135 results about "Energy management unit" patented technology

The invention relates to the technical field of unmanned aerial vehicles, in particular to an intelligent flight path planning and energy management system and method for a long-endurance fixed-wing unmanned aerial vehicle. Comprising an environment sensing unit; the flight path planning unit is used for planning a flight path meeting task requirements, safety requirements and energy constraints based on the flight environment information of the unmanned aerial vehicle acquired by the environment sensing unit and pre-stored performance parameters of the unmanned aerial vehicle; and the energy management unit realizes energy dynamic management and optimization according to the real-time energy state of the unmanned aerial vehicle, the flight task and the planning result of the flight path planning unit. The flight path planning unit can call working condition energy consumption data such as navigational speed and height output by the energy management unit in real time, and dynamically adjust the weight of the path to avoid high-energy-consumption flight segments; the energy management unit synchronously and intelligently adjusts a main / standby battery charging and discharging strategy to optimize energy distribution according to a task time sequence (such as waypoint priority and track curvature) of a track.

The invention discloses a long-term vibration monitoring method and system based on multi-channel data acquisition, and the method comprises the following steps: installing a sensor node integrated with a multi-mode energy collection module on a monitored object, and providing continuous power supply for a multi-channel data acquisition and edge processing unit; according to the invention, through a dynamic adaptive sampling mode and edge end extraction key features, the data load in a distributed monitoring scene is significantly reduced; the multi-mode energy collection module is integrated to collect vibration and environmental mechanical energy, and the energy management unit is combined to dynamically distribute stored energy and supply power, so that long-term autonomous operation of the sensor node is realized; the abnormal state is locally inferred and identified through the edge processing unit, and only key feature data instead of full data is uploaded, so that the real-time response capability to the equipment abnormality is improved; multi-dimensional correlation features are extracted by collecting multi-channel sensing data and combining a deep learning model and a time sequence-space feature fusion algorithm, and the health state of the equipment is comprehensively reflected.

The invention discloses a micro-grid system based on a direct current bus and a control method, the micro-grid system comprises the direct current bus, an energy management unit and a plurality of power conversion modules, when the micro-grid system is in an independent adjusting mode, each power conversion module controls the direct current bus to operate according to bus operation parameters of the direct current bus; and when the micro-grid system is in a centralized regulation mode, the energy management unit issues a control instruction to coordinate the output power and / or the input power of each power conversion module. According to the technical scheme, a unified direct current bus framework is constructed, the photovoltaic energy unit, the energy storage energy unit, the commercial power energy unit, the direct current load and other loads are directly connected to the direct current bus, direct current direct supply and direct current direct charging are achieved, the energy link structure is simplified, the power conversion link is reduced, the overall energy efficiency of the system is improved, and the system cost is reduced. And the phenomena of multiple energy conversion and energy loss caused by dependence on an alternating current bus in the prior art are avoided.

The invention is suitable for the technical field of energy storage control, and provides a direct current energy storage control system of a distributed sodium ion battery, which comprises a distributed energy storage unit, a direct current bus network, an intelligent monitoring unit and an energy management unit, the distributed energy storage unit is connected with the direct current bus network; the intelligent monitoring unit is connected with the sodium ion battery module in the distributed energy storage unit, and transmits monitored data to the energy management unit through the CAN communication module; the energy management unit is connected with the non-isolated bidirectional DC converter in the distributed energy storage unit, performs fault analysis based on the received parameters, generates a duty ratio adjustment instruction, and dynamically adjusts the duty ratio of the non-isolated bidirectional DC converter according to the duty ratio adjustment instruction. And the bus voltage of the direct-current bus network is adaptively adjusted within the preset range. According to the method, the loss in the energy conversion process is reduced, and the energy utilization efficiency is improved by flexibly configuring the energy storage capacity in a direct-current load scene.

A meter collar adapter including a housing, a plurality of contacts to electrically connect the meter collar adapter to a meter socket and to a utility meter, a load management device within the housing to manage electrical load to an interface circuit with external, co-located electric equipment, and an overcurrent protection device electrically connected in series with an interface circuit. The load management device includes the interface circuit to electrically connect to either the line side or load side of an electrical service via the utility meter an external, co-located electric equipment. An interface contact to electrically connect the co-located electric equipment to the interface circuit, an adjustable electrical switch electrically configured to control electric load, and an energy management unit to control, monitor, and / or report a position of the adjustable electrical switch to manage the electrical loads.

The invention discloses an integrated charging method, system and equipment based on methanol fuel power generation, and belongs to the technical field of new energy automobile charging facilities. According to the scheme, the control system, the fuel storage and supply module, the methanol power generation module, the energy storage buffer module, the 40KW direct current quick charging module, the energy management unit, the mute box body and the like are highly integrated, so that the emergency quick charging service independent of a power grid is realized. The core innovation lies in that the energy management unit is adopted to dynamically coordinate power generation and charging requirements, comprehensive mute design and comprehensive safety protection are combined, and the problems that an existing fast charging station depends on a power grid, a traditional standby power supply is large in noise and high in pollution, hydrogen fuel facility cost is high, and the system integration degree is low are solved. The system has the advantages of being clean, efficient, low in noise and rapid in deployment, and the electric vehicle charging requirements of remote areas, weak power grid areas and emergency scenes can be met.

The invention discloses an embedded passive wireless monitoring device and method for the state of a mining carrier roller. The device comprises a thermoelectric power generation unit, an active heat dissipation unit, a rotating speed monitoring unit, an energy management unit, a state monitoring unit and a magnetoelectric wireless communication unit. The device performs thermoelectric power generation by using friction heat energy, and dissipates heat of a cold end of a thermoelectric power generation sheet through an active heat dissipation unit; a piezoelectric rotating speed monitoring module based on rotating magnetic power generation is designed, and the current abrasion loss is calculated according to the rotating speed of a carrier roller shell and the steady-state voltage of a thermoelectric power generation unit by establishing the mapping relation between the generating voltage of a piezoelectric vibrator and the rotating speed of the carrier roller shell and the mapping relation between the rotating speed of the carrier roller shell and the steady-state voltage of the thermoelectric power generation unit and the thickness of the carrier roller shell; and sampling and communication strategies are adjusted in a self-adaptive mode according to the abrasion grades, and signals are transmitted by penetrating through the carrier roller shell through the magnetoelectric antenna. According to the invention, passive and wireless embedded monitoring of the carrier roller state is realized, and the device has the characteristics of no maintenance, high reliability, adaptability to underground severe environment and the like.

This invention provides an autonomous power generation type multi-system energy management and profitability control system that autonomously generates, stores, and discharges energy without relying on commercial power sources. [Solution] This system comprises an autonomous power generation unit 20 that generates electricity based on natural laws such as mechanical energy, thermal energy, pressure energy, and magnetic energy; a first battery system 30 mainly for supplying power to the load and a second battery system 40 mainly for generating, receiving, and backing up power; an AI energy management unit 50 that controls the power generation, charging, and discharging of these systems; and an economic information acquisition unit 52 that acquires economic information such as electricity unit price information, subsidy information, and loan repayment information.

The invention discloses a self-powered kitchen safety monitoring system, and relates to the field of indoor self-powered system design. The system comprises a voltage monitoring module used for sending an output voltage value, monitored in real time, of a photovoltaic module to a safety monitoring unit; the safety monitoring unit is used for performing kitchen safety judgment, sending a stop instruction to the step-down conversion module when the output voltage value is smaller than or equal to a voltage threshold value, and sending a start instruction to the step-down conversion module when the output voltage value is larger than the voltage threshold value; the voltage reduction conversion module is used for reducing the voltage output by the photovoltaic module and then supplying power to the safety monitoring unit through the automatic switching circuit when the starting instruction is received; and the automatic switching circuit is used for switching the input source to the energy storage module when detecting that the step-down conversion module stops working. According to the kitchen safety monitoring system, uninterrupted kitchen safety monitoring is realized through the energy acquisition unit, the energy management unit and the safety monitoring unit, so that the problem of safety monitoring blind areas of an existing kitchen safety monitoring system is solved.

This invention relates to the field of unmanned aerial vehicle (UAV) control and communication technology, and discloses a multi-mode switching system for UAVs, including an airborne terminal, a ground control terminal, and a cloud-based dispatch center. The airborne terminal, ground control terminal, and cloud-based dispatch center interact via a 6G-WiFi 7 hybrid communication link. The airborne terminal integrates a flight control unit, an ARIS-NOMA fusion communication unit, a multimodal perception unit, and an energy management unit. The cloud-based dispatch center integrates an optimization-driven hierarchical deep reinforcement learning decision engine, achieving integrated coordinated switching of flight attitude, communication mode, and perception mode. This system offers advantages such as integrated coordinated switching, improved adaptability of UAVs in complex environments, and enhanced swarm collaboration capabilities, solving the problems of existing UAV multi-mode switching systems, including single-dimensional switching, weak anti-interference capabilities, high energy consumption, and poor swarm collaboration.

This invention relates to the field of power management technology, and particularly to an intelligent integrated power system and control method based on multi-source collaboration, including a main power module, a backup power cluster, an energy management unit, a voltage adaptation module, a status monitoring unit, a communication module, and a load interface. Compared to existing technologies that typically use a single type of battery pack as a backup power source, which suffers from slow response speed and difficulty in withstanding instantaneous high-power surges, this invention employs a heterogeneous energy storage system composed of parallel lithium battery packs and supercapacitor modules as the backup power cluster, and uses a bidirectional DC / DC converter for intelligent control. This solution fully leverages the different advantages of lithium batteries (high energy density) and supercapacitors (high power density and rapid response), enabling the system to provide both long-term backup power support and instantaneous high-power discharge, thereby significantly improving the dynamic response capability, power support reliability, and overall service life of the backup power source.

The present invention relates to a system (200) and a method (100) for controlling one or more operating conditions (206A, 206B) of a vehicle (100). The system comprises one or more energy management units (202A, 202B) configured to 5 generate a plurality of signals corresponding to plurality of energy storage units (201A, 201B) and a control unit (205) configured to control the one or more operating conditions (206A, 206B) of the vehicle (100) based on the disconnection of the at least one storage unit (201A) of the plurality of energy storage units (201A, 201B) and a comparison of the at least one real-time parameter (207) of the vehicle 10 (100) with at least one predefined parameter (208) of the vehicle (100).

The invention discloses a cathode steel bar current on-line detection system and method based on thermoelectric self-power supply, and relates to the technical field of aluminum electrolysis smelting, the system comprises: a current acquisition unit arranged at two detection points on the surface of a cathode steel bar and used for acquiring a voltage drop between the two detection points to generate a voltage drop signal; the hot end of the thermoelectric power generation unit is attached to the surface of the cathode steel bar, the cold end is connected with the heat dissipation structure, and the temperature difference between the hot end and the cold end drives carriers to move directionally to generate initial electric energy; the energy management unit is used for storing the initial electric energy and boosting and converting to generate stable power supply voltage; and the signal processing and wireless transmission unit is driven by the stable power supply voltage, performs division operation on the voltage drop signal and the resistance value after temperature compensation to generate a current value, modulates the current value into a wireless signal and sends the wireless signal to a far-end receiving terminal. The waste heat of the electrolytic cell is utilized to generate power, energy self-sufficiency is achieved, data are transmitted in a wireless mode, and the problems of power supply and signal transmission in cathode steel bar current detection are fundamentally solved.

The system according to this embodiment aims to improve urban efficiency, sustainability, and the quality of life for citizens. [Solution] The system according to the embodiment comprises a traffic management unit, an energy management unit, a waste management unit, a safety management unit, and a citizen services unit. The traffic management unit has functions for traffic management. The energy management unit optimizes energy consumption based on the traffic flow optimized by the traffic management unit. The waste management unit optimizes waste collection routes based on the energy consumption optimized by the energy management unit. The safety management unit conducts predictive police activities based on the waste collection routes optimized by the waste management unit. The citizen services unit provides services that meet the needs of citizens based on the predictive police activities provided by the safety management unit.

The invention relates to the field of oil field energy supply, and discloses an oil field united station energy supply system and method based on carbon dioxide energy storage and waste water hydrogen production. The carbon dioxide energy storage device is configured to selectively store or release electric energy by using carbon dioxide generated by the oil field united station; the production load comprises a hydrogen production device, and the hydrogen production device is configured to produce hydrogen by using the production wastewater of the oil field united station; the power distribution device is electrically connected with the clean energy power generation device, the carbon dioxide energy storage device and the hydrogen production device; and the energy management device monitors the power generation power of the clean energy power generation device and the electricity utilization power of the production load, and controls the operation of the carbon dioxide energy storage device according to the power generation power and the electricity utilization power. The safe, efficient and stable energy supply system can be provided, the discharge amount of carbon dioxide and waste water can be reduced, and the utilization rate of clean energy is increased.

The present invention discloses a method, device, medium, and system for autonomous power consumption optimization of a transit satellite payload. These methods, which pertain to the field of satellite technology, include an autonomous entry / exit decision process, which rapidly determines the entry / exit status of a satellite payload by calculating distance. This process adapts to the impact of changes in orbital altitude after a satellite orbit change. The transit payload autonomously calculates the satellite's exit and entry delays, and, in conjunction with the satellite's energy management unit, enables autonomous shutdown of the transit payload while it is operating outside the country and autonomous startup before entering the country, thus saving energy consumed by the transit payload during standby operation outside the country. The present invention can address the issue of satellite energy shortages and promote satellite development and application.

The present invention relates to an energy system (2) and a method for operating it. The energy system (2) comprises: an energy generation device (3) or an interface to an energy generation device (3), which is provided for generating electrical energy and which is configured in particular as a photovoltaic device (3a); a first subsystem (10), comprising an electrolysis device (13), which is provided for generating hydrogen, and a battery device (12), which is provided for the short-term storage and provision of electrical energy; a second subsystem (20), comprising a first storage device (21), in particular a high-pressure storage device, which is provided for storing the hydrogen generated by the electrolysis device (13).To ensure that as many components of the energy system (2) as possible contribute to its extended function and can be optimally controlled and integrated into the energy system (2) for efficient operation via an optimized control system, a compressor unit (30) designed as a hydride compressor unit (31) is provided, which is designed to compress the generated hydrogen before it is stored in the first storage unit (21). A control unit (60) is provided for controlling the energy system (2), which includes an intelligent, preferably predictive, energy management unit (61).

The application discloses a kind of mine robot hybrid power supply systems, it is characterized in that, including: hybrid energy storage module: as energy source, for storing and preliminary regulating energy, support continuous low-power output and high-power peak discharge;The application is directly realized the complementary effect of energy density and power density by the parallel configuration of hybrid energy storage module, power battery pack provides high-capacity continuous output, super capacitor group supplements instantaneous high power, so as to ensure long endurance in conventional driving, and provide ≥120A peak current in high-power working conditions such as climbing or obstacle crossing.This direct effect is further amplified as the threshold switching of intelligent energy management unit, avoids the output limitation and capacity sacrifice problem caused by the increase of existing single storage battery internal resistance, finally forms the advantage that 35 ° climbing pass rate is improved to 100%, completely solves the contradiction of existing endurance short and power shortage, improves rescue mobility and range.

This application relates to a photovoltaic-storage-charging system based on a dual DC bus and a switching control method. The switching control system of this dual DC bus-based photovoltaic-storage-charging system includes an energy management unit, photovoltaic and energy storage units, a first DC / DC charging pile, a second DC / DC charging pile, a first energy storage converter, and a second energy storage converter. The energy management unit sends control commands to the corresponding switching switches of the energy storage units and / or the photovoltaic units, respectively. These control commands are used to selectively connect the energy storage units and / or at least one photovoltaic unit to different DC buses. Therefore, establishing a dual-bus architecture and using the energy management unit to control independent switching switches to selectively connect the energy storage units and / or at least one photovoltaic unit to different DC buses improves system reliability.

The invention provides an intelligent generator control method and device based on a dynamic load and electronic equipment, and belongs to the field of power grid fluctuation suppression, the method is applied to an energy management unit in a gas power generation system, and the gas power generation system further comprises a gas generator set, an energy storage converter, a super capacitor and a CT mutual inductor. The method comprises the following steps: counting power change times and a power change value of a load within a preset time length based on electrical parameters of a power grid side load; selecting a working mode as a constant power factor mode, a constant reactive power mode or an automatic adjustment mode based on the power change frequency and the power change value; and based on the operation state parameters of the super capacitor, controlling the total output power of the gas generator set in the three adjusting modes. According to the invention, stable power supply of the load can be maintained through adjustment of the super capacitor and the energy storage converter, the adjustment frequency of the gas generator set is reduced, and the power generation efficiency of the gas generator set is improved.

The invention relates to a city end electric power supply cooperative control method and system based on an energy storage wall, and the method comprises the steps: carrying out the equipment inspection of a community energy management unit, recording the switching states of a high-voltage side and a low-voltage side, and generating a simplified topology and a target switching sequence occupation list; based on the simplified topology, generating a plurality of action templates, and establishing a plurality of state windows for each step of each action template; checking each state window, if the checking is passed, generating a candidate operation strategy, and executing role evolution game checking to obtain a convergence operation strategy; solidifying the convergence operation strategy into a target switching sequence, generating a reversible switching shadow sequence, and confirming a final target switching sequence after verification is passed; and executing operations on the high-voltage side and the low-voltage side of the cell based on the target switching sequence. Compared with the prior art, the problem that a traditional power supply vehicle is difficult to access in the last kilometer of an old community is solved, and efficient connection between the energy storage wall and the external power supply is achieved.

The invention discloses a spotlight antenna attitude monitoring system and method, and relates to the technical field of antennas. The system comprises a shell, a power supply module, an antenna module and an integrated monitoring module, and a downward inclination angle adjusting module is arranged in the shell and used for adjusting the downward inclination angle of an antenna on a mechanical level; the power supply module comprises a photovoltaic acquisition unit, an energy management unit electrically connected with the photovoltaic acquisition unit, and a standby lithium capacitor electrically connected with the energy management unit; the antenna module comprises an azimuth angle adjusting module; the integrated monitoring module comprises a posture detection unit, a main control unit and a low-power-consumption communication module integrated with a power detection function, and is used for coordinating data acquisition, processing and communication and executing downward inclination angle and azimuth angle adjustment control. According to the system, accurate monitoring of the downward inclination angle and the azimuth angle is achieved, and remote accurate regulation and control are achieved through a dynamic task scheduling mechanism based on photovoltaic self-power supply and energy autonomy.

Climate data-driven passive wall ventilation and solar energy home application system, characterized in that: It includes a climate data acquisition module, an intelligent control module, a passive ventilation module, and a solar energy utilization module; The climate data acquisition module contains a temperature and humidity sensor, a light intensity sensor, a wind speed sensor, and a precipitation sensor, which serve to capture environmental parameters outdoors in real time and transmit them to an intelligent control module; The intelligent control module incorporates a climate forecasting algorithm that can generate a forecast result for the environmental parameter for the next 48 hours based on historical data and real-time data; the passive ventilation module comprises a wall-mounted interior ventilation space, a ventilation roller shutter, and an exhaust roller shutter, as well as an electric control valve; the intelligent control module regulates the opening degree of the electric control valve based on the forecast result of the environmental parameter in order to change the amount of ventilation; the solar energy utilization module contains a photovoltaic panel, an energy storage battery, and an energy management unit; the energy management unit communicates with and is connected to the intelligent control module; based on a predicted light intensity, the tilt of the photovoltaic panel is regulated, and an energy storage strategy is optimized.

The application discloses a power supply system, a power supply method and a whole cabinet, and relates to the technical field of power supply systems. The power supply system comprises an energy management unit, a plurality of power supply units, a plurality of peak power supply units, a current state bus and a power supply power bus. The plurality of power supply units are connected with the power supply power bus and used for supplying power to at least one power utilization device through the power supply power bus. The plurality of peak power supply units are connected with the power supply power bus and used for supplying power to at least one power utilization device through the power supply power bus in the case that a power supply compensation instruction sent by the energy management unit is received. The energy management unit is connected with the plurality of power supply units through the current state bus, the current state bus is used for acquiring output currents corresponding to the plurality of power supply units respectively, and the energy management unit sends the power supply compensation instruction to the plurality of peak power supply units, thereby solving the technical problem that the related power supply method has a low power density.

The application relates to the technical field of machine tool cutters, and discloses a high-speed tool changing system integrated with energy recovery, which comprises the following: a direct drive driving unit is electrically connected with a numerical control machine tool cutter tower through a direct drive motor; a kinetic energy recovery unit switches the working mode of the direct drive motor into a generator mode based on a fuzzy PID algorithm, and converts kinetic energy into electric energy during deceleration or braking through regenerative braking; an energy management unit defines the flow paths of energy input, storage and consumption ends based on an energy flow balance model; an intelligent control unit coordinates and integrates fault diagnosis on the speed regulation of the direct drive driving unit, the mode switching of the kinetic energy recovery unit and the energy distribution of the energy management unit based on a speed regulation algorithm of model predictive control; and an energy release unit judges whether energy release abnormity exists in the stored electric energy based on analysis results, so that the stability and reliability of the tool changing system are ensured.

The application relates to the technical field of sensors, and provides a flexible fluid sensing system based on inkjet printing and a preparation method thereof. The sensing system comprises a flexible substrate, an energy collection antenna, an energy management unit, a microfluidic sensor, a micropump and a signal modulation unit arranged on the flexible substrate. The energy collection antenna and the energy management unit are arranged, the system can autonomously collect radio frequency energy from the environment and convert the radio frequency energy into electric energy to supply power to the whole system, the collected dispersed energy can be stored, and instantaneous high-power output can be provided when needed, so that the system is free from the dependence on traditional batteries or external power sources.

The invention relates to the technical field of power generation systems, and particularly discloses a self-circulation power generation system based on hydraulic transmission and an intelligent energy distribution method thereof, the self-circulation power generation system comprises an energy input unit, a hydraulic driving unit, a power generation unit, a power utilization unit and an energy management unit, and the energy management unit comprises a system controller and a power adapter; the intelligent energy distribution method comprises the following steps: acquiring a voltage signal of a storage battery and a power signal of a load in real time; and comparing the real-time voltage of the storage battery with a preset voltage threshold value. The system has the beneficial effects that unnecessary loss in the electric energy-mechanical energy-electric energy conversion process is reduced according to the load priority principle; the direct-current motor and the generator work at a high-efficiency point as much as possible according to the principle of on-demand adjustment, and the total energy loss of the system is extremely low; the storage battery maintenance mode ensures that the storage battery is not damaged due to excessive discharge, energy can be supplemented in time, a stable energy cycle is formed, and the operation time of a power generation system is prolonged.

The invention discloses a photovoltaic power generation power edge prediction method, and the method comprises the steps: firstly collecting photovoltaic output power and multi-dimensional meteorological data, and constructing a training set and a test set after normalization; then, key features are extracted by adopting a random forest method based on the training set, and a prediction model is built and trained by utilizing a BiTCN-BiGRU hybrid neural network architecture; performing pruning optimization on the trained model, converting the model into an RKNN format, performing quantification processing and performance evaluation on the model, and performing further optimization according to an evaluation result to obtain a lightweight model; and finally, the lightweight model is deployed in an edge energy management unit, hardware acceleration is performed by means of a neural network processing unit, and millisecond-level online reasoning and real-time prediction of the photovoltaic power generation power are realized. Through fusion of feature selection and a bidirectional time sequence convolution-recurrent neural network, the limitation of a traditional method in processing high-dimensional features is effectively overcome, the prediction precision and generalization ability are improved, and efficient and low-delay power prediction is realized through edge side deployment.

This invention discloses a method for protecting the privacy of electric vehicle-assisted household electricity consumption, relating to the field of smart grid and vehicle-to-everything (V2X) integration technology. The method includes: acquiring household electricity load data, electricity price information, and electric vehicle battery status information to generate a target load sequence; constructing a constrained Markov decision process, using KL divergence as the cost function to measure privacy leakage, and employing a privacy threshold as a hard constraint; decomposing the privacy metric into single-step metrics through temporal decomposition and estimating them using a generative adversarial network (GAN); alternately updating the policy network and dual variables using the Lagrange multiplier method; and regulating the charging and discharging behavior of the electric vehicle through an energy management unit to optimize electricity costs while satisfying privacy constraints. This method achieves quantifiable and controllable privacy protection, reduces system deployment costs, and improves algorithm robustness.

A device for supplying electrical energy via a vehicle's power supply network (10) is described. The device includes several electronic fuses (22a, 22b, 24a, 24b, 26a, 26b, 26c). All electronic fuses (22a, 22b, 24a, 24b, 26a, 26b, 26c), or parts thereof, are connected for rapid communication via one or more event signaling lines (38, 42, 44) to enable a faster, predefined response than a higher-level energy management unit (32) of the power supply network (10) in the event of faults in the power supply network (10) or in the consumers (14, 16, 18, 20).