285results about How to "Reduce operation and maintenance workload" patented technology

The invention discloses an artificial intelligent platform system based on deep learning. The artificial intelligent platform system comprises a platform layer, a model layer and an application layer;the platform layer is used for permission managing, distributed storing, CPU computing resource managing, distributed computing and training and task scheduling; the model layer is used for providinga machine learning model and a deep learning model; and the application layer is used for resource managing and monitoring, model defining and training, interactive programming environment providing,intelligent data labeling and model deriving and publishing. The AI platform system is developed through an engineering means to increase the utilization rate of hardware resources of a GPU and the like, reduce the hardware input cost, help an algorithm engineer to more conveniently apply various deep learning technologies to free the algorithm engineer from tedious environment operation and maintenance, provide efficient storing of massive training data and isolate user resources, and therefore access permission control is more secure; training data and training tasks are managed in a unified mode, and the machine learning process is standardized and processed; and data labeling is automated, and the model iteration efficiency is improved.

The invention discloses an energy-saving management system for energy consumption of air-conditioners in a machine room, and relates to the technical field of air-conditioner control. The energy-saving management system comprises the multiple air-conditioners, multiple temperature sensors and a control center. The control center is used for calculating the refrigeration weight in an air-conditioner control area according to the spatial equipment distribution and equipment power consumption of machine room equipment, and further calculating the actual area temperature of the air-conditioner control area according to the refrigeration weight and the sampling temperatures of all the temperature sensors; whether the calculated actual area temperature is within a preset air-conditioner preference temperature range or not is compared; and if not, the air-conditioner set temperature is adjusted to be low or high to finally determine whether the actual area temperature is within the preset air-conditioner preference temperature range. By the adoption of the energy-saving management system, the control temperatures of the air-conditioners corresponding to the area can be adjusted according to the refrigerating capacity needs of all the areas in the machine room, and thus the purpose of energy saving is achieved. The invention further discloses an energy-saving management method for energy consumption of the air-conditioners in the machine room.

The invention relates to a method for intelligently generating a monitoring information point list of a dispatching automation system.The method comprises the steps of 1, intelligent input of interval information, wherein an interval model is generated by inquiring an 'equipment category' list in an SCADA database of the dispatching automation system and inquiring an 'under-installation equipment parameter information list' exported out of a PMS of the State Grid Corporation of China; 2, intelligently-aided modification of the interval information, wherein multiple interval batch modification dispatching numbers are provided by analyzing mouse action and the keyboard input state of a user, and equipment contained in an interval is added or modified or deleted in batches; 3, outputting of the standard monitoring information point list, wherein corresponding protection information in a substation standard monitoring information point list template is searched for according to the 'interval type' in the interval model, interval standard information is formed, the template format is imported according to the dispatching automation system, and the monitoring information point list is output.By means of the method, generation efficiency of the monitoring information point list is greatly improved, labor intensity is lowered, and correctness and standardization of the generated monitoring information point list can be guaranteed.

The invention discloses an on-line real-time stable control system and control method of an electric power system. The control system comprises a stable control device at a plant and station end, an on-line decision making server at a dispatching end and a data communication interface; the stable control device is used for collecting power grid state information and fault information in real time, uploading the information to the on-line decision making server and receiving and executing a stable control strategy sent by the on-line decision making server; the data communication interface is connected between the stable control device and the on-line decision making server and used for data communication between the stable control device and the on-line decision making server; the on-line decision making server is used for receiving the real-time power grid state information uploaded by the stable control device, calculating an emergency control measure according to the power grid state information, generating the stable control strategy and sending the stable control strategy to the stable control device. According to the control system, real-time decision making and real-time controlling of the electric power system are achieved through the real-time power grid operating state and fault information collected by the stable control device by performing transient stability prediction on the basis of a super-real-time simulation technique and calculating the stable control strategy on line.

In an example of the present disclosure, a method for adjusting virtual machine resources is provided. A VIP for a virtual service is distributed, and a scheduling policy and virtual machines (VM) for the VIP may be configured. The VIP and the VMs corresponding to the VIP are configured on an underlying physical device. When status information of the VIP is received, a new VM may be added into the VMs corresponding to the VIP in response to the determination that the VIP is overloaded based on the status information of the VIP. The scheduling policy of the VIP may be used to distribute bearer services to the VMs corresponding to the VIP.

The invention relates to a method and system of insulating monitoring the low current neutral grounding system, including the non-inductance cluster 1 which accesses system in star patching and the neutral point grounding directly. The method comprises the following steps: (a) measuring the current or voltage parameter of the cluster1 by the measuring device2, providing the current or voltage information of the system relative to the ground; (b) transferring the current to the voltage through the current-to-voltage converter;(c) displaying the three-phase voltage of the system by the voltage display4 and monitoring the insulation of the system;(d) applying the neutral conductor of alarming device5 connected to the cluster1 to measure the residual current of cluster1; (e) displaying the insulation condition by the alarm 6 and monitoring the low current neutral grounding system. Said invention can avoid the basic frequency, double frequency and frequency division resonance of the voltage transformer.

The invention discloses relay protection device and system, realizing plug-and-play, of a transformer station. The protection device comprises a line protector, a transformer protector, a bus connection protector and a bus separation protector relying on one another and associated with one another; required current and switching amount information are connected to the line protector, the transformer protector and the bus connection protector directly via secondary cables; opening/closing control is output directly via the secondary cables, and the protectors directly act on a switching mechanism of a bay level; the bus voltage collected by a voltage transformer is connected to the bus separator protector in the analog form; and the bus separator protector is directly connected to the line protector, the transformer protector and the bus connection protector via two optical cables in a point-to-point manner. On the premise that faults of the electric network can be overcome rapidly, the relay protection device system of the invention can further reduce the operation risk of the electrical network as well as the labor intensity of maintenance staff, and it is ensured that the electrical network operates safely, reliably and stably.

The invention discloses a driving mechanism for a reactor control rod of a nuclear power plant. The driving mechanism for the reactor control rod of the nuclear power plant comprises a pressure-resistant shell assembly, a falcula assembly, a driving rod assembly, a coil assembly and a rod position detector assembly, wherein the pressure-resistant shell assembly is an integrated shell, the top of the pressure-resistant shell assembly is of a blind pipe structure, and the bottom of the pressure-resistant shell assembly is connected by virtue of a screw thread and is detachably arranged on a CRDMpipe socket of a pressure vessel head in a sealing manner. Compared with the prior art, the driving mechanism for the reactor control rod of the nuclear power plant adopts the integrated pressure-resistant shell assembly, no weld joint is formed on the pressure-resistant shell assembly, and the pressure-resistant shell assembly and the CRDM pipe socket are connected by adopting the screw thread and are sealed by virtue of a pair of sealing rings, so that the risk of reactor coolant leakage can be effectively reduced. Besides, the falcula assembly adopts a double-tooth falcula structure, the wear resistance of a falcula can be greatly improved, the service life of a control rod driving mechanism is prolonged, the falcula assembly is assembled and disassembled from the bottom of the pressure-resistant shell assembly, and irradiation injury risk produced to operating personnel can be reduced.

The invention discloses a relay protection interval integrating device for an intelligent substation. The relay protection interval integrating device comprises a line protection module, a looped network bus protection module, a process layer module and a management CPU (Central Processing Unit) module, wherein information interaction and transmission are performed among the modules through an embedded HSB bus. Through adoption of the relay protection interval integrated device, the quantities of secondary equipment and screen cabinets are reduced greatly; secondary wiring and network configuration are simplified; the information acquisition reliability, instantaneity and information processing efficiency are improved; the information interaction capabilities of the functional modules in the substation are enhanced greatly; the engineering overhauling difficulty and running maintenance workload are lowered; in-place interval of cross-interval protection is realized; a technical basis is laid for primary equipment and the secondary equipment; and the whole framework of the intelligent substation is optimized.

The invention discloses an online monitoring device for an inter-turn short-circuit fault of a dry-type air-core power reactor and a monitoring method thereof, and relates to an online monitoring device for an inter-turn short-circuit fault of a reactor and a monitoring method thereof. The invention provides an online monitoring device and a monitoring method thereof that can accurately measure, have high sensitivity, and have a small workload even for small turn number faults. In the invention, collected data are transmitted to an upper computer for storage, and an initial loss factor of a monitored reactor system is calculated; an online monitoring system performs real-time sampling on signals of the reactor system; a current loss factor is divided by the initial loss factor, and if thequotient is less than a preset threshold, the current loss factor is repeatedly calculated; if the quotient is greater than the preset threshold, the current reactor has an inter-turn short-circuit fault, and the upper computer stores and displays the current data. The online monitoring device and the monitoring method thereof in the invention are mainly used for online monitoring of the inter-turn short-circuit fault of the dry-type air-core power reactor.

The invention relates to a solar photovoltaic-hydrogen energy storage power generation system, in particular to a novel high-efficiency solar photovoltaic-hydrogen energy storage power generation system, which comprises a solar photovoltaic cell, a power distributor, a direct current load and an energy storage power regeneration device, wherein the solar photovoltaic cell serves as a system power source; and the energy storage power regeneration device consists of an electrolytic bath, a hydrogen storage tank and a fuel cell. By the system, the main technical problems of low energy storage density, short energy storage time, short service life, high leakage rate, high failure rate, environmental pollution caused by scrapping and the like of the conventional solar cell are solved. Compared with the conventional solar photovoltaic energy storage system adopting a storage battery as energy storage equipment, the energy storage power regeneration device of the system has the advantages of long energy storage time, high energy storage efficiency, low running and maintenance workload, no anti-reverse charging diodes and the like. The system fully utilizes renewable energy sources, has the advantages of energy saving, environment friendliness and the like, and can be popularized and used in places such as remote mountainous areas, islands and the like with sufficient sunlight but insufficient utility power.

The invention discloses a media gateway realizing synchronization method and device of communication system, which is characterized by the following: the media gateway gets time synchronizing parameter from media gateway controller MGC and realizes synchronization with network time according to the get time synchronizing parameter. The invention saves network time server and reduces complexity of NGN network and gateway system.

The invention belongs to a natural light-based tunnel lighting system, comprising a solar energy light reducing gallery and an LED (Light-Emitting Diode) lighting transition section; a solar power generation system of the solar energy light reducing gallery directly supplies LED lamps of the LED lighting transition section, the solar energy light reducing gallery comprises a gallery bracket, thin film solar power generation panels embedded in the top of the gallery bracket, ventilation sound absorbing panels embedded in the upper part and lower part of the side surfaces of the gallery bracket and tempered glass embedded in the middles of the side surfaces of the gallery bracket, and the light transmittance of the thin film solar power generation panels is reduced along with the approach of the gallery to a tunnel port according to a tunnel entrance and exit adaptive curve; and the LED lamps of the LED transition section are connected with the thin film solar power generation panels of the solar energy light reducing gallery. The lighting system integrates gallery light reducing and solar power generation technologies, adopts low-cost solar thin films suitable for a road tunnel environment instead of the gallery used at the parts of entrance and exit sections of the tunnel, omits investment of lamps at the entrance and exit sections and saves power supply of the entrance and exit sections with the largest lighting power consumption.

The invention relates to the technical field of mechanical equipment, in particular to an internal cleaning system capable of treating dust in a dedusting pipeline timely. The internal cleaning systemcomprises at least one blowing unit which is arranged on the dedusting pipeline; the blowing unit is connected with a high-pressure air source; the blowing unit comprises at least one blowing nozzle;and the blowing nozzle penetrates through the pipe wall of the dedusting pipeline and is arranged in the dedusting pipeline. By adopting the internal dedusting system of the dedusting pipeline, the dust in the dedusting pipeline can be cleaned when the dedusting pipeline stops working, so that the problem that the dust in the dedusting pipeline is adhered and solidified into bulks which are difficult to clean, and the dedusting effect is low is solved; the operation maintenance workload of the dedusting pipeline can be reduced; the maintenance cost of the dedusting pipeline is lowered; energyis saved; the environment is protected; and the internal cleaning system is safe and reliable.

The invention discloses a steam pressure reduction power generation device which comprises a high-pressure steam inlet and a low-pressure steam device. A radial steam turbine is arranged on a steam pipeline between the high-pressure steam inlet and the low-pressure steam device and connected with a generator. According to the technical problem, superfluous energy in the steam pressure reduction process is recycled, and good energy saving benefits are generated. The generator can be driven to achieve power generation or a water pump, a fan and other energy consumption devices are dragged. The radial steam turbine has the beneficial effects of being low in maintenance workload, low in cost and high in running efficiency. A normal close bypass pipeline is adopted, and when a generator set breaks down and is maintained, a bypass steam pipeline is opened, and normal steam delivery of a factory is not influenced. The generator set needs no energy except steam or other running costs. When downstream steam users intermittently use steam, and pulsation of steam in pipes is caused, a steam storage tank is utilized for buffering pulsation of the steam, and the running stability of the radial steam turbine is improved.

The invention discloses a lead-acid storage battery monitoring system which comprises a battery monitoring device and an industrial personal computer, wherein the battery monitoring system is used for monitoring a state parameter representing the health state of a lead-acid storage battery and sending real-time data of the state parameter to the industrial personal computer; the industrial personal computer is used for carrying out fitting analysis according to history data of the state parameter and the health state of the corresponding lead-acid storage battery, establishing a health life model of the lead-acid storage battery and computing the health state of the lead-acid storage battery through the health life model according to the real-time data of the state parameter. According to the lead-acid storage battery monitoring system, the health life model is established on the basis of the history data of the lead-acid storage battery and the health state of the lead-acid storage battery under different working conditions can be monitored. The lead-acid storage battery monitoring system is capable of decreasing the operation and maintenance workload and enhancing the automation and intelligence degree of substations.

The invention discloses a method of holographic perception and layered line loss calculation for a ubiquitous Internet of Things transformer area, which comprises a metering box, a digital terminal, abranch box, a JP cabinet, a transformer and a novel concentrator, wherein the digital terminal is installed in the metering box, the novel concentrator is installed in the JP cabinet, and the novel concentrator has an extended function. The method focuses on solving the intelligent perception for power failure and recovery event reporting, line aging early-warning, electric energy meter inaccuracy alarming and suspected electricity stealing early-warning events through real-time measurement and calculation of an electric energy meter, the metering box and a branch line by being matched with each unit in the digital terminal, and can solve the problem of line loss of the low-voltage transformer area in an omni-directional and systematical manner at the same time, thereby achieving the significant improvement of economic benefits on five aspects of preventing electricity stealing, saving the energy and reducing the consumption, prolonging the service life of the electric energy meter, reducing the equipment investment and reducing the operation and maintenance workload.

The invention discloses an electric system hybrid real-time simulation platform and a data transmission method of the electric system hybrid real-time simulation platform. The electric system hybrid real-time simulation platform comprises a first real-time simulation system, a second real-time simulation system, an interface card and a synchronous controller, wherein the first real-time simulation system is connected with the second real-time simulation system through the interface card, the interface card is provided with an optical port which can be expanded into a plurality of expanded optical ports, the synchronous controller is connected with the expanded optical ports, and the first real-time simulation system is connected with the second real-time simulation system through the expanded optical ports. Because through expansion of the optical port of the interface card, transmission of all interactive data between the two real-time simulation systems can be completed within a simulation step size without increasing the number of interface cards, the step of real-time simulation conversion is omitted, the problem of poor consistency and compatibility of various interface cards is solved, and the real-time performance of a whole simulation system is improved. The data transmission method of the electric system hybrid real-time simulation platform is accurate, effective, convenient to implement and flexible.