14results about How to "Improve operating energy efficiency" patented technology

The application discloses a kind of to time data processing method and system, it is related to data processing technical field, the method includes: based on local environment data, acquisition acquisition cycle, collect high-precision time data and local perception data;Data characteristics of the same batch crystal are analyzed, and based on the high-precision time data and the local perception data, obtain time deviation;Based on the data characteristics analysis rationality of time deviation, obtain rationality analysis result, adjust the acquisition cycle, obtain optimized acquisition cycle;Based on the local environment data is combined mapping table to obtain correction value, and based on the time deviation and crystal data characteristics and the mutual influence correlation of time deviation, the mapping table is dynamically revised, to obtain revised mapping table, for the time data processing of next cycle.The application solves the technical problem that the prior art exists and time data processing effect is not good.

A new energy bus air conditioning system, including two sets of independent compressor temperature control system, one set of compressor temperature control system is integrated with battery thermal management system, each set of compressor temperature control system includes compressor, indoor heat exchanger, electronic expansion valve, outdoor heat exchanger and controller, indoor heat exchanger and outdoor heat exchanger are communicated with the compressor respectively, each outdoor heat exchanger is provided with an outdoor fan, the core body of each indoor heat exchanger is provided with an air outlet temperature sensor, the exhaust port of each compressor is provided with a pressure sensor, the air outlet temperature sensor, pressure sensor, compressor and outdoor fan are connected with the controller respectively.The utility model adds temperature sensor detection indoor heat exchanger core body air temperature, pressure sensor detects the exhaust pressure at the exhaust port of compressor, and the start-stop and the rotating speed of compressor and the rotating speed of outdoor fan are controlled by controller, so that the compressor is in a high energy efficiency working state, and the energy efficiency of air conditioner actual operation is improved.

The application discloses a gas boiler for clothes ironing, and relates to the technical field of gas boilers, which comprises a boiler body, a detection module, a gas adjusting module, a waste heat recovery module, an execution module and an intelligent control system; the boiler body is used for generating and outputting steam, and is provided with a gas supply passage, a water inlet passage, a steam output passage, an exhaust passage and / or a condensed water recovery passage; the detection module is used for collecting boiler operation parameters and / or ironing load parameters; the intelligent control system is pre-stored with ironing process parameters corresponding to a plurality of fabric gears, and is used for controlling the gas adjusting module to adjust the gas supply amount or the gas heating power and controlling the execution module to adjust the steam output according to the selected fabric gear and the parameters collected by the detection module; and the waste heat recovery module is in heat exchange connection with the exhaust passage and / or the condensed water recovery passage of the boiler body, and is used for supplying the recovered heat to the gas supply passage and / or the water inlet passage for preheating, so as to reduce energy consumption.

This invention discloses a direct expansion liquid carbon dioxide circulation system, comprising a variable frequency carbon dioxide compressor matrix, a liquid refrigeration condenser, a high-pressure liquid carbon dioxide receiving tank, a primary expansion valve, a low-pressure carbon dioxide liquid tank, a secondary expansion valve, and a cold storage tank, all connected sequentially via pipelines. A liquid carbon dioxide pump is installed between the low-pressure carbon dioxide liquid tank and the secondary expansion valve. The outlet of the cold storage tank is connected to the return port of the low-pressure carbon dioxide liquid tank, and an intelligent pressure regulating valve is installed between the return port and the inlet of the compressor matrix. This system uses environmentally friendly carbon dioxide as the working fluid, significantly improving energy efficiency and reducing throttling losses through a direct expansion phase change refrigeration cycle. The integrated intelligent control of the compressor matrix and multi-stage heat exchange process achieves dynamic matching of heating and cooling energy and efficient recovery of condensation heat, enabling a single system to collaboratively meet diverse heating and cooling needs and significantly improve overall energy utilization efficiency.

A control method for improving the overall energy efficiency of a multi-electrolyte workshop is proposed. Based on the product type of the workshop (electrolysis of water for hydrogen production, chlor-alkali production, and electrolysis of aluminum), where the products can be hydrogen, chlor-alkali, or electrolytic aluminum, and assuming n operating electrolyzers with similar energy efficiency, the optimal product allocation method is to maintain equal energy efficiency for each of the n operating electrolyzers, i.e., η1 = η2 = ... = η n The switching point for the number of electrolyzers operating from n to m is at the overall energy efficiency η of the n operating electrolyzers. tn The overall energy efficiency η of m operating electrolyzers tm Equal point, i.e., η tn =η tm When all n operating electrolytic cells are of the same model, the product quantities are evenly distributed as follows: Q1=Q2=…=Q n =Q t / n, where m is one of (n-1) and (n+1). When all the operating electrolytic cells are not of the same model, the value of m includes two cases: m=n and m≠n.

The invention discloses a triethylene glycol negative pressure regeneration system and method, and relates to the technical field of natural gas purification application, the triethylene glycol negative pressure regeneration system comprises a rectifying column, a heat exchanger, a flash tank, a buffer tank, a reboiler and a gas-liquid separator, the rectifying column is arranged above the reboiler and is communicated with the reboiler, a preheating pipe is arranged at the upper part in the rectifying column, the bottom of the reboiler is communicated with the buffer tank, and the buffer tank is communicated with the heat exchanger. A spiral pipe is arranged in the buffer tank, a barren liquor outlet is formed in the bottom of the buffer tank, and a fire pipe is arranged in the reboiler; an outlet of the preheating pipe is connected with a material inlet of a heat exchanger through a pipeline J. The heat exchanger is connected with a flash tank which is connected with a spiral pipe. The outlet is communicated with the feeding hole of the rectifying column; a gas-phase outlet of the rectifying column is connected with a plurality of compressors which are connected with a medium inlet of the heat exchanger; the medium outlet of the reboiler is connected with the gas-liquid separator, and the gas-liquid separator is communicated with the fuel gas inlet of the fire tube, so that the aims of regenerating triethylene glycol at low temperature, reducing the scaling risk of the fire tube, improving the operation energy efficiency of the system and enhancing the operation safety of the reboiler are fulfilled.

The application relates to the technical field of power distribution equipment, and discloses a high-energy-efficiency intelligent hybrid type terminal voltage management device for distribution areas, which comprises a current and voltage sampling module, an intelligent voltage regulating controller module, a voltage regulating transformer module and an intelligent capacitor bank connected to a terminal line of a distribution area; further comprises an environment regulation unit, a safety protection unit, a seamless bypass unit and an Internet of Things remote control device; the current and voltage sampling module is used for collecting electrical parameters of the distribution line, and the intelligent voltage regulating controller module is used for overall planning and control of the voltage regulating transformer module and the intelligent capacitor; the terminal voltage regulation and dynamic reactive power compensation are realized; the device is combined with hierarchical temperature control, low-temperature anti-freezing, multi-stage safety protection and Internet of Things remote control; the device has local man-machine interaction and fault bypass switching functions, is reliable in operation, high in integration, strong in intelligence and wide in adaptability, and is suitable for terminal voltage management and power quality optimization of various urban and rural low-voltage distribution areas.

The application discloses a multi-layer stacked cluster computing chip system capable of constrained expansion and an implementation method thereof, three-dimensional stacked integrated circuit technology, adopts a central radiation architecture, controls and manages multi-layer stacked units in a central control hub, realizes constrained expansion through signal retiming compensation, and controls transmission delay. Physical isolation composite bus integrates data, clock and power supply signals, and suppresses crosstalk. The central integrated synchronization, routing and power consumption control module dynamically optimizes clock and scheduling efficiency; Manhattan shortest path is adopted for data forwarding to ensure linear growth of computing power. The stacked unit is designed in a partition mode and reinforced with through silicon via coupling defects, is adapted to multiple CMOS processes, and meets the requirements of AI, high-performance computing, aerospace and edge scenarios. Compared with traditional chips, the computing power density, energy efficiency and adaptability are improved, the attenuation in the expansion range is low, and the stability is enhanced.

This invention provides a control method, apparatus, and temperature control device for a magnetic refrigeration temperature control system, relating to the field of temperature control technology. The magnetic refrigeration temperature control system includes a magnetic refrigeration unit and a heat exchange unit. The method includes: acquiring current environmental parameters and calculating the deviation between the current environmental parameters and target environmental parameters; adjusting the control parameters from the previous moment based on the deviation value and a preset adjustment coefficient to obtain the control parameters for the current moment; wherein the control parameters include magnetic field strength, magnetic field change frequency, and working fluid flow rate; and controlling the magnetic refrigeration unit and heat exchange unit based on the control parameters for the current moment. This invention enables the entire magnetic refrigeration temperature control system to intelligently respond to environmental changes, maintaining efficient, stable, and precise operation.

The dish-washing machine drying system comprises an outer circulation air pipe, a first fan, a heater, a drying cavity, an air suction air pipe and a second fan, and the first fan is installed in the outer circulation air pipe and used for providing power for air suction of the outer circulation air pipe from the external environment; the heater is arranged on an air blowing path of the first fan and is used for heating air blown to the washing chamber by the first fan; the drying cavity is attached to the outer circulation air pipe and is in thermal connection with the heater, the drying cavity is provided with a drying chamber, a drying agent capable of being heated and regenerated is stored in the drying chamber, and one end of the drying cavity is used for being communicated with the outer circulation air pipe and the washing chamber at the same time; the air suction pipe is used for communicating with the washing chamber, and the air suction pipe further communicates with the other end of the drying chamber; the second draught fan is installed in the air suction air pipe and used for providing power for air suction of the air suction air pipe from the interior of the washing cavity. Therefore, the humidity of the air in the washing chamber can be uniformly reduced, and the energy consumption can be reduced.

The invention provides an air-conditioning system operation evaluation and diagnosis method and system, and the method comprises the following steps: obtaining subitem energy consumption historical data of a to-be-evaluated air-conditioning system, and forming a time domain data sequence; performing Fourier transform on the time domain data sequence to convert the time domain data sequence into frequency domain data; establishing a frequency domain evaluation diagnosis model and evaluation indexes of the sub-item energy consumption of the air conditioning system; based on the evaluation indexes, grading standards of air conditioner system operation evaluation and diagnosis are established, and an air conditioner system operation evaluation and diagnosis quadrant area is constructed; and according to a frequency domain data result, obtaining a distribution relation between amplitude and frequency, based on an evaluation diagnosis model and an evaluation index, calculating a periodic fluctuation characteristic intensity value and a variable coefficient of sub-item energy consumption, and according to a determined grading standard and a quadrant region, carrying out evaluation and fault diagnosis on the operation state of the air conditioning system. The method realizes comprehensive evaluation and accurate fault diagnosis of the operation state of the air-conditioning system, improves the operation efficiency of the air-conditioning system, and reduces the energy consumption.

The application discloses a chilled water control system and a control method, and relates to the field of chilled water control systems, and aims to improve the overall operation energy efficiency of the chilled water system.

The embodiment of the application discloses a step-by-step injection control system of a super-high compression ratio multi-stage injection device, which comprises a monitoring module, a control module, a plurality of valves and a multi-stage injector. The multi-stage injector adopts a series layout, and the outlet of a front-stage injector is connected with the inlet of a rear-stage injected fluid, so as to realize step-by-step pressurization. The multi-stage injector comprises a fixed first-stage injector and an adjustable injector provided with an adjusting cone mechanism. The injected fluid inlet of the first-stage injector is used for receiving the injected fluid, and the working fluid inlet of each stage of the injector is used for receiving the working fluid. The outlet of the last-stage injector is used for outputting qualified mixed fluid, so as to realize the back injection of the injected fluid in the qualified mixed fluid. The monitoring module collects the actual pressure and the adjusting cone position of a plurality of preset positions in real time. The control module generates a control signal according to the deviation between the actual pressure and the target pressure or based on the system operation mode, so as to control the adjusting valve opening degree and the adjusting cone position.

The application discloses a mobile air conditioner and a control method of the mobile air conditioner. After the mobile air conditioner is started, a water beating motor is started after a first preset time. After the water beating motor is started, current environment humidity is obtained after a second preset time. When the current environment humidity reaches a preset environment humidity threshold, current environment temperature, a current power measurement value of the mobile air conditioner, a current upper fan parameter and a current lower fan parameter are obtained. A current power reference value of the mobile air conditioner is obtained according to the current environment temperature, the current environment humidity, the current upper fan parameter and the current lower fan parameter. The rotating speed of the water beating motor is controlled according to the comparison result of the current power measurement value and the current power reference value. The technical scheme of the application can solve the problem that the mobile air conditioner is prone to water full stop under high environment humidity, does not need to increase an additional water level detection device, can reduce the operating power of the mobile air conditioner and improve the operating energy efficiency.