, a solar panel is also used as a water collecting slope, the automatic irrigation module comprises a purification green wall, an irrigation pipeline and a drip irrigation head, and the drip irrigation head is used for providing water for green plants in the purification green wall; the hot-pressing ventilation technology module comprises a grating and a cavity, and the intelligent monitoring system comprises a controller, a communication module and a temperature and humidity sensor. The device disclosed by the utility model not only can utilize natural energy to the maximum extent and realize self energy recycling, but also can be conveniently mounted on an outer wall of a building, and has a certain intelligent monitoring function.

The invention discloses a steering engine device and a natural energy sensing platform, and the steering engine device comprises an electric push rod which serves as a power drive unit, has a power-off self-locking function, and is used for providing linear push-pull force; one end of the tiller is hinged to the electric push rod through a crosshead structure, and the other end of the tiller is connected with the rudder shaft and used for converting linear motion of the electric push rod into rudder angle rotation; the guide rail assembly comprises a first guide rail and a second guide rail which are symmetrically arranged and is used for restraining the movement track of the crosshead structure and providing lateral supporting force; the crosshead structure comprises a ball head, a front ball head seat and a rear ball head seat, the front ball head seat and the rear ball head seat are detachably connected, and the front ball head seat and the rear ball head seat are matched to clamp the ball head to form a sliding pair. And the antifriction system is arranged on a contact interface of the guide rail assembly and the crosshead structure and is used for reducing the friction resistance of the kinematic pair. The stress state of a traditional steering engine is fundamentally changed, the push rod only bears axial force, and abrasion of a kinematic pair is greatly reduced.

This application provides a method for determining the lower limit radius of movable pore throat after reverse pressure displacement in conglomerate reservoirs. The method first obtains dry core samples from the target conglomerate reservoir. Then, based on the dry core samples, it determines the pore size distribution curve of the dry core samples and the T2 NMR spectrum of the oil-saturated core samples. Based on the pore size distribution curve of the dry core samples and the T2 NMR spectrum of the oil-saturated core samples, it determines the pore throat radius distribution curve of the oil-saturated core samples. Next, it sequentially performs natural energy depletion recovery and reverse pressure displacement on the oil-saturated core samples. After reverse pressure displacement, it determines the pore throat radius distribution curve of the remaining oil in the oil-saturated core samples. Finally, based on the pore throat radius distribution curves of the oil-saturated core samples and the remaining oil, it determines the lower limit radius of movable pore throat in the target conglomerate reservoir after reverse pressure displacement. This method achieves accurate characterization of the lower limit radius of movable pore throat in conglomerate reservoirs after reverse pressure displacement.