49results about How to "Solve the problem of insufficient power supply" patented technology

The invention provides an overhead transmission line on-line monitoring device based on a non-contact power-obtaining system. The monitoring device is characterized by including a mechanical bearing protection system, an on-line monitoring system, a sensing energy storage adjusting control system, a gap discharge power-obtaining control system, a sensor monitoring analysis system, a master controlsystem and a power supplying protection system, the on-line monitoring system, the sensing energy storage adjusting control system, the gap discharge power-obtaining control system, the sensor monitoring analysis system, the master control system and the power supplying protection system all being arranged on the mechanical bearing protection system. The monitoring device has the advantages of being reasonable in structure and long in service life, being free from extra connection of a power source, needing battery replacement, being convenient to maintain, having a good effect, etc.

The invention belongs to the technical field of power supply management, discloses a low dropout linear regulator, and particularly comprises an error amplifier, a first impedance unit, a second impedance unit and a sampling network. The low dropout linear regulator is characterized by further comprising an N-shaped adjusting pipe, a power supply undervoltage comparator, a first p-channel metal oxide semiconductor (PMOS) pipe and a second PMOS pipe. The low dropout linear regulator adopts the N-shaped adjusting pipe to replace a P-shaped adjusting pipe, enables loading hops to be directly reflected on gate source voltage of the adjusting pipe, and does not need pass through a feedback loop to achieve fast response on loading changes. Simultaneously, the voltage drop of the low dropout regulator (LDO) utilizing the N-shaped adjusting pipe is big so that efficiency and other performance of the LDO can be influenced. In addition, the problem of insufficient power supply is solved with the help of the power supply undervoltage comparator.

The invention provides a narrow-frame display panel and a display device. The narrow-frame display panel comprises a display area and a non-display area surrounding the display area. The narrow-framedisplay panel further comprises a color film substrate, an array substrate, a frame glue, a first conducting layer and a power supply circuit. In the invention, two metal wires are additionally arranged on a side of the color film substrate, on one hand, signals of a common electrode are connected into the color film substrate from a COF so that peripheral wires of the common electrode on the sideof the array substrate, needed when an existing array substrate is powered on, and conversion terminals and gold balls needed for conducting an upper substrate and a lower substrate, are removed; andon the other hand, the two metal wires are arranged in the non-display area and are connected with ITO wires so that a contact area of the metal wires and the ITO wires is increased, and purposes ofeffectively reducing a contact impedance and reducing signal voltage drop are achieved.

The invention discloses a composite portable power generation device which converts mechanical energy, heat energy and solar energy into electricity energy. The device can be worn on a wrist or a shank to use, and converts the swing mechanical energy of arms or shanks during the walking process of people into electricity energy, and meanwhile, can convert the heat energy of flow caused by the temperature differences between the human skins and the exterior into electricity energy; additionally, under the condition of light, a solar battery panel in the device also can generate electric quantity; and the layout of the whole composite power generation device is that a thermoelectricity power generation part is positioned on the bottommost layer of the device, and a mechanical power generation part is positioned on the thermoelectricity power generation part; the solar battery panel is positioned on the outermost layer. The composite portable power generation device has the characteristics of compact structure, convenience in carrying, long service life and the like; and the composite portable power generation device can solve the problem that portable electronic products and wearable electronic products are poor in electricity supply, and has a favorable application prospect.

This invention is a kind of emergency service method of solar energy storey. The power supply source composed of solar energy battery array and corresponding storage battery is connected with power supply circuit of supplying clearance light through photosensitive switch, storage battery voltage switch, time switch and process controlling switch. It is arranged with automatic changing-over switch that is connected with the power supply circuit of storey emergency lighting system. The automatic changing-over switch switches over and starts the power supply of clearance light or storey emergency lighting system through photosensitive control, storage battery control, time control and process control. Power supply source input end of storage battery transmitted from solar energy battery array source is parallel connected with secondary changing-over switch. It is used for inputting of the input storage battery after electric supply source changing. Alternatively, a changing-over switch is directly arranged at the input end of storage battery which is connected with electric supply source after changing.

The invention provides a comprehensive coordination control method of a photovoltaic power generation microgrid having a weather prediction function. The photovoltaic power generation microgrid having the weather prediction function comprises a DC / AC inverter, a photovoltaic array and bidirectional DC / AC converter, a circuit breaker, a load and AC bus, an energy storage battery, a coordination controller, a control network connected with the coordination controller and the convertor and the circuit breaker, a power dispatching centre and a weather prediction module. Under the premise of ensuring sufficient power supply for a user, the method, through comprehensive application of weather judgment and prediction, power supply scheduling and energy storage device scheduling, enables the photovoltaic power generation microgrid to be prepared for adjustment in advance under the condition of weather judgment and prediction, thereby improving mode switching speed of the system for different situations and reducing system misoperation rate; and power quality and power supply reliability are ensured, and the load of the user is allowed to operate stably.

The invention relates to a high-clearance crawler-type inter-line tea picker based on hybrid power, which comprises a walking power mechanism, a lifting mechanism and a tea picking assembly, wherein the tea picking assembly comprises an auxiliary frame, a cutter and an induction unit which automatically senses the depth of tea picking by the cutter; the cutter and the induction unit are installedon the auxiliary frame; the induction unit comprises an induction board, an upward travel switch, a downward travel switch and a travel switch contact mounted on the induction board; the induction board covers a tea tree; when the travel switch contact is contacted with the downward travel switch, the lifting mechanism controls the tea picking assembly to descend on a whole until the induction board is lifted up by the tea tree and the travel switch contact is separated from the downward travel switch; and when the induction board is lifted up by the tea tree until the travel switch contact iscontacted with the upward travel switch, the lifting mechanism controls the tea picking assembly to rise on the whole until the travel switch contact is separated from the upward travel switch. The sizes of fresh leaves picked by the cutter are ensured to be uniform and the quality of tea is ensured.

The invention relates to the technical field of live pig breeding, in particular to an energy-saving type breeding hog house. The hog house comprises a hog house body and an upper ceiling. A feeding channel is arranged in the center inside the hog house body. Hog lots are symmetrically arranged on the two sides of the hog house body, a pig trough and a water trough are arranged inside the hog lots, a fermentation bed is arranged at the bottoms of the hog lots, and the fermentation bed is filled with fermentation padding; the lower portion of the fermentation bed is connected with a biogas digester through a discharging pipe, a gas-fired boiler is arranged on one side of the hog house body, the biogas digester is connected with a gas inlet of the gas-fired boiler through a gas conveying pipe, and the upper portion of the gas-fired boiler is connected with the interior of the hog house body through a heating pipe; the energy-saving type breeding hog house further comprises a cooling fan,a sterilizing lamp and a photovoltaic assembly which are arranged inside the hog house body, a combiner box connected with the photovoltaic assembly, a storage battery and an inverter controller, andthe inverter controller is connected with a photovoltaic water pump. The problems that existing hog house fecal treatment is difficult, the heating cost in winter is high, and power supply is not sufficient are solved, the hog house can be kept clean and sanitary, and electricity dependence is lowered.

The embodiment of the invention provides a method, device and system for zooming out digital pre-distortion. The method for zooming out the digital pre-distortion comprises the steps that a near-end unit (NU) receives signals to be transmitted and sent by preceding-stage equipment; the NU carries out frequency conversion on the signals to be transmitted to obtain intermediate frequency digital signals; the NU carries out digital pre-distortion (DPD) processing on the intermediate frequency digital signals according to feedback signals of a remote unit (RU); the NU sends the signals after the DPD processing to the RU. According to the embodiment of the method, device and system for zooming out the digital pre-distortion, the DPD processing can be completed at the NU, the linear processing of a power amplifier does not need to be carried out at the RU, the power consumption of the RU is reduced, and the RU power supply stability is improved when centralized power supply is carried out.

The invention provides a limb prothesis control method and device and a storage medium and belongs to the field of medical treatment. The limb prothesis control method comprises: first, acquiring effective action signals of actions made by a user's limbs, recognizing current motion types of the actions based on the effective action signals, and controlling limb protheses connected with limbs to bein current matching control modes matched with the current motion types, wherein the current matching control modes include an active control mode or a passive control mode. In the active control mode, the limb protheses supply power to drive the limbs to move; in the passive control mode, the limbs supply power to drive the limb protheses to move. Energy consumption level of a user's actions isused as a standard to control the limb protheses to be in the active control mode or the passive control mode, and power consumption of the limb protheses is lowered.

The invention discloses an air energy storage power generation system based on wind power kinetic energy. The system comprises a tower, a wind wheel, a fan cabin, a heat energy recovery mechanism, a cold energy recovery mechanism and a controller. The wind wheel and the fan cabin are arranged on the top of the tower; a screw compressor is arranged in the fan cabin; a wind wheel shaft of the wind wheel penetrates through the inner part of the fan cabin to drive the screw compressor to convey compressed air to a high pressure air storage device; the high pressure air storage device outputs air to drive a turbo expander to drive a rotor generator to generate power; electric energy output by the rotor generator passes through an AC-DC conversion module and a DC-AC conversion module and is merged into a power grid; the heat energy recovery mechanism is used for collecting heat energy generated by the compressed gas; the cold energy recovery mechanism is used for collecting cold energy generated by power generation; the controller is used for controlling gas compression and gas power generation. The system provided by the invention has the beneficial effects that the system generates power in real time as required; the whole gas compression and gas emission system is simple and compact in structure, easy to maintain, long in service life, low in cost and environmental-friendly and pollution-free.

The invention relates to the technical field of power transmission line monitoring, in particular to a multifunctional bird repelling device capable of visually monitoring a power transmission line. The device comprises an electricity taking and energy storing device, wherein a pan-tilt is arranged at the lower end of an energy-taking part; a ball machine, a monitoring control unit, a bird repelling unit, a weather and power transmission line icing monitoring unit and a communication unit are arranged on the pan-tilt; the electricity-taking and energy storing device provides power for the pan-tilt, the ball machine, the monitoring control unit, the bird repelling unit, the weather and power transmission line icing monitoring unit and the communication unit; the ball machine is connected with the monitoring control unit, and the monitoring control unit is separately connected with the bird repelling unit and the communication unit. The multifunctional bird repelling device capable of visually monitoring the power transmission line integrates the functions of power transmission line icing monitoring, visual power transmission line monitoring and bird repelling, and whether or not birds move around the power transmission line and whether or not the power transmission line has hidden damage dangers caused by an external force, foreign matter and the like can be determined through the ball machine and the monitoring control unit. The bird repelling unit and the communication unit are used for repelling the birds, so that the equipment cost and the installation and maintenance costs are reduced.

The present invention provides a signal connection system of a network switch support plate and a sandwich panel, which includes a carrier board, a sandwich board, a first connector and a second connector, wherein the carrier board is connected with the sandwich board by a first connector and a second connector; the carrier board defines four 3.3V power supply pins and eight 5V power supply pins; the size of sandwich board is 150mm*100mm; the first connector and the second connector are identical in structure. The signal connection system of the network switch support plate and the sandwich panel overcomes the defect that the sandwich plate between the XMC sandwich board cannot meet the cooling requirements, solves the problem that the single-width XMC sandwich board power is lacking, and also solves the problem that the single-width XMC sandwich board area is too small and the devices cannot be placed.

The embodiment of the invention relates to a POE self-adaptive power supply system, method and device. The method comprises: detecting whether power supply equipment is connected with power receivingequipment or not; when the power supply equipment is connected with the power receiving equipment, acquiring the power receiving information and type of the power receiving equipment, and judging whether the power receiving equipment is standard power receiving equipment or not; if so, enabling the control unit of the power supply equipment to control the first switching element to be switched on,and eanbling the power supply unit of the power supply equipment to supply power to the power receiving equipment corresponding to the power of the power receiving equipment; and if not, the controlunit of the power supply equipment controls the second switching element to be conducted, enabling the power supply unit of the power supply equipment to supply power to the powered equipment. The control unit controls the on and off of different switching elements to provide the power supply of the corresponding equipment type for the power receiving equipment, and the problem that the existing POE power supply cannot supply power to the non-standard PD equipment is solved; and the control unit controls the power supply unit to provide a corresponding power supply for the power receiving equipment.

The invention discloses an outdoor fire hydrant Internet of Things monitoring system and method. The monitoring system comprises a communication layer for data transmission, an intelligent fire-fighting cloud platform for monitoring state data of an outdoor fire hydrant, and carrying out analysis and processing on the data, and a data presentation layer for displaying the state data. The monitoring system further comprises a collection layer used for collecting the state of the outdoor fire hydrant, and the collection layer is connected with the intelligent fire-fighting cloud platform througha communication layer. The collection layer comprises a data collection terminal used for collecting outdoor fire hydrant state information; a battery electric quantity detection chip connected witha power supply and used for detecting the current residual electric quantity of a storage battery; and a single-chip microcomputer connected with the battery electric quantity detection chip. The electric quantity detection chip is adopted to measure the residual electric quantity of the storage battery, the dormancy time of a data collection terminal mainboard is dynamically adjusted according tothe residual electric quantity value, the problem of insufficient power supply of the storage battery can be solved, and the effect that long-term operation of the data collection terminal on the outdoor fire hydrant is guaranteed is achieved.

The invention discloses a porous cooling extensible roof movable machine room device. The porous cooling extensible roof movable machine room device comprises a bottom face, wall faces and a roof. The bottom face, the wall faces and the roof are all in the square shape, and the side lengths are the same. The bottom face and the roof are connected into a machine room internally provided with a rectangular space through the four wall faces. The porous cooling extensible roof movable machine room device is characterized in that the roof is provided with two square semiconductor boards and two regular-triangle fences. The two semiconductor boards, the two fences and the roof form a triangular prism cavity internally provided with a storage battery, fan blades and a cable. The semiconductor boards and the fan blades are all connected with the storage battery through the cable. The wall faces are provided with connection holes and connected with ventilators. Each ventilator comprises a hollow circular truncated cone and a hollow cylinder. One ends of the hollow cylinders are connected with the small-radius ends of the hollow circular truncated cones. The other ends of the hollow cylinders are connected with the connection holes. The connection holes are arranged in the wall faces in an inverted triangle. The large-radius ends of the ventilators cover filter layers.

The invention discloses a safe power supply management device for the communication field, and relates to the technical field of safe power supply management devices for the communication field. The problems that at present, power supply balance is poor, the environmental protection property is poor, the heat dissipation property is poor, and intelligence is poor are solved. A rotating disc is arranged on the lower part of a supporting base, and supporting columns are arranged on the upper part of the rotating disc; universal self-locking wheels are arranged on the lower part of the supportingbase, and fixing frames are arranged on one sides of the supporting columns; a photoelectric sensor is arranged on the lower part of a solar cell panel, a conversion mechanism is arranged on one sideof the supporting base, and a cabinet body is arranged on one side of the conversion mechanism; supporting foot pads are arranged on the lower part of the cabinet body, and a touch display is arranged between two safety alarms; and a cabinet door frame is arranged at the front end of the cabinet body, hinges are arranged between the cabinet door frame and a cabinet door, and a label window is formed in the cabinet door.

The invention discloses a solar energy integrated sewage treatment device, which comprises a remote PLC control platform, a solar energy photovoltaic panel, a sewage energy storage battery, and a sewage treatment module. The sewage treatment module comprises a frequency conversion quantitative lifting system, a multi-stage aerobic system, and a micro air floating system, the remote PLC control platform uses 4G or 5G signals for data transmission and is used for synchronous management between among devices, the solar energy photovoltaic panel is arranged above the sewage treatment module and connected with the sewage energy storage battery through a circuit, and the remote PLC control platform and the sewage energy storage battery are arranged on the outer side of the sewage treatment module. The solar energy integrated sewage treatment device is an integrated device, the mounting and maintenance costs are low, energy consumption is low, long-term continuous work is realized, water output of a water pump is adjustable, and the solar energy integrated sewage treatment device is especially suitable for the treatment of domestic sewage in rural towns and villages.

The invention discloses a multi-characteristic recognition-based solar power supply method and equipment. The multi-characteristic recognition-based solar power supply method comprises the steps of obtaining power supply requests within a range, establishing a priority sequence based on the time of the power supply requests, and obtaining characteristic information of equipment which needs power supply, wherein the characteristic information of the equipment comprises an equipment hardware address and / or a unique characteristic identification code; performing matching between the obtained unique characteristic identification code and pre-stored equipment information in a database, if the matching is successful, performing power supply according to the pre-stored equipment priority sequence; and if the matching is in failure, performing power supply according to the priority sequence established in chronological sequence. By adoption of the method, multiple equipment can be powered according to the priority sequence, so that the problem that important equipment cannot be powered with sufficient electric energy caused in the fact that electric storage is stored in a storage battery for supplying power for multiple equipment directly in the conventional solar power supply method can be solved; and in addition, selective power supply can be realized, so that convenience and safety in use are provided.

The invention relates to an electric vehicle. As a power generator is connected with a wheel, mechanical kinetic energy generated by wheel rotation is converted into power supply electric energy whena rotation speed of the wheel per hour reaches a preset speed per hour or above; a central control system is correspondingly connected with the power generator and a battery, detects the remaining capacity of the battery, receives the power supply electric energy of the power generator when the remaining capacity of the battery is less than or equal to a preset electric quantity in the central control system, and regulating and processing the power supply electric energy according to preset electric energy information to obtain adjusted power supply electric energy; the adjusted power supply electric energy is transmitted to the battery to charge the battery and supply power to the battery in circulation; and therefore, self-circulating charging of the electric vehicle is realized, and frequent problems that the battery power supply is not enough, the battery is powered off and the life of the battery is short during the using period of the electric vehicle are solved.

The invention provides an MRAM chip. The MRAM chip comprises a plurality of arrays formed by MRAM storage units, wherein each array adopts a layout in which bit lines are vertical to source lines; bits in each character are respectively stored in different arrays; each array stores one bit. According to the MRAM chip, the bit lines are vertical to the source lines; the bits in each character are respectively stored in a plurality of arrays; each array only writes one bit at each time, so that high voltage or negative voltage is not needed, the arrays are simple to design, the energy consumption is reduced, and the problem that the source lines are insufficient in power supply is solved; all the bits in a same line in the arrays share a read amplifier, and one array only needs one read amplifier, so that the cost of MRAM chip is reduced; and when ECC is used in error correction, different bits of a same character do not have adjacent positions, so that the probability of continuous errors is reduced, errors can be correctly corrected by ECC, and the reliability of the MRAM chip is improved.

The invention relates to an environment-friendly energy-saving moving type kiosk which comprises a floor fixing device, a detachable frame, installation plates, roof plates, a folding type counter, double-interlayer type windows, a wind power generation device, photovoltaic plates, an LED display screen and an electric storage box. The detachable frame comprises a bottom plate, a reinforcing block, splicing type steel channels and a splicing block, the splicing type steel channels comprise side steel channels and two steel channels, the roof plates comprises a main roof plate and an auxiliary roof plate, the installation plates comprise side installation plates, a rear installation plate and a front installation plate, and the folding type counter is fixedly arranged at the front portion of the detachable frame. The double-interlayer type windows are arranged in the middles of the side installation plates, the photovoltaic plates are laid on the main rood plate and the auxiliary roof plate, and the wind power generation device is fixedly arranged above the photovoltaic plates. The environment-friendly energy-saving moving type kiosk has the advantages of reasonable structural design, convenience of installation and use, environment friendliness, energy saving and the like. A comfortable working environment can be provided for a stall keeper and achieve self-power-supplying, and the problem of insufficient power supplying in an existing stall environment is effectively solved.

The invention relates to an intelligent parking method and system. Through a spiral screw rod, a screw rod gear, a motor gear, a screw rod motor, front and rear cross beams, a transverse Mecanum wheel, a longitudinal Mecanum wheel and a drive motor, the working process of the intelligent parking system is adopted, transverse and longitudinal moving of an automobile is realized, and parking space is saved; with the help of a photoelectric sensor, a robot automatically travels on a patrolling track; with the help of a camera and an image recognition technology, a parking robot can automaticallyrecognize wheels; and through an image processing technology, the automobile is automatically parked in a parking space and travels out of the parking space according to a path after the automobile islifted.

The invention discloses an MRAM chip, in which an MRAM array comprises a plurality of sub-arrays, wherein each sub-array comprises a common source line connected to all cells and a plurality of bit lines connected to each column; each bit line is connected with a first transmission gate and a second transmission gate; the first transmission gate is connected with the common source line, and the second transmission gate is connected with the common bit line; a pre-decoder comprises input of a plurality of address line, and output of selection signals matching the number of the bit lines and inverted signals of the selection signals; and the output end of the selection signals and the inverted signals is connected to the first transmission gate and the second transmission gate correspondingto the corresponding bit line of each sub-array to control any one of the first transmission gate and the second transmission gate to be opened and the other one to be closed. Through the control of the pre-decoder, only one bit is written in one array each time, and high voltage and negative voltage are not needed any more, and the design is simple, and the energy consumption is reduced.

The invention relates to a temperature-maintaining automobile seat. The automobile seat comprises an automobile seat body, an energy storage device, a heat pipe type heat transferring air supply device, a thermo heat pipe radiating device, a solar thin film battery and a digital controller, wherein the seat body is internally provided with an air duct; the heat pipe type heat transferring air supply device is arranged in the air duct; the energy storage device is arranged in an automobile base; the inner surface at the bottom of the energy storage box in the energy storage device is provided with a heat pipe radiator base; a heat pipe in the heat pipe type heat transferring air supply device is inlayed in the heat pipe radiator base; a semiconductor chip is attached outside the energy storage box; the thermo heat pipe radiating device is arranged at the lower end of the semiconductor chip; and the solar thin film battery is attached to the top of the automobile and connected with the semiconductor chip and the storage battery. The semiconductor chip is driven by using solar photovoltaic directly to cool / heat the seat. The automobile seat has the characteristics of simple structure, zero energy consumption and rapid cooling, the comfortable temperature of the seat can be maintained for a long time, the seat can be used by slotting the existing seat, and the comfort and practicability of the seat are greatly improved.

The invention provides a battery rod, an atomizer, an electronic atomization device and a using method of the electronic atomization device. The atomizer comprises a chip used for communicating with abattery rod when the atomizer is inserted into the battery rod; and a capacitor which is connected with the chip, wherein when the atomizer is inserted into the battery pole, the capacitor is chargedaccording to a communication signal between the atomizer and the battery pole, so that the capacitor is used for supplying power to the chip, and the chip works normally. Therefore, the problem of insufficient power supply of a chip in the atomizer is solved.

The invention discloses a multi-energy complementary communication power supply system, which includes a power supply system, a sampling monitoring module, a display unit, a power statistics unit, anoperation control unit, an alarm control unit and a serial communication power supply. The sampling monitoring module is connected with the power supply system for power supply data acquisition monitoring. The power supply system, the power statistics unit and the operation control unit are connected in turn for power data statistics. The operation control unit is connected with the power supply system for power supply management. The display unit, the alarm control unit and the serial communication power supply are connected with the operation control unit. With the system adopted, the powermanagement ability can be improved, the power supply quality of equipment can be improved, the problems of insufficient power supply and unstable voltage can be solved, the efficiency of remote monitoring can be improved, the difficulty of problem investigation can be reduced, the utilization rate of valley electricity can be increased, and operation and maintenance costs can be saved.

The invention relates to a solar laptop strap, comprising a first fixing device (1), a second fixing plate (2), a first front strap (3), a second front strap (4), a solar panel (5), a first back strap(6), and a second back strap (7), wherein the first fixing device (1) is movably connected with the second fixing plate (2), two sides of the second fixing plate (2) are fixedly connected with the first front strap (3) and the second front strap (4) respectively, all the front strap (3), the second front strap (4), the first back strap (6) and the second back strap (7) are fixedly connected to the solar panel (5), and a battery (9) is arranged in the first fixing device (1) and is electrically connected with the solar panel (5). The solar laptop strap according to the embodiment allows a laptop to be carried conveniently outdoors with good portability, and can absorb solar energy and convert into electric energy to power the laptop in real time, so that the problem that the laptop has insufficient power supply is solved.

The invention discloses a high-tech environment-friendly illumination device, which comprises a rubber anti-slip base and a stick body, wherein the bottom surface of the rubber anti-slip base is a rough anti-slip surface; the stick body is made of carbon element fiber; a layer of reflection film is attached onto the surface of the roller body; a frictional electricity generator is arranged in a cavity formed inside the stick body; the lower end of the stick body is provided with a spiral knob; a through cavity is formed inside an upper handle and the stick body; a solar panel and a lithium battery are arranged in the through cavity; the front end of the upper handle is provided with a round LED (Light Emitting Diode) illumination lamp; a glass board is attached to the upper end of the upper handle; and the back end of the upper handle is provided with a switch. The solar panel and the frictional electric generator are used for automatic power supply; the electricity is stored in the lithium battery; double advantages are achieved; the green environment-friendly effect is achieved; and the energy source waste due to non-effective work under the conditions of cloudy days and the like with insufficient sunlight can also be avoided.

The embodiment of the invention provides a biomass coupling fused salt energy storage power generation system which comprises a cold fused salt storage tank, a fused salt electric heater, a hot fused salt storage tank, a heat exchanger, a biomass boiler and a conventional island, and the cold fused salt storage tank, the fused salt electric heater, the hot fused salt storage tank and the heat exchanger are connected through pipelines to form a first loop. The heat exchanger is connected with the conventional island through a pipeline to form a second loop, and the first loop and the second loop exchange heat through the heat exchanger; the biomass boiler is connected with the conventional island through a pipeline to form a third loop; and the second loop and the third loop are cooperatively controlled. The problem that a conventional biomass power station is insufficient in power supply when fuel is in shortage is effectively solved, meanwhile, consumption of wind power and photoelectricity in the electricity consumption trough period can be effectively promoted, peak load shifting of a power grid is achieved, and the clean energy utilization level is improved.