CN112738267A - Energy data monitoring and comprehensive analysis device - Google Patents
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Abstract
The invention discloses an energy data monitoring and comprehensive analysis device, belonging to the technical field of energy management; an energy data monitoring and comprehensive analysis device comprises a device body, wherein a WEB interaction system, an energy monitoring system, an energy analysis system, a support service system and an external data system are linked on the device body; a government unit interaction module, an energy supplier interaction module, an energy consumer interaction module and an energy service provider interaction module are linked on the WEB interaction system; the intelligent energy management system integrates various energy infrastructures in the region, is in butt joint with various energy consumption data and management systems, relies on an intelligent energy network of an energy platform, utilizes various energy elements and rich functions of a cloud platform, provides intelligent decision basis for governments, and provides optimal experience and approach for energy utilization optimization for enterprises.
Description
Technical Field
The invention relates to the technical field of energy management, in particular to an energy data monitoring and comprehensive analysis device.
Background
The energy source is the life pulse of national economic development, and the energy big data is the deep integration of energy production, consumption and big data concept.
However, the pressure of energy demand increase, energy consumption double control pressure and energy transformation high-quality development is still large, various energy systems operate independently, and the data fusion sharing degree is low. Energy data is the basis of energy high-quality development, through developing energy data monitoring and comprehensive analysis construction, break energy subsystem isolated island, integrate all kinds of energy subsystems in the current region, how according to the mode of "government is leading, power supply is held and is built, social participation", the energy data monitoring and comprehensive analysis platform including water, electricity, gas cooling and hot coal and new forms of energy is built, promote city overall energy utilization efficiency and energy service level, realize energy consumption total amount and intensity "two drop", it is still the urgent problem that needs to solve to construct clean low carbon, safe efficient modern energy system, in view of this, we have provided an energy data monitoring and comprehensive analysis device.
Disclosure of Invention
The invention aims to provide an energy data monitoring and comprehensive analysis device which is provided for integrating various energy infrastructures in a region, butting various energy consumption data and management systems, providing intelligent decision basis for governments by means of various energy elements and rich functions of a cloud platform and providing optimal experience and approach for energy utilization optimization for enterprises by means of an intelligent energy network of an energy platform.
In order to achieve the purpose, the invention adopts the following technical scheme:
an energy data monitoring and comprehensive analysis device comprises a device body, wherein a WEB interaction system, an energy monitoring system, an energy analysis system, a support service system and an external data system are linked on the device body;
the WEB interaction system is linked with a government unit interaction module, an energy supplier interaction module, an energy consumer interaction module and an energy service provider interaction module;
the energy monitoring system is linked with an overall energy monitoring and displaying module, a primary energy (kerosene and gas) monitoring and displaying module, an electric power monitoring and displaying module and a new energy monitoring and displaying module;
the energy analysis system is linked with a multi-energy supply and demand development analysis subsystem, an energy double-control analysis subsystem, a comprehensive energy consumption calculation model, an abnormal state identification model, an energy economic relationship analysis subsystem and a abnormal energy intelligent analysis subsystem; the multi-energy supply and demand development analysis subsystem is linked with an energy economy condition analysis module and an energy supply and demand development analysis module; the energy double-control analysis subsystem is linked with a full-range energy double-control analysis module, a key enterprise comprehensive energy consumption analysis module and an enterprise energy consumption intelligent analysis module; the energy-economic relationship analysis subsystem is linked with an energy-economic relationship overview module and an energy-economic relationship analysis module; an integral energy use abnormity analysis module and an enterprise energy use abnormity analysis module are linked to the abnormal energy use intelligent analysis subsystem;
the supporting service system is linked with a basic component service module, a business component service module and a data center service module;
and the external data system is linked with a power grid system access module, a government system access module and a social system access module.
Preferably, the energy overall monitoring display module comprises an energy index condition display unit, an energy consumption condition display unit and a total energy consumption thermodynamic distribution diagram display unit; the primary energy (coal oil gas) monitoring and displaying module comprises a coal monitoring and displaying unit, an oil monitoring and displaying unit and a natural gas monitoring and displaying unit; the power monitoring and displaying module comprises a power generation monitoring and displaying unit, a power utilization monitoring and displaying unit and a power load monitoring and displaying unit; the new energy monitoring and displaying module comprises a new energy power generation monitoring and displaying unit, a new energy power utilization monitoring and displaying unit and a branch industry usage ranking and displaying unit.
Preferably, the energy economy condition analysis module comprises a first economic energy relationship analysis unit and a first energy balance diagram analysis unit; the energy supply and demand development analysis module comprises a first primary energy supply and demand development analysis unit and a first new energy supply and demand development analysis unit; the omnibearing energy double-control analysis module comprises a second economic energy relation analysis unit and a second energy balance diagram analysis unit; the key enterprise comprehensive energy consumption analysis module comprises a second primary energy supply and demand development analysis unit and a second new energy supply and demand development analysis unit.
Preferably, the energy-economic relationship overview module comprises an electric power economic status analysis unit and a kilowatt-hour power value thermodynamic distribution analysis unit; the energy economic relation analysis module comprises a high energy-carrying industry power economic relation analysis unit and a high energy-consuming industry power economic relation analysis unit; the integral energy use abnormity analysis module comprises an abnormal energy use region distribution analysis unit and an abnormal energy use reason statistic unit; the enterprise energy consumption abnormity analysis module comprises an enterprise abnormity curve analysis unit and an enterprise abnormal energy consumption comprehensive analysis unit.
Preferably, the basic component service module comprises a data cache service unit, a message middleware service unit, a log service unit and an authorization authentication service unit; the service module of the business assembly comprises a general support service unit, a third-party channel service unit, a standardized capacity service unit and a data access service unit; the data center service module comprises a data calculation unit, a data storage unit, a data acquisition unit and a data service unit.
Preferably, the power grid system access module comprises a marketing service application system access port, an electric power SCADA system access port and an electricity utilization information acquisition system; the government system access module comprises an oil management system access port, an energy consumption monitoring system access port, a natural gas management system access port and a coal management system access port; the social system access module comprises a photovoltaic station system access port, a third-party energy system access port, a wind power station system access port and a third-party charging pile platform access port.
Preferably, the device body is designed and constructed based on cloud computing, big data and artificial intelligence technologies, and a micro-service platform matched with the device body is developed based on the adoption of a micro-service architecture mode.
Compared with the prior art, the invention provides an energy data monitoring and comprehensive analysis device, which has the following beneficial effects:
(1) the invention realizes the information comprehensive integration and normalized display of various energy data and economic data of electricity, water, gas, oil, heat, coal and the like in the region; and the system is connected with departments such as city development committee, city statistical bureau and the like, and energy data such as related energy enterprises, industry associations and the like, so that the real-time monitoring of the running condition of the energy enterprises in the whole city is realized, and the energy economy running display is supported.
(2) The comprehensive energy source management system utilizes technologies such as cloud computing, big data and artificial intelligence to establish a comprehensive energy source computing model and an abnormal state identification model, deeply excavates energy consumption data and economic data in a city region, realizes multi-dimensional typical application scenes such as comprehensive control of multi-energy supply and demand development, urban energy source double control management, abnormal energy consumption analysis and energy economic relation analysis in the city region, and serves government comprehensive treatment.
(3) The invention powerfully supports government departments to develop energy supervision prediction and assist energy planning. The method has the advantages that the development scale and the acceleration of the industry are mastered, a basis is provided for energy planning, the improvement of an energy system is promoted, the complementation and the efficiency are promoted, the market efficient allocation effect is actively brought into play, the demand-side efficient management is realized, the flexible resources are effectively guided to participate in the system regulation, and the development and the utilization of renewable energy and the high-quality development of economy are promoted; the method helps governments to develop important decisions such as industrial planning and energy layout, realizes reasonable configuration of regional energy resources, improves social energy utilization efficiency, supports economic sustainable growth, and realizes urban green development.
(4) The platform is favorable for promoting reasonable energy use of users, accurately positioning energy pain points of users, assisting the users to effectively save energy, reduce consumption, reduce energy consumption waste, reduce energy cost of the users, assist in realizing energy global operation optimization regulation, realize comprehensive, multi-path and sustainable energy comprehensive benefit improvement on the demand side, and can obtain remarkable economic benefit. The system is beneficial to the development of a comprehensive energy service market, the innovation of a comprehensive energy service mode, the accurate grasp of user requirements, the excavation of service business opportunities, the accurate and effective butt joint of product services and requirements in the future, the improvement of user service quality and user stickiness, and the promotion of service upgrading optimization.
Drawings
Fig. 1 is a schematic structural diagram of an energy data monitoring and comprehensive analysis device according to the present invention;
fig. 2 is a schematic structural diagram of a WEB interaction system of an energy data monitoring and comprehensive analysis device according to the present invention;
fig. 3 is a schematic structural diagram of an energy monitoring system of an energy data monitoring and comprehensive analysis device according to the present invention;
fig. 4 is a schematic structural diagram of an energy analysis system of an energy data monitoring and comprehensive analysis device according to the present invention;
fig. 5 is a schematic structural diagram of a support service system of an energy data monitoring and comprehensive analysis device according to the present invention;
fig. 6 is a schematic structural diagram of an external data system of an energy data monitoring and comprehensive analysis device according to the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments.
Example 1:
referring to fig. 1-6, an energy data monitoring and comprehensive analysis device includes a device body, and a WEB interactive system, an energy monitoring system, an energy analysis system, a support service system, and an external data system are linked on the device body;
a government unit interaction module, an energy supplier interaction module, an energy consumer interaction module and an energy service provider interaction module are linked on the WEB interaction system;
the energy monitoring system is linked with an overall energy monitoring and displaying module, a primary energy (kerosene and gas) monitoring and displaying module, an electric power monitoring and displaying module and a new energy monitoring and displaying module;
the energy analysis system is linked with a multi-energy supply and demand development analysis subsystem, an energy double-control analysis subsystem, a comprehensive energy consumption calculation model, an abnormal state identification model, an energy economic relationship analysis subsystem and a abnormal energy intelligent analysis subsystem; the multi-energy supply and demand development analysis subsystem is linked with an energy economy condition analysis module and an energy supply and demand development analysis module; the energy double-control analysis subsystem is linked with a full-range energy double-control analysis module, a key enterprise comprehensive energy consumption analysis module and an enterprise energy consumption intelligent analysis module; the energy-economic relationship analysis subsystem is linked with an energy-economic relationship overview module and an energy-economic relationship analysis module; an integral energy use abnormity analysis module and an enterprise energy use abnormity analysis module are linked to the abnormal energy use intelligent analysis subsystem;
the supporting service system is linked with a basic component service module, a business component service module and a data center service module;
the external data system is linked with a power grid system access module, a government system access module and a social system access module.
The energy overall monitoring display module comprises an energy index condition display unit, an energy consumption condition display unit and a total energy consumption heat distribution diagram display unit; the primary energy (coal oil gas) monitoring and displaying module comprises a coal monitoring and displaying unit, an oil monitoring and displaying unit and a natural gas monitoring and displaying unit; the power monitoring and displaying module comprises a power generation monitoring and displaying unit, a power utilization monitoring and displaying unit and a power load monitoring and displaying unit; the new energy monitoring and displaying module comprises a new energy power generation monitoring and displaying unit, a new energy power utilization monitoring and displaying unit and a sub-industry usage ranking and displaying unit.
The energy economy condition analysis module comprises a first economic energy relation analysis unit and a first energy balance diagram analysis unit; the energy supply and demand development analysis module comprises a first primary energy supply and demand development analysis unit and a first new energy supply and demand development analysis unit; the omnibearing energy double-control analysis module comprises a second economic energy relation analysis unit and a second energy balance diagram analysis unit; the key enterprise comprehensive energy consumption analysis module comprises a second primary energy supply and demand development analysis unit and a second new energy supply and demand development analysis unit.
The energy economy relationship overview module comprises an electric power economy current situation analysis unit and a power generation value and heat distribution analysis unit; the energy economy relation analysis module comprises a high energy-carrying industry power economy relation analysis unit and a high energy-consuming industry power economy relation analysis unit; the integral energy use abnormity analysis module comprises an abnormal energy use region distribution analysis unit and an abnormal energy use reason statistic unit; the enterprise energy consumption abnormity analysis module comprises an enterprise abnormity curve analysis unit and an enterprise abnormal energy consumption comprehensive analysis unit.
The basic component service module comprises a data cache service unit, a message middleware service unit, a log service unit and an authorization authentication service unit; the service module of the business assembly comprises a general support service unit, a third-party channel service unit, a standardized capacity service unit and a data access service unit; the data center service module comprises a data calculation unit, a data storage unit, a data acquisition unit and a data service unit.
The power grid system access module comprises a marketing business application system access port, an electric power SCADA system access port and an electricity utilization information acquisition system; the government system access module comprises an oil management system access port, an energy consumption monitoring system access port, a natural gas management system access port and a coal management system access port; the social system access module comprises a photovoltaic station system access port, a third-party energy system access port, a wind power station system access port and a third-party charging pile platform access port.
The device body is designed and constructed based on cloud computing, big data and artificial intelligence technologies, and meanwhile, a micro-service platform matched with the device body is developed based on the adoption of a micro-service architecture mode.
The invention provides an energy data monitoring and comprehensive analysis device, which realizes the information comprehensive integration and normalized display of multiple types of energy data such as electricity, water, gas, oil, heat, coal and the like and economic data in an area; the method is characterized by comprising the following steps of (1) butting departments such as city development committee, city statistical bureau and the like and energy data such as related energy enterprises and industry associations and the like, realizing real-time monitoring on the running condition of the energy enterprises in the whole city, and supporting energy economy running display; secondly, technologies such as cloud computing, big data, artificial intelligence and the like are utilized to establish a comprehensive energy computing model and an abnormal state identification model, energy utilization data and economic data in a city domain are deeply mined, and multi-dimensional typical application scenes such as comprehensive control of multi-energy supply and demand development, urban energy double-control management, abnormal energy utilization analysis, energy economic relation analysis and the like in the city domain are realized to serve government comprehensive treatment; in the aspect of social benefit, the invention powerfully supports government departments to develop energy supervision and prediction and assist energy planning. The method has the advantages that the development scale and the acceleration of the industry are mastered, a basis is provided for energy planning, the improvement of an energy system is promoted, the complementation and the efficiency are promoted, the market efficient allocation effect is actively brought into play, the demand-side efficient management is realized, the flexible resources are effectively guided to participate in the system regulation, and the development and the utilization of renewable energy and the high-quality development of economy are promoted; the method has the advantages that the major decisions of industry planning, energy layout and the like are developed by the government in an auxiliary mode, reasonable configuration of regional energy resources is realized, the social energy utilization efficiency is improved, the sustainable economic growth is supported, and the green urban development is realized; from the aspect of economic benefit, the platform is favorable for promoting reasonable energy use of users, accurately positioning energy pain points of the users, assisting the users to effectively save energy, reduce consumption, reduce energy waste, reduce energy cost of the users, assist in realizing energy global operation optimization regulation, realize comprehensive, multi-path and sustainable improvement of comprehensive energy benefit on the demand side, and can obtain remarkable economic benefit. The system is beneficial to the company to develop the comprehensive energy service market, innovate the comprehensive energy service mode, help to accurately grasp the user requirement, excavate the service business opportunity, realize the accurate and effective butt joint of the product service and the requirement in the future, improve the user service quality and the user viscosity, promote the service upgrade and optimize the service upgrade
Example 2:
based on example 1 but with the difference that,
the intelligent energy source comprehensive display system is designed with an energy source monitoring system, develops intelligent energy source scene application, and realizes information comprehensive integration and normalized display of multi-class energy data such as electricity, water, gas, oil, heat, coal and the like and economic data in the market. And the system is connected with departments such as city development committee, city statistical bureau and the like, and energy data such as related energy enterprises, industry associations and the like, so that the real-time monitoring of the running condition of the energy enterprises in the whole city is realized, and the energy economy running display is supported.
The energy panoramic monitoring takes monthly degrees as a period, the supply and demand trends of energy such as coal, petroleum, natural gas, electric power, new energy, water and the like in a test area and each industry are comprehensively displayed, and governments are assisted to master the balance condition of energy supply and demand in the test area range.
The energy consumption conditions of all regions of a test region are displayed in a central region through map visualization in combination with power grid GIS application, the supply and demand conditions of main energy of all regions are calculated and predicted, the energy use conditions in the regions are displayed in a thermodynamic diagram mode, energy consumption ranking is counted by industry, the monthly trend of total energy consumption of all industries is calculated, the balance condition of energy supply and demand is provided for the government side, the government is supported according to energy prediction in a matched mode, the multi-energy supply and demand control means are enhanced, and the supply and demand balance system of the total energy of the test region in a board chess is displayed.
On the whole, basic information of energy development of a test area can be mastered, basic data such as total energy supply amount and total consumption amount of the test area can be checked, and comprehensive indexes such as double-control indexes, green development, energy conservation and emission reduction and the like which are relatively concerned by governments can be visually checked. Meanwhile, according to the characteristics of city and energy development of a test area, basic conditions of distributed photovoltaic, charging infrastructure distribution and key enterprise energy utilization are counted and displayed, and the purpose is to assist a government to timely control energy supply and demand dynamics in the area, realize comprehensive supervision on energy utilization conditions of different industries in the area and support accurate decision-making of government departments. Meanwhile, the overall monitoring of energy can monitor the production and marketing structures of various energy sources such as coal, oil, gas, electricity, new energy sources and the like, and the development trends of the production, consumption and sub-industry consumption of various energy sources in each month, thereby providing more comprehensive and visual data support for government supervision.
Energy overall monitoring module
The energy overall monitoring realizes basic information display monitoring of energy development in a test area, comprises economic energy basic data such as energy supply, energy consumption and regional economic output value, and comprehensive indexes such as double-control indexes, green development and energy conservation and emission reduction, and is used for counting basic conditions of photovoltaic and charging infrastructure distribution and key enterprise energy utilization, and aiming at assisting governments to timely control energy supply and demand dynamics in the area.
Primary energy monitoring module
According to regions and industries, the production, supply, consumption data and trend monitoring of primary energy sources such as coal, petroleum and natural gas in test regions and the distribution of heat power are realized.
Electric power monitoring module
And realizing the monitoring of the electric power operation in the test area, including the data monitoring and trend monitoring of installed capacity, power generation, power consumption, electric power load and the like.
New forms of energy monitoring module
The method realizes the operation monitoring of new energy in a test area, such as the distribution, installation and power generation conditions of photovoltaic, wind power, biomass and the like, and shows the distribution of the heat power of the new energy.
Example 3:
based on examples 1-2 but with the difference that,
the invention also designs an energy analysis system, establishes a comprehensive energy computing model by utilizing technologies such as cloud computing, big data, artificial intelligence and the like, deeply excavates energy consumption data and economic data in the urban area, realizes multi-dimensional typical application scenes such as urban energy double control management, abnormal energy consumption analysis, energy economic relation and the like, and serves government comprehensive treatment.
Comprehensive energy consumption calculation model
The comprehensive energy consumption management method based on the platform has the advantages that comprehensive integration and normalized display of information of multiple types of energy data such as electricity, water, gas, oil, heat, coal and the like and economic data are realized, technologies such as big data analysis, intelligent learning and various high-level algorithms are applied, a comprehensive energy consumption calculation model is built, deep mining is conducted on energy consumption data and economic data, and multi-dimensional typical application scenes such as combined fertilizer energy double control management, abnormal energy consumption analysis, energy hosting centralized management, enterprise energy consumption credit label construction and client images are supported.
Abnormal state identification model
Based on multi-channel data such as user basic information, energy consumption data and equipment operation data, an abnormal state identification model is established by using advanced technical means such as big data analysis, intelligent learning and various algorithms, individual characteristics of the user are compared with groups and histories, whether an enterprise is abnormal in energy consumption during a query analysis time period is checked, and an abnormal state is identified.
Development of multiple energy supply and demand
The development of multiple energy supplies and demands takes the year as a cycle, the supply and demand development trends and the current situations of the energy sources such as economy, energy, coal, petroleum, natural gas, electric power, new energy, water and the like in the test area and each industry are comprehensively shown, and the development success and level of the economy and energy transformation are illustrated. The energy is an important index reflecting the development effect and quality of economy, and the energy data monitoring and comprehensive analysis analyzes the economic energy relation by showing the development trend of economy and energy and assists governments in controlling the development situation of macroscopic economy. The platform can also intensively show the development trends of energy, coal, petroleum, natural gas, electric power and new energy in recent years, and reflect the endowment development conditions of the energy and the balance state of energy supply and demand.
Energy dual control management
The method realizes the panoramic monitoring of the total energy consumption and the intensity of each region in the whole city, develops the analysis of the total energy consumption increase rate, the analysis of the seasonal energy consumption intensity and the analysis of the industry double control index, shows the trend and the ranking condition of the energy consumption double control index in the whole city, each region and each industry, and realizes the analysis and early warning of the target task completion condition of the total energy consumption increase rate and the energy consumption intensity reduction progress index. The system aims to assist the government to comprehensively master the overall situation and situation of double control of energy consumption in the whole city and each region and the influence of industrial structure and industrial development on double control of energy consumption, support government industrial planning, expand energy consumption space and promote high-quality development of economy in test regions.
Intelligent analysis of unusual energy usage
The abnormal energy intelligent analysis belongs to a special situation in energy analysis, user terminal energy collection data are stored through a platform, abnormal energy states are intelligently identified by high-end technical means such as big data analysis, intelligent learning and various algorithms, the probability of possible reasons of abnormality is output, dimension statistical analysis such as partitioning, industry division, time and the like is carried out according to the types of the reasons of the abnormality and the number of times of the abnormality, and authoritative data support is provided for governments to accurately master industry changes, deal with climate changes, master user energy behaviors and the like.
Energy economy analysis
Energy consumption is a 'weather meter' reflecting economic operation and development of a test area, the platform can monitor energy supply and consumption conditions of key fertilizer-combining enterprises in real time, check development trends of energy consumption indexes of each month, monitor the energy consumption ratio of high-energy-carrying industries and the industry added value ratio to observe the transformation and upgrading success rate of the industry of the test area, and check the real-time energy consumption of 5 enterprises in front of the energy consumption of each industry as key energy consumption monitoring objects. Meanwhile, the energy consumption homonymy acceleration and energy consumption trends of the four-high energy consumption industry in each month are monitored in real time, and the power conversion for pulling the economic growth of the test area is reflected by judging the conversion of the power consumption growth drive.
Based on regional and industrial energy consumption data and economic data, according to a landscape theory and an economic cycle theory, the industrial landscape degree is analyzed, and government departments such as the assistant development committee and the like are used for prejudging the development trend of macroscopic economy and local economy.
The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be considered to be within the technical scope of the present invention, and the technical solutions and the inventive concepts thereof according to the present invention should be equivalent or changed within the scope of the present invention.
Claims (7)
1. The utility model provides an energy data monitoring and integrated analysis device which characterized in that: the system comprises a device body, wherein a WEB interaction system, an energy monitoring system, an energy analysis system, a support service system and an external data system are linked on the device body;
the WEB interaction system is linked with a government unit interaction module, an energy supplier interaction module, an energy consumer interaction module and an energy service provider interaction module;
the energy monitoring system is linked with an overall energy monitoring and displaying module, a primary energy (kerosene and gas) monitoring and displaying module, an electric power monitoring and displaying module and a new energy monitoring and displaying module;
the energy analysis system is linked with a multi-energy supply and demand development analysis subsystem, an energy double-control analysis subsystem, a comprehensive energy consumption calculation model, an abnormal state identification model, an energy economic relationship analysis subsystem and a abnormal energy intelligent analysis subsystem; the multi-energy supply and demand development analysis subsystem is linked with an energy economy condition analysis module and an energy supply and demand development analysis module; the energy double-control analysis subsystem is linked with a full-range energy double-control analysis module, a key enterprise comprehensive energy consumption analysis module and an enterprise energy consumption intelligent analysis module; the energy-economic relationship analysis subsystem is linked with an energy-economic relationship overview module and an energy-economic relationship analysis module; an integral energy use abnormity analysis module and an enterprise energy use abnormity analysis module are linked to the abnormal energy use intelligent analysis subsystem;
the supporting service system is linked with a basic component service module, a business component service module and a data center service module;
and the external data system is linked with a power grid system access module, a government system access module and a social system access module.
2. The device for monitoring and comprehensively analyzing energy data according to claim 1, wherein: the energy overall monitoring display module comprises an energy index condition display unit, an energy consumption condition display unit and a total energy consumption heat distribution diagram display unit; the primary energy (coal oil gas) monitoring and displaying module comprises a coal monitoring and displaying unit, an oil monitoring and displaying unit and a natural gas monitoring and displaying unit; the power monitoring and displaying module comprises a power generation monitoring and displaying unit, a power utilization monitoring and displaying unit and a power load monitoring and displaying unit; the new energy monitoring and displaying module comprises a new energy power generation monitoring and displaying unit, a new energy power utilization monitoring and displaying unit and a branch industry usage ranking and displaying unit.
3. The device for monitoring and comprehensively analyzing energy data according to claim 1, wherein: the energy economy condition analysis module comprises a first economic energy relation analysis unit and a first energy balance diagram analysis unit; the energy supply and demand development analysis module comprises a first primary energy supply and demand development analysis unit and a first new energy supply and demand development analysis unit; the omnibearing energy double-control analysis module comprises a second economic energy relation analysis unit and a second energy balance diagram analysis unit; the key enterprise comprehensive energy consumption analysis module comprises a second primary energy supply and demand development analysis unit and a second new energy supply and demand development analysis unit.
4. The device for monitoring and comprehensively analyzing energy data according to claim 1, wherein: the energy economy relationship overview module comprises an electric power economy current situation analysis unit and a power generation value and heat distribution analysis unit; the energy economic relation analysis module comprises a high energy-carrying industry power economic relation analysis unit and a high energy-consuming industry power economic relation analysis unit; the integral energy use abnormity analysis module comprises an abnormal energy use region distribution analysis unit and an abnormal energy use reason statistic unit; the enterprise energy consumption abnormity analysis module comprises an enterprise abnormity curve analysis unit and an enterprise abnormal energy consumption comprehensive analysis unit.
5. The device of claim 1, wherein the device comprises: the basic component service module comprises a data cache service unit, a message middleware service unit, a log service unit and an authorization authentication service unit; the service module of the business assembly comprises a general support service unit, a third-party channel service unit, a standardized capacity service unit and a data access service unit; the data center service module comprises a data calculation unit, a data storage unit, a data acquisition unit and a data service unit.
6. The device of claim 1, wherein the device comprises: the power grid system access module comprises a marketing business application system access port, an electric power SCADA system access port and an electricity utilization information acquisition system; the government system access module comprises an oil management system access port, an energy consumption monitoring system access port, a natural gas management system access port and a coal management system access port; the social system access module comprises a photovoltaic station system access port, a third-party energy system access port, a wind power station system access port and a third-party charging pile platform access port.
7. The device of claim 1, wherein the device comprises: the device body is designed and constructed based on cloud computing, big data and artificial intelligence technologies, and meanwhile, a micro-service platform matched with the device body is developed based on the adoption of a micro-service architecture mode.
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