13 results about "Energy Saving Module" patented technology

The invention discloses an intelligent commercial refrigerator in an energy-saving mode based on an AI technology. The intelligent commercial refrigerator comprises an AI intelligent control module, a multi-dimensional sensor network module, a dynamic refrigeration adjusting module, an intelligent defrosting control module, a monitoring management module, a diagnosis correction module and an energy-saving module. The problems that a traditional commercial refrigerator is high in energy consumption, inflexible in refrigeration adjustment, not timely in fault diagnosis and incapable of achieving remote monitoring are solved. According to the invention, through specific algorithms of the improved sparrow algorithm module and the over-temperature calculation module in the AI intelligent control module, multi-dimensional data in the operation process of the refrigerator are evaluated and processed, and the accuracy and efficiency of data processing are improved. And through an improved time sequence analysis module and a cooling capacity demand prediction algorithm module in the dynamic refrigeration adjustment module, the refrigeration demand of the refrigerator is evaluated and optimized, and real-time adjustment of the refrigeration intensity and the operation state is achieved.

This invention discloses a server configured with a dual-carbon management mode, comprising: a governance module, a management module, a carbon emission accounting module, a security module, an energy-saving module, and a data analysis module. The governance module is used for dynamically analyzing and evaluating Power Usage Effectiveness (PUE). The management module is used for collecting energy and material flows, performing intelligent analysis, refined management, and system optimization. The carbon emission accounting module is used for performing carbon emission accounting and generating carbon asset management solutions based on the accounting results. The security module is used to improve the underlying IT / OT application infrastructure. The energy-saving module is used to acquire power consumption data of server nodes and generate corresponding energy-saving strategies based on the power consumption data. The data analysis module is used to provide intelligent decision support for the planning, deployment, and operation and maintenance of data center clusters. This addresses carbon emission compliance requirements, ensures improved lifecycles for data center equipment, and meets data center requirements such as fundamentality, continuity, reliability, stability, security, and energy efficiency.

The invention discloses an energy-saving modularized dust collector with an air inlet detection function, which comprises a dust collector main machine, a dust collector air inlet detection device, a dust collector air inlet detection device and an air outlet detection device, the dust cup module comprises a dust cup shell and a filtering assembly, the filtering assembly is detachably installed in the dust cup shell, an air inlet connector is arranged on the dust cup shell, and an air inlet channel communicated to an inner cavity of the dust cup shell is arranged in the air inlet connector; the thermal type wind speed sensor is electrically connected with the controller, and the thermal type wind speed sensor comprises a heating sensor and a reference sensor which are symmetrically arranged on the two sides of the air inlet channel; the battery pack is detachably installed on the shell, a first notch matched with the connecting base in shape is formed in the end of the battery pack, the end face of the first notch is a first arc face, and the first arc face makes contact with the surface of the dust cup shell. Compared with the prior art, the problems of high power consumption and short endurance time caused by the fact that an existing handheld dust collector cannot automatically adjust motor power are solved.

The utility model discloses a cooling device and energy -conserving air conditioner, cooling device includes fan, condenser and energy -conserving module, and the condenser forms the cooling coil for the refrigerant flow, and the fan's air intake mouth is toward cooling coil, energy -conserving module includes water tank and water outlet pipe, and water outlet pipe and water tank intercommunication, and water outlet pipe is connected in condenser, and water outlet pipe is used for cooling cooling coil. Compared with prior art, the present application combines air cooling and water cooling two kinds of heat dissipation mode, and in water cooling heat dissipation system, liquid medium (water) can directly and cooling coil heat exchange, compared with air cooling heat dissipation, the heat transfer coefficient is higher when liquid and solid heat exchange, and the heat exchange effect is better, when the ambient temperature is high, two kinds of cooling mode work simultaneously, to reduce condensing temperature, reduce the equipment power consumption, realize energy -conserving effect. And when water cooling system breaks down, the device can still rely on air cooling system to continue working, greatly improve the practicality of the device.

The embodiment of the present application relates to the air conditioning operation and maintenance technical field, disclose an air-cooled data center air conditioning operation and maintenance system, method and electronic equipment.The system comprises: data acquisition module and energy-saving module;The data acquisition module is used for collecting air conditioner operation data and air conditioner environment data;The energy-saving module is used for establishing air conditioner system operation model, the air conditioner system operation model includes white box model, grey box model and fourth paradigm compact data model, and according to the air conditioner operation data and air conditioner environment data, respectively output the air conditioner operation optimization strategy corresponding to the white box model, the grey box model and the fourth paradigm compact data model.Through the above mode, the embodiment of the present application realizes the energy-saving operation of air conditioning equipment in air-cooled data center.

The utility model relates to a modularized graphene bulk curing barn air heater capable of enhancing heat exchange, and belongs to the technical field of bulk curing barn air heating equipment. The device comprises an air inlet pipe, an air inlet pipe joint, a heat preservation shell, an air outlet pipe joint, an air supply fan, an air outlet pipe, a heating section and a mixing space, a graphene heating module of the heating section adopts a design that graphene heating sheets and metal corrugated plates are arranged in a crossed manner, and the heat exchange efficiency is improved by utilizing high thermal conductivity of graphene and strengthening convective heat exchange of the metal corrugated plates; the mixing space strengthens air disturbance through the turbulence effect, and the heat transfer temperature difference between air and the graphene heating sheet and the metal corrugated plate is increased; the heat preservation shell is made of a high-temperature-resistant material and internally provided with a heat preservation rock wool layer, and heat loss is reduced; an access door with an observation window is arranged on the side face of the heat preservation shell, and replacement of the faulted graphene heating module is facilitated through a T-shaped clamping groove and a rapid insertion and extraction interface. The device has the advantages of enhanced heat exchange, high efficiency, energy conservation, modular design, easiness in maintenance and the like.

The utility model relates to the technical field of battery plate production, in particular to a surface drying machine for battery plate production. Comprising a box body with two open ends, a transmission mesh belt is installed in the box body, a hot air device is arranged on one side of the upper end of the box body, and the hot air device can blow hot air to the upper end of the transmission mesh belt. A plurality of nozzles are evenly distributed and fixed to the fixing pipe in the axial direction of the fixing pipe, and the fixing pipe communicates with a supercharging device fixed to the outer side of the box body. According to the utility model, an efficient, stable and energy-saving polar plate surface drying system is constructed through four cores of airflow impact dewatering, clamping and conveying deviation prevention, waste heat circulation energy conservation and modular maintenance.

Disclosed in the present invention are a dynamic power flow calculation-based traction energy saving method for rail transit, a system, an electronic device, and a readable storage medium. According to the traction energy saving method, dynamic analysis is performed on multi-dimensional coupling conditions such as power supply, vehicles, signals, and tracks by means of modules such as an ATO single vehicle energy saving + ATS operation chart planning multi-vehicle coordinated energy saving module, a passenger flow requirement-based dynamic map adjustment module, and a regenerative braking energy feed module, dynamic power flow calculation is performed from the perspective of energy flow by means of a power flow dynamic calculation and analysis module of a traction power supply system, and techniques such as ATO energy saving, ATS energy saving, and energy saving using a regenerative braking energy recovery apparatus are dynamically coordinated, to perform unified management and coordinated linkage, so that energy consumption monitoring and statistical analysis are performed for different traction energy saving measures, to track and evaluate a long-term energy saving operation effect. By means of continuous adjustment and optimization of an energy saving control policy according to analysis results by a line energy consumption-operational data variable prediction model, an enhanced energy saving effect in real sense can be achieved.

The invention relates to the technical field of air conditioner energy saving, in particular to a central air conditioner intelligent energy management system which comprises an equipment module, an environment monitoring module, a wireless transmission module, a data analysis processing module, a setting module, a comparison module, a control module, an operation module and an energy saving module. The data is transmitted to the data analysis and processing module through the wireless transmission module, the data analysis and processing module analyzes and processes the transmitted data and then transmits the data to the comparison module, and the comparison module obtains a preset value of the setting module, compares the preset value with the transmitted data and transmits a comparison result to the control module. The energy-saving module can recycle heat generated when the equipment module works, the operation module is used for personnel to operate the setting module, in this way, the energy-saving effect can be achieved, the energy-saving module can recycle the heat generated when the equipment module works, energy is saved, and environmental protection is achieved.

The invention belongs to the technical field of power equipment, and discloses an energy-saving device and a production method thereof.The device comprises an electric cabinet and an energy-saving module arranged in the electric cabinet and further comprises multiple sets of clamping devices arranged in the electric cabinet, the multiple sets of clamping devices are arranged at intervals in the height direction of the energy-saving module, and each clamping device comprises a clamping piece, a first clamping piece and a second clamping piece, the number of the clamping pieces is two, and the clamping pieces are symmetrically arranged on the two sides of the energy-saving module. Piston rods of the clamping cylinders are connected with the clamping pieces, and the clamping cylinders are used for driving the two sets of clamping pieces to clamp or be away from the energy-saving module; the driving assembly is used for controlling the clamping cylinders, so that the adjacent clamping devices alternately clamp the energy-saving module; according to the scheme, the driving assembly controls the adjacent clamping devices to conduct clamping alternately, so that the contact positions of the outer wall of the energy-saving device and the clamping pieces are switched periodically, and heat of the energy-saving device is evenly dissipated on the premise that fixing of the energy-saving device is not affected; the problem that heat dissipation of the outer wall of the energy-saving device is not uniform is solved.

The invention discloses a distributed green production distribution integrated scheduling system and method, and relates to the technical field of distributed production scheduling in the manufacturing industry. Comprising a workpiece sequence initialization module for generating an initial workpiece sequence, an optimization module for optimizing the performance of a solution, a decision module for optimizing the learning and decision process of a hyper-heuristic algorithm, and an energy-saving module for reducing the processing energy consumption while reducing the total completion time, a high-quality initial solution is generated through the workpiece sequence initialization module, and invalid search time consumption is reduced; the optimization module pertinently improves the performance of the solution, effectively reduces the problem complexity, and guarantees the calculation efficiency; the decision-making module optimizes the learning and decision-making process of the hyper-heuristic algorithm, dynamically adapts to the change of the production environment, avoids scheme failure caused by fixed parameters, reduces dependence on manual parameter adjustment, and improves the robustness of the algorithm; and the energy-saving module reduces the processing energy consumption while shortening the total completion time, so that the balance of efficiency and green is realized.

This invention relates to the field of air conditioning energy-saving technology, and more particularly to an intelligent air conditioning energy-saving system, comprising a system platform. The system platform includes: a main body, comprising a compressor, condenser, evaporator, auxiliary components, and routine maintenance components; an energy-saving module, which provides driving energy to the main body; and an intelligent control terminal, which collects and processes the air conditioning information collected by the energy-saving module, and is capable of processing and merging the collected information. This invention, through the energy-saving module in the system platform, enables solar or wind power components to provide energy to the main body, reducing power consumption; by setting a movable support frame on the condenser, the overall perforated area of ​​the condenser can be increased when the support frame moves, allowing the cooling fan to quickly deliver a large amount of airflow to the pipe body; and by collecting indoor and outdoor information, the system platform module simulates the optimal indoor temperature and minimum energy consumption.

The invention provides an energy-saving modular cabinet with a fault detection function, and relates to the technical field of server cabinets, the energy-saving modular cabinet comprises a cabinet body, a first heat dissipation unit, a sensing management unit and at least one shelf assembly, and the shelf assembly is used for installing equipment. According to the invention, a combined heat dissipation system of the first heat dissipation unit and the second heat dissipation unit is adopted, the first heat dissipation unit introduces external natural cold air to form basic cooling air flow covering all equipment through the pipeline system and the shelf assembly, and the second heat dissipation unit performs heat dissipation according to an instruction of the sensing management unit. Point-to-point accurate cold supplement is carried out on specific high-heat equipment or local hot spots; according to the mode of basic air cooling global coverage and active refrigeration local strengthening, energy waste of traditional'one-open full-open 'is avoided, optimal matching of heat dissipation efficiency and energy consumption is achieved, and the overall energy efficiency ratio is remarkably optimized.