CN111291950A - Economic park distribution network active service and operation management and control unified platform - Google Patents
Economic park distribution network active service and operation management and control unified platform Download PDFInfo
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Abstract
The invention is suitable for an economic park power distribution network, and provides a unified platform for active service and operation management and control of the economic park power distribution network. The platform for integrating active service and operation management and control of the power distribution network in the economic park changes the requirement that traditional passive service is changed into active service, realizes active unified centralized management and control of internal and external information, active unified centralized monitoring of source network load panorama, active unified centralized management and control of distribution network service, active unified centralized allocation of power distribution resources and intelligent auxiliary decision of distribution network service, improves active service capacity of three main bodies including power supply companies, power supply clients and governments, and comprehensively improves production efficiency benefits, service efficiency benefits and management level of the distribution network in the economic park.
Description
Technical Field
The invention relates to the technical field of power distribution networks, in particular to a unified platform for active service and operation management and control of a power distribution network in an economic park.
Background
The power distribution network is an important public infrastructure for national economy and social development, the distribution network of an economic park is an important component of the power distribution network, bears the power supply tasks of important production enterprises and related users and is the key for power supply guarantee of the power supply enterprises, about 80% of industrial GDP in China is realized in various parks developed around cities, nearly 300 national development areas and nearly 1500 provinces in China have the development areas with economic value of more than 1 ten thousand, the development of various parks becomes an important form for supporting the local economic development, and the development of various parks becomes an important form for supporting the local economic development;
the invention aims to provide a platform for unifying active service and operation management and control of an economic park power distribution network, which solves the problems of the background technology.
Disclosure of Invention
The invention aims to provide a platform for unifying active service and operation management and control of an economic park power distribution network, and aims to solve the problems that the conventional economic park power distribution network in the background art cannot realize the functions of actively and uniformly managing and controlling external information of the economic park power distribution network, actively and uniformly monitoring source network load storage panorama, actively and uniformly managing and controlling distribution network services, actively and uniformly allocating power distribution resources, intelligently assisting in decision-making of the distribution network services and the like.
In order to achieve the purpose, the invention provides the following technical scheme: the utility model provides an economic garden distribution network initiative service and operation management and control unified platform, includes distribution network initiative service and operation management system, distribution network initiative service has big data cloud platform center with operation management system through electric signal connection, and the signal of telecommunication at big data cloud platform center has the business system, big data cloud platform center includes service interface layer, data storage layer and data extraction layer, and service interface layer is connected with the data storage layer through the signal of telecommunication to the data storage layer is connected through signal of telecommunication data extraction layer.
Preferably, the distribution network active service and operation management system is composed of distribution network basic information management, distribution network source network load state monitoring, distribution network state assessment and early warning, distribution active first-aid repair, distribution network service analysis management, distributed power supply operation management, distribution network engineering aid decision and distribution network active service operation management panoramic deduction, the service system is composed of a production control large area, a management information large area and extranet data, the extranet data is connected with a front-end server through a safety access platform, and a firewall is arranged between the extranet data and the safety access platform.
Preferably, the service interface layer, the data storage layer and the data extraction layer are all connected through electric signals.
Preferably, the production control area and the information management area are both connected with a data interface server, the data interface server is used for connecting a big data storage server and a data server, and the data server and the big data storage server are both connected with an application server connected with a Web client.
Preferably, the data storage layer comprises station source data, fusion data, application data and a memory database, the memory database acquires real-time data through Spark, the acquired data is uniformly stored through the station source data, the fusion data and the application data, and the stored data is transmitted to the service interface layer.
Compared with the prior art, the invention has the beneficial effects that: the platform for integrating active service and operation control of the power distribution network in the economic park meets the actual urgent requirements of efficient consumption of clean energy in the economic park, flexible interaction of distributed power sources and multiple loads with the power grid and active service capability of regional power grid for construction and transformation of intelligent power distribution networks, combines the pilot points of national grid companies to establish a power supply and power supply service command platform integrating management, allocation and allocation resources and service operation, changes the traditional passive service into the active service, realizes the active and centralized control of internal and external information, active and centralized monitoring of source and grid loads, active and centralized control of distribution network services, active and centralized allocation of distribution resources and intelligent auxiliary decision of distribution network services on the basis of the traditional existing service and management of power supply companies, improves the active service capability of three main bodies of power supply companies, power supply clients and governments, the method meets the development requirements of the distribution network service of the economic park in new situation, and comprehensively improves the production efficiency benefit, the service efficiency benefit and the management level of the distribution network of the economic park;
1. 'active unified centralized management and control of internal and external information': the traditional control that only pays attention to the information resources of the power grid is changed, various source network load information bases such as a coverage power source (including a distributed power source), power distribution equipment, user loads and the like are actively established, internal and external information resources of the regional power grid are comprehensively mastered, and unified centralized sharing, unified centralized display and unified release pushing are realized;
2. the 'source network load panoramic active unified centralized monitoring': the method is based on three levels of source-network-load, and is used for uniformly and centrally monitoring the states of a distributed power supply, an energy storage network, a power distribution network and a power consumption load in a power distribution system, particularly actively monitoring the states of the power supply and the load of a user, predicting and early warning the state of a key node, and managing and controlling risks;
3. starting from major fields such as distribution network development planning, construction transformation, operation and maintenance, marketing service and the like, opening all service control chains of a distribution network, strengthening key service control such as distribution network engineering construction, emergency repair service, uninterrupted operation, distributed power supply operation and the like, establishing a distribution network service control system which takes service power supply customers as a core, service governments as a lead and services themselves as a basis, and realizing lean management of the whole process of the distribution network service;
4. the method comprises the steps of 'distribution network resource active unified centralized allocation', namely, running through various specialties of marketing, operation and inspection, regulation and control, optimizing a business process by taking distribution network emergency repair service as a key node, performing resource centralized optimized allocation and command, realizing the integration of distribution network production, operation and service, and improving the production efficiency and service level of a distribution network;
5. "intelligent aid decision of distribution network service": the intelligent auxiliary decision making method is mainly used for distribution network engineering and operation control, and achieves intelligent and visual auxiliary distribution network service management by means of simulation calculation and panoramic deduction to establish items, process control and effect evaluation of the distribution network engineering project.
Drawings
FIG. 1 is a general architecture diagram of a system provided by the present invention;
FIG. 2 is a diagram of a data architecture provided by the present invention;
FIG. 3 is a diagram of a deployment architecture provided by the present invention.
In the figure: 1. a power distribution network active service and operation management system; 2. a big data cloud platform center; 3. a business system; 4. a service interface layer; 5. a data storage layer; 6. and a data extraction layer.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
Referring to fig. 1-3, the present invention provides a technical solution: a unified platform for active service and operation management and control of a power distribution network in an economic park comprises a power distribution network active service and operation management system 1, a big data cloud platform center 2, a business system 3, a service interface layer 4, a data storage layer 5 and a data extraction layer 6, wherein the power distribution network active service and operation management system 1 is connected with the big data cloud platform center 2 through an electric signal, the big data cloud platform center 2 is connected with the business system 3 through the electric signal, the big data cloud platform center 2 comprises a service interface layer 4, a data storage layer 5 and a data extraction layer 6, the service interface layer 4 is connected with the data storage layer 5 through the electric signal, and the data storage layer 5 is connected with the data extraction layer 6 through the electric signal;
for example, in fig. 1-3, the distribution network active service and operation management system 1 is composed of a distribution network basic information management, a distribution network source network load state monitoring, a distribution network state evaluation and early warning, a distribution network active first-aid repair, a distribution network service analysis management, a distributed power supply operation management, a distribution network engineering aid decision and a distribution network active service operation management panoramic deduction, which facilitates the classified management of data, the service interface layer 4, the data storage layer 5 and the data extraction layer 6 are all connected by electric signals, which facilitates the classified processing of data, the service system 3 is composed of a production control area, a management information area and extranet data, the extranet data is connected with a front-end server by a security access platform, and a firewall is arranged between the extranet data and the security access platform, and the production control area and the information management area are both connected with a data interface server, the data storage layer 5 comprises station source data, fusion data, application data and a memory database, the memory database acquires real-time data through Spark, the acquired data are uniformly stored through the station source data, the fusion data and the application data, and the stored data are transmitted to the service interface layer 4, so that data loss is avoided.
The working principle is as follows: when the platform of the economic park power distribution network active service and operation management and control system is used, firstly, the power distribution network active service and operation management and control system integrates various service system 3 data based on a big data cloud platform technology, constructs related services such as operation inspection, customers, emergency maintenance, planning and business expansion, and carries out an open platform for application of integrated display, analysis early warning, comprehensive management and control of various service data, and meets different requirements of various levels of distribution network management service personnel and users, an intelligent sensing layer is to connect a PMS2.0 system, a power distribution automation system, a dispatching automation system, power utilization acquisition, a source network charge storage coordination optimization system and other related service data systems to the big data cloud platform through a power distribution automation information interaction bus, and a data fusion layer is to store, clean and arrange the data after the related service system 3 data enters the big data cloud platform, basic data services and micro application services are built on the basis of a big data cloud platform to provide data service support for development of business applications, an intelligent decision layer is to build a power distribution network active service and operation management system 1 according to requirements of various business control on the basis of cloud computing and micro application services of the big data cloud platform to realize integrated display, analysis early warning and comprehensive control of power distribution network operation information, data integration of the power distribution network active service and operation management system 1 in an economic park is realized through a power distribution automation information interaction bus, data of each business system 3 is pushed and stored on the basis of a big data cloud platform technology, the two modes of batch pushing and real-time pushing are mainly included, the batch pushing mainly aims at data with low real-time requirements, such as PMS equipment ledger information, marketing system user information and the like, and the real-time pushing mainly aims at data with high real-time requirements, data such as position change, alarm, abnormity and the like of systems such as distribution network automation, power utilization information acquisition and the like are processed and analyzed through flow type calculation in a big data platform and are applied to functions of each service module and a mobile terminal of a distribution network active service and operation management system 1, the arrangement mode of the distribution network active service and operation management system 1 in an economic park is 'one-level arrangement and two-level application', the system can be arranged in a management information big district under the intranet environment of a city company, city and county hierarchical application is realized through user authority control, data interaction is completed by using a distribution automation main station information interaction bus in the aspect of data access, a data interface server is singly arranged to solve a heavy data interaction task, and in the aspect of data storage, management and analysis, access, storage, analysis, display and mass data are realized by using a big data architecture database and a big data technology, The active service and operation management system 1 for the power distribution network in the economic park comprises functional modules or similar functional modules, such as a distribution network basic information management module, a distribution network source network load state monitoring module, a distribution network state evaluation and early warning module, a distribution network active first-aid repair module, a distribution network service analysis and control module, a distributed power supply operation management module, a distribution network engineering aid decision-making module, a distribution equipment quality control module, a distribution network assessment and evaluation module, a distribution network resource center module and the like, and completely meets the functional requirements of the active service and operation management system, and the application method is the application method of the unified platform for the active service and operation management of the power distribution network in.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents and improvements made within the spirit and principle of the present invention are intended to be included within the scope of the present invention.
Claims (5)
1. The utility model provides a platform is unified with operation management and control to economic garden distribution network initiative service, includes distribution network initiative service and operation management system (1), its characterized in that: the power distribution network active service and operation management system (1) is connected with a big data cloud platform center (2) through electric signals, the big data cloud platform center (2) is connected with a service system (3) through the electric signals, the big data cloud platform center (2) comprises a service interface layer (4), a data storage layer (5) and a data extraction layer (6), the service interface layer (4) is connected with the data storage layer (5) through the electric signals, and the data storage layer (5) is connected with the data extraction layer (6) through the electric signals.
2. The utility model provides a platform is unified with operation management and control to economic garden distribution network initiative of claim 1 which characterized in that: the power distribution network active service and operation management system (1) is composed of distribution network basic information management, distribution network source network load state monitoring, distribution network state evaluation and early warning, power distribution active first-aid repair, distribution network service analysis management, distributed power supply operation management, power distribution network engineering auxiliary decision and distribution network active service operation management panoramic deduction.
3. The utility model provides a platform is unified with operation management and control to economic garden distribution network initiative of claim 1 which characterized in that: the business system (3) is composed of a production control area, a management information area and extranet data, the extranet data is connected with a front-end server through a safety access platform, a firewall is arranged between the extranet data and the safety access platform, the production control area and the information management area are both connected with a data interface server, the data interface server is used for connecting a big data storage server and a data server, and the data server and the big data storage server are both connected with an application server connected with a Web client.
4. The utility model provides a platform is unified with operation management and control to economic garden distribution network initiative of claim 1 which characterized in that: the service interface layer (4), the data storage layer (5) and the data extraction layer (6) are all connected through electric signals.
5. The utility model provides a platform is unified with operation management and control to economic garden distribution network initiative of claim 1 which characterized in that: the data storage layer (5) comprises station source data, fusion data, application data and a memory database, the memory database acquires real-time data through Spark, the acquired data are uniformly stored through the station source data, the fusion data and the application data, and the stored data are transmitted to the service interface layer (4).
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Application publication date: 20200616 |