CN113436047A - Big data energy source conversion monitoring platform - Google Patents
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Abstract
The invention provides a big data energy-viewing transformation monitoring platform. The big data energy conversion monitoring platform comprises a big data network information monitoring platform, and the big data network information monitoring platform comprises an energy conversion cockpit, a conversion path, a conversion process and a conversion effect: the energy conversion cockpit summarizes the energy conversion analysis content of big data from the overall perspective and provides a navigation function, and the energy conversion cockpit includes: and a transformation target completion condition, a transformation measure and an analysis report. The big data energy transformation monitoring platform provided by the invention has the advantages that the traditional rough management mode is changed through the deep fusion of advanced technologies such as artificial intelligence, big data, Internet of things and information communication, the difficulties that the data is difficult to obtain, the obtaining time is long, the analysis dimension is single, and the prospect cannot be scientifically predicted are solved, accurate and scientific data basis and prediction are provided for government management departments, and the energy transformation development is promoted.
Description
Technical Field
The invention relates to the technical field of energy transformation data management, in particular to a big data energy transformation monitoring platform.
Background
In the aspect of energy management, relevant government departments at present mainly rely on offline data of enterprises to manually fill in reports, manually perform data statistics, obtain statistical results and then perform relevant measures to make and implement.
The energy transformation is to change the current energy structure, effectively utilize various energy sources, realize the energy structure transformation of China by taking low-carbon energy economy as a trigger, transform the rough energy into the conservation energy, transform the economic benefit mainly and protect the environment mainly and comprehensively.
Therefore, it is necessary to provide a big data energy-viewing transformation monitoring platform to solve the above technical problems.
Disclosure of Invention
The invention provides a big data energy transformation monitoring platform, which solves the problem that the manual statistics and analysis of energy transformation data are inconvenient to monitor and count transformation state information.
In order to solve the technical problems, the big data energy conversion monitoring platform provided by the invention comprises a big data network information monitoring platform, wherein the big data network information monitoring platform comprises an energy conversion cockpit, a conversion path, a conversion process and a conversion effect: the energy conversion cockpit summarizes the energy conversion analysis content of big data from the overall perspective and provides a navigation function, and the energy conversion cockpit includes: a transformation target completion condition, a transformation measure and an analysis report; the transformation path explains an energy transformation path in a graphic mode, and takes a consumption side transformation and a supply side transformation as a main line, and is assisted with technology upgrading and system transformation to promote regional cooperative development so as to achieve the transformation target; the transformation process comprises a consumption revolution, a supply revolution, a technical revolution, a body revolution and regional cooperation; the transformation effect is based on data such as energy related indexes, energy structures and related economic energy consumption, the current situation of energy transformation is analyzed, the environmental impact and energy self-sufficiency brought by energy utilization structures and unit output values are mastered, the energy transformation effect is comprehensively mastered by related departments, and reasonable suggestions are provided for adjustment decisions of transformation problems.
Preferably, the transformation target completion condition comprises a total control amount completion condition, a control intensity completion condition, a non-fossil energy ratio completion condition and a hydropower, wind power, photovoltaic, coal bed gas and biomass power generation target completion condition, the total control amount completion condition compares a difference between an actual total control amount condition and a target value, the control intensity completion condition compares a difference between an actual control intensity and a target value, the non-fossil energy ratio completion condition compares a difference between an actual non-fossil energy ratio and a target value, the hydropower, wind power, photovoltaic, coal bed gas and biomass power generation target completion condition compares a difference between an actual completion condition and a target value, a lunar control amount is obtained through a target decomposition model, and a difference between an actual total control amount condition and a target value of the Yangquan city is compared.
Preferably, the transformation actions list various transformation actions and action implementation effects implemented in the transformation process, and clicking the corresponding transformation action name can jump to the corresponding page to view detailed analysis content.
Preferably, the analysis report provides the functions of online reading, inquiring and deriving of the analysis report through the system, and the analysis report is issued monthly.
Preferably, the consumer-side transformation is a consumer revolution, the supply-side transformation is a supply revolution, the auxiliary technology upgrade is a technical revolution, and the system revolution is a system revolution.
Preferably, the consumption revolution comprises urban and rural electrification development, total energy consumption analysis, energy consumption structure analysis and energy-saving emission reduction analysis, the consumption revolution firmly controls the total energy consumption according to the implementation direction of the national energy consumption revolution strategy, meanwhile, the adjustment of an industrial structure and an energy consumption structure is promoted, an energy-saving priority policy is effectively implemented, the urban and rural high-quality energy utilization level is comprehensively improved, the government is assisted to grasp the transformation effect of the Yangquan city consumption revolution, the transformation path of the consumption revolution is directionally adjusted, and the formation of an energy-saving city is accelerated.
Preferably, the urban and rural electrification development comprises a coal-to-electricity and coal-to-gas reformation household number, a three-supply-one-industry reformation process, a power distribution network and power access facility, coal-to-electricity and gas-to-household number change, household electrical utilization rate and electric quantity use condition, and the urban and rural electrification reformation module grasps the electrification development level through the analysis of the coal-to-electricity, coal-to-gas, power distribution network and power facility related data, reduces the urban and rural electrification development level, and supports related departments to push the urban and rural electrification development planning.
Preferably, the total energy consumption analysis comprises an energy consumption structure, an energy consumption current situation, an energy increment trend, a low-utility energy industry and enterprise elimination situation, the total energy consumption is mastered, and coal and petroleum consumption is controlled in a key way; analyzing an energy consumption structure, encouraging renewable energy consumption, and realizing that energy increment mainly depends on clean energy; the poor low-efficiency energy is eliminated, and the energy is saved.
Preferably, the energy consumption structure analysis comprises an energy consumption structure, an industrial consumption structure, an industrial GDP structure, a coal consumption condition, a petroleum consumption condition, a GDP proportion of a high-energy-consumption enterprise and a GDP proportion trend of a third industry, and the energy consumption structure change and the industrial structure change in the energy transformation process are analyzed to promote mutual driving and mutual driving of industrial structure adjustment and energy structure optimization.
Preferably, the supply revolution comprises analysis of clean and efficient development and utilization of coal and analysis of energy utilization of incremental demand, and the supply side is developed and analyzed from two aspects of clean and efficient development of coal and utilization of energy utilization of incremental demand.
Compared with the related art, the big data energy conversion monitoring platform provided by the invention has the following beneficial effects:
the invention provides a big data energy transformation monitoring platform, which changes the traditional rough management mode through the deep fusion of advanced artificial intelligence, big data, Internet of things, information communication and other technologies, solves the problems of difficult data acquisition, long acquisition time, single analysis dimension and incapability of scientifically predicting the prospect, provides accurate and scientific data basis and prediction for government management departments, and promotes energy transformation development.
Drawings
Fig. 1 is a schematic structural diagram of a big data energy conversion monitoring platform according to a first embodiment of the present invention;
FIG. 2 is a system diagram of the energy conversion cockpit of FIG. 1;
FIG. 3 is a diagrammatic system view of the transformation path shown in FIG. 1;
FIG. 4 is a system diagram of the transformation process shown in FIG. 1;
fig. 5 is a schematic structural diagram of a big data energy transformation monitoring platform according to a second embodiment of the present invention;
FIG. 6 is a system diagram of the identification module shown in FIG. 5;
fig. 7 is a system diagram of the identity acquisition module shown in fig. 5.
FIG. 8 is a system diagram of the information tracing module shown in FIG. 5.
Detailed Description
The invention is further described with reference to the following figures and embodiments.
Please refer to fig. 1, fig. 2, fig. 3 and fig. 4 in combination, wherein fig. 1 is a schematic structural diagram of a big data energy transformation monitoring platform according to a first embodiment of the present invention; FIG. 2 is a system diagram of the energy conversion cockpit of FIG. 1; FIG. 3 is a diagrammatic system view of the transformation path shown in FIG. 1; fig. 4 is a system diagram of the transformation process shown in fig. 1.
Example 1:
a big data energy-viewing transformation monitoring platform comprises: including big data network information monitoring platform, big data network information monitoring platform includes energy transformation cockpit, transformation route, transformation process and transformation achievement: the energy conversion cockpit summarizes the energy conversion analysis content of big data from the overall perspective and provides a navigation function, and the energy conversion cockpit includes: a transformation target completion condition, a transformation measure and an analysis report; the transformation path explains an energy transformation path in a graphic mode, and takes a consumption side transformation and a supply side transformation as a main line, and is assisted with technology upgrading and system transformation to promote regional cooperative development so as to achieve the transformation target; the transformation process comprises a consumption revolution, a supply revolution, a technical revolution, a body revolution and regional cooperation; the transformation effect is based on data such as energy related indexes, energy structures and related economic energy consumption, the current situation of energy transformation is analyzed, the environmental impact and energy self-sufficiency brought by energy utilization structures and unit output values are mastered, the energy transformation effect is comprehensively mastered by related departments, and reasonable suggestions are provided for adjustment decisions of transformation problems.
Through the introduction of big data technology and the construction of the energy data center and the analysis scene of the Yangquan region, the transformation conditions of various types of energy of the Yangquan are comprehensively analyzed from the aspects of consumption revolution, supply revolution, technical revolution, system revolution, region cooperation and the like, the transformation process of the energy of the Yangquan city is reflected, and powerful support is provided for energy transformation decision.
Through the deep fusion of advanced technologies such as artificial intelligence, big data, Internet of things and information communication, the former rough management mode is changed, the difficulties that data acquisition is difficult, acquisition time is long, analysis dimensionality is single, and scientific prediction cannot be carried out on the prospect are solved, accurate and scientific data basis and prediction are provided for government management departments, and energy transformation development is promoted.
The transformation target completion condition comprises a total control completion condition, a control intensity completion condition, a non-fossil energy ratio completion condition and a hydropower, wind power, photovoltaic, coal bed gas and biomass power generation target completion condition;
obtaining the monthly control total amount according to the control total amount completion condition through a target decomposition model, and comparing the difference between the actual control total amount condition of the Yangquan city and the target value;
acquiring monthly control intensity according to the control intensity completion condition through a target decomposition model, and comparing the difference between the actual control intensity and a target value;
acquiring a monthly non-fossil energy ratio completion target value according to the non-fossil energy ratio completion condition through a target decomposition model, and comparing the difference between the actual non-fossil energy ratio of the Yangquan city and the target value;
the target completion conditions of hydropower, wind power, photovoltaic, coal bed gas and biomass power generation are compared with the difference between the actual completion conditions of the Yangquan city and the target values by acquiring the monthly hydropower, wind power, photovoltaic, coal bed gas and biomass power generation ratio through a target decomposition model.
The transformation measures enumerate various transformation measures and measures implementation effects implemented in the transformation process, and the corresponding transformation measure names can be clicked to jump to corresponding pages to view detailed analysis contents.
The analysis report provides the functions of online reading, inquiring and exporting of the analysis report through the system, and the analysis report is issued monthly.
The consumption side transformation is a consumption revolution, the supply side transformation is a supply revolution, the auxiliary technology upgrade is a technical revolution, and the system revolution is a system revolution.
The consumption revolution comprises urban and rural electrification development, energy consumption total amount analysis, energy consumption structure analysis and energy conservation and emission reduction analysis;
the consumption revolution mainly refers to the implementation direction of the national energy consumption revolution strategy, firmly controls the total energy consumption amount, simultaneously promotes the adjustment of an industrial structure and an energy consumption structure, effectively implements an energy-saving priority policy, comprehensively promotes the urban and rural high-quality energy utilization level, assists the government to grasp the transformation effect of the Yangquan city consumption revolution, directionally adjusts the transformation path of the consumption revolution, and accelerates the formation of an energy-saving city.
The urban and rural electrification development comprises a coal-to-electricity and coal-to-gas reformation household number, a three-supply-one-industry reformation process, a power distribution network and power access facility, a coal-to-electricity and gas-to-household number change, a household electrical utilization rate and an electric quantity use condition.
Coal-to-electricity and coal-to-gas reforming house number:
analyzing the change conditions of coal-to-electricity and coal-to-gas number in the energy transformation process of the Yangquan city;
the transformation process of 'three supply and one industry':
analyzing the transformation effect of 'three supply and one industry', displaying the number of transformed households and saving funds;
distribution network and electric power access facility:
analyzing the power distribution network and the power intervention facility, and displaying the number of the modified lines and the capital investment;
change of coal-to-electricity number of subscribers:
analyzing the process of changing urban and rural coal into electricity;
change of coal-to-gas number of households:
analyzing the process of changing urban and rural coal into gas;
household electrical usage rate:
analyzing the access degree of the electrification facilities of the urban and rural residents according to the utilization rate of the household appliances of the urban and rural residents;
the electricity usage condition is as follows:
and analyzing the electricity use change condition of urban and rural residents.
The total energy consumption analysis comprises an energy consumption structure, the current energy consumption state, an energy increment trend, low-utility energy industries and enterprise elimination conditions, the total energy consumption is mastered, and coal and petroleum consumption is controlled in a key way; analyzing an energy consumption structure, encouraging renewable energy consumption, and realizing that energy increment mainly depends on clean energy; poor low-efficiency energy is eliminated, and energy conservation is maintained;
and the energy consumption characteristics of the Yangquan city are analyzed, and a reasonable suggestion is provided for controlling the total consumption by government departments.
Energy consumption structure:
drawing an energy consumption pie chart according to each energy consumption condition of the Yangquan city, and analyzing the current energy consumption structure of the Yangquan city;
energy consumption status:
analyzing the change situation of the total energy consumption in the energy transformation process according to year and month dimensions, and performing key control on the total coal consumption and the total petroleum consumption;
energy increment trend:
analyzing the energy increment change trend in the energy transformation process according to year and month dimensions, and respectively analyzing and comparing a non-fossil energy increment structure and a fossil energy increment structure so as to monitor the energy types mainly consumed by energy increment;
low-utility energy industry and enterprise elimination condition:
and analyzing the quantity of low-efficiency energy utilization enterprises and low-efficiency energy utilization industries eliminated in the transformation process according to year and month dimensions so as to achieve the purpose of saving energy.
The energy consumption structure analysis comprises an energy consumption structure, an industrial consumption structure, an industrial GDP structure, a coal consumption condition, a petroleum consumption condition, a GDP proportion trend of high-energy-consumption enterprises and a GDP proportion trend of a third industry, and the energy consumption structure change and the industrial structure change in the energy transformation process are analyzed, so that mutual driving and mutual driving of industrial structure adjustment and energy structure optimization are promoted.
From the aspect of promoting industrial transformation and upgrading by an energy consumption structure, the energy consumption of coal, petroleum and other stone is mainly limited, so that the energy consumption of coal and petroleum is clean, and the boosting industrial structure is developed to be clean and low-carbon;
from the aspect of adjusting an industrial structure and promoting optimization of an energy consumption structure, the proportion of service industry is improved mainly by limiting the development of high-energy-consumption enterprises, the development of an industrial system to low carbonization and cleanness is promoted, and the green and efficient development of the energy consumption structure is realized.
Energy consumption structure:
analyzing the structural change condition of the energy consumption of the Yangquan city in the transformation process according to year and month dimensions, and analyzing whether the consumption proportion of fossil energy in the transformation process is in a descending trend or not by comparing the consumption conditions of coal, oil, gas, water and other energy;
the industrial structure is as follows:
analyzing the structural change condition of the GDP of the Yangquan market industry in the transformation process according to year and month dimensions, and analyzing whether the specific gravity of the third industry is in an ascending trend or not by comparing the GDP ratios of the first industry, the second industry and the third industry;
industry consumption architecture:
analyzing the change of the energy consumption ratio of each industry in the transformation process according to year and month dimensions;
industry GDP structure:
analyzing the GDP proportion change condition of each industry in the transformation process according to year and month dimensions;
coal consumption situation:
analyzing whether the coal consumption structure is optimized or not by comparing the coal consumption structures before and after transformation;
oil consumption situation:
analyzing whether the petroleum consumption structure is optimized or not by comparing the petroleum consumption structures before and after transformation;
GDP ratio of high energy consuming enterprises:
analyzing the GDP change situation of the whole city and the GDP proportion situation of the high-energy-consumption enterprises in year and month dimensions after transformation;
GDP specific gravity trend in third industry:
and analyzing whether the specific gravity of the third industry GDP in the whole market after transformation is in an ascending trend or not and whether the specific gravity of the third industry consuming clean energy is increased or not in year and month dimensions.
Energy conservation and emission reduction analysis deeply advances energy conservation and emission reduction work according to the state, three industries of industry, building and green traffic are taken as energy conservation and emission reduction key fields, energy utilization efficiency is improved, a pollutant and carbon emission control system is promoted to be perfected as key tasks, and the energy conservation and emission reduction effect of the Yangquan city is analyzed:
firstly, analyzing energy-saving emission-reduction effects and energy-saving emission-reduction paths of three major industries respectively to obtain the energy-saving emission-reduction propulsion conditions of all industries;
and then the conditions of reducing carbon emission and energy consumption in the positive spring market reformation process are comprehensively observed, the government is promoted to perfect energy-saving and emission-reducing system measures, and the emission-reducing mode is adjusted.
Industrial energy consumption and emission conditions:
displaying the energy consumption and emission conditions of the Yangquan market industry, and grasping the industrial key monitoring industry by analyzing the GDP contribution rate of each industry;
energy efficiency discharge diagram of steel industry:
performing trend analysis on the energy consumption condition and the carbon dioxide emission of the steel industry in the rotary process according to year and month dimensions, and monitoring the execution condition of energy conservation and consumption reduction;
energy efficiency discharge diagram of building material industry:
performing trend classification on the energy consumption condition and the carbon dioxide emission of the building material industry in the transformation process according to year and month dimensions, and monitoring the execution condition of energy conservation and consumption reduction;
energy consumption and emission diagram of construction industry:
performing trend analysis on the energy consumption condition and carbon dioxide emission in the construction industry in the rotary type process according to year and month dimensions, and monitoring the execution condition of energy conservation and consumption reduction;
change of kilometers in the past year:
dividing the dimensions of years and months, and analyzing the perfection condition of public transportation in the transfer process;
green and low-carbon traffic:
showing the condition of green traffic equipment in Yangquan city;
implementing an emission reduction system and measures:
and analyzing the energy saving and emission reduction effects of the Yangquan market in year and month dimensions, and mainly analyzing from two aspects of reducing carbon emission and energy consumption.
The supply revolution comprises analysis of clean and efficient development and utilization of coal and analysis of increment demand energy utilization, and the supply side is developed and analyzed from two aspects of clean and efficient development of coal and utilization of increment demand energy based on energy supply data related to the energy supply side and responding to the large energy development direction of the national supply revolution.
Clean and efficient development, utilization and analysis of coal:
coal is a main energy source and an important industrial raw material in the Yangquan city, supports the main economic development of the Yangquan and plays an important role for a long time, so that the realization of coal supply transformation is the primary task of energy transformation in the Yangquan city;
the analysis is developed from two aspects of green production and clean utilization of coal, the new increasing capacity of the coal is strictly controlled in the coal production, the coal washing and selecting processing is enhanced, the coal washing and selecting proportion is improved, and the green production of the coal is promoted;
the efficiency of the coal-electricity unit is continuously improved in the coal utilization, the power supply coal consumption is reduced, the utilization amount of coal bed gas is increased, and the clean utilization of coal is promoted.
Analyzing the newly increased coal capacity:
analyzing the newly increased capacity of the coal in the transformation process through year and month dimensions;
coal washing rate:
analyzing the coal washing rate and the acceleration condition in the transformation process through year and month dimensions;
power supply coal consumption graph:
analyzing the power supply coal consumption and the total installed capacity through year and month dimensions;
utilization amount of coal bed gas:
and analyzing the annual utilization amount and the acceleration condition of the coal bed gas in the transformation process through year and month dimensions.
Incremental demand utilization energy analysis:
the increment demand mainly depends on clean energy, and the energy is greatly developed to increase the production supply;
the consumption condition of the clean energy is summarized by analyzing the change situation of the consumption proportion of the clean energy;
the system has the advantages that the system analyzes the biomass power generation, the wind power generation, the photovoltaic power generation, the coal bed gas utilization and the natural gas utilization respectively, assists governments to understand the development general situation of various clean energy sources, reasonably guides the clean energy consumption structure, and pushes the clean energy sources to become the energy increment main body.
The content comprises the following steps: the specific gravity of the clean energy consumption, a biomass power generation project, the installed capacity of new energy power generation, the utilization and consumption condition of new energy, the utilization condition of coal bed gas and the natural gas consumption condition.
Clean energy consumption proportion:
analyzing whether the consumption specific gravity condition of the clean energy and the consumption increment specific gravity of the clean energy are in an ascending trend in the transformation process according to the dimension of the year and the month;
and (3) biomass power generation project:
displaying the conditions of all biomass power generation projects in Yangquan city, including initial year, investment amount and progress condition;
the installed capacity of new energy power generation:
analyzing the change conditions of installed capacity of wind power generation and photovoltaic power generation in the energy transformation process according to year and month dimensions;
and (3) utilization and consumption conditions of new energy:
analyzing the change conditions of the wind abandoning rate and the light abandoning rate in the transformation process according to the dimensions of the year and the month;
utilization amount of coal bed gas:
analyzing the utilization amount and the acceleration change condition of the coal bed gas in the transformation process according to the dimension of the year and the month;
natural gas consumption changes:
and analyzing the consumption amount and the acceleration change condition of the natural gas in the transformation process according to the dimension of the year and the month.
The technical revolution is as follows:
the method is based on the analysis of the related technologies used by Yangquan energy enterprises, grasps the application and popularization conditions of the Yangquan energy technology, focuses on the differences of different industries on the application of the energy technology, provides reasonable suggestions for government departments to promote the accurate strategy of the energy technology development of the industries, and promotes the popularization work of the Yangquan regional energy technology.
The content comprises the following steps: the number of new technologies, the investment of new technologies, the occupation ratio of enterprises using new technologies, the advanced capacity technology, the number of enterprises using new technologies, the conditions of new technologies used in various industries and the change of capacity.
The total amount of new technologies, the total investment of new technologies and the proportion of new technology enterprises:
analyzing the new technical development profile of the energy in the Yangquan city through the total amount, investment and use condition;
advanced capacity production technology in Yangquan city:
displaying all new technical names used in the Yangquan city, wherein the more the number of enterprises using the technology is, the greater the technical name display effect is;
the new technology uses the number of enterprises:
displaying new technical names of the Yangquan enterprises with the number ranked in the top ten;
the new technical situation used by various industries is as follows:
displaying the industry names of the top ten of the Yangquan city with new technology quantity;
capacity variation:
and showing the change of the total capacity of the Yangquan city after the new technology is used.
The physical revolution is as follows:
based on the relevant data of the power selling of enterprises, the system revolution is seen from the aspect of power revolution, the comprehensive test point actual situation is reformed around the Yang spring commercial power system revolution, the revolution effect of the Yang spring commercial power system revolution is analyzed, and a scientific basis is provided for the relevant government departments of Yang spring to master the power revolution development situation of Yang spring.
The content comprises the following steps: self-service electricity consumption condition, power consumer enterprises, power generation enterprises, electricity selling enterprises, transaction electricity consumption, reduction of electricity consumption cost of electricity consumption users and display of related policy documents.
Self-cross electric quantity condition:
analyzing the self-bred electricity quantity change condition in the transformation process according to the dimensions of the year and the month;
the power consumption cost is reduced for power consumer enterprises, power generation enterprises, power selling enterprises, transaction electric quantity and user power consumption:
the reforming effect of the Yangquan power system is shown in an index form;
self-cross electric quantity sum:
displaying the sum of self-bred electric quantity after the positive spring electric power system reform is finished;
the electricity consumption cost of each household:
analyzing the reduction condition of the electricity consumption cost of each household in the Yangquan city;
and (3) relevant policy documents:
and (5) displaying policy documents related to the sexual revolution of the Yangquan city.
Area cooperation:
based on the energy supply condition, the energy delivery condition and the cooperation condition for the production and research in Yangquan and Jingjin Ji areas, the analysis is carried out from the aspects of coal bed gas, power supply quantity, coal delivery, technical use and the like, and the clean energy supply in Yangquan city is increased;
and data support is provided for relevant government departments to study and judge the cooperation condition of the Yangquan region and master the deviation condition of the outgoing energy.
The content comprises the following steps: coal bed gas supply in Jingjin Ji area, electric quantity supply condition in Jingjin Ji area, energy delivery amount, cooperation for production and study, and cooperation benefit for production and study.
Coal bed gas supply condition in Jingjin Ji area:
analyzing the supply amount and the acceleration change condition of the coal bed gas delivered to the Jingjin Ji area by Yangquan according to the dimensions of the year and the month;
the power supply situation in Jingjin Ji area:
analyzing the change conditions of the clean electric quantity and the total electric quantity sent to the Jingjin Ji area by the Yangquan according to the dimensions of the year and the month;
energy delivery:
analyzing the change condition of the coal delivery capacity of Yangquan city according to the dimension of the year and the month;
cooperation for obstetrical and scientific research:
showing production, study, research, use of each cooperative unit and technical name in a picture cloud form;
the production and study cooperative benefits are as follows:
and analyzing the economic profit change condition brought by the production and research cooperation of the Yangquan city.
Transformation effect:
based on data such as energy related indexes, energy structures and related economic energy consumption, the method analyzes the current situation of energy transformation of the Yang spring city, grasps the environmental impact, energy self-sufficiency and the like brought by the utilization structure and unit output value of the Yang spring energy, and provides reasonable suggestions for adjustment decisions of relevant government departments with problems in transformation.
The content comprises the following steps: the method comprises the steps of analyzing the energy efficiency of main industrial products, analyzing the energy double-control index condition of energy, the non-fossil energy proportion condition, the unit domestic production total carbon dioxide emission amount standard, the unit domestic production total energy consumption standard, the energy self-sufficiency standard and the like.
Energy double control index condition:
analyzing the completion condition of the dual-control index of the standard Yangquan city energy by controlling the total quantity condition and the control intensity of the standard Yangquan city energy and the national standard;
non-fossil energy ratio condition:
analyzing the fossil energy consumption ratio, the consumption structure, the non-fossil energy consumption ratio and the consumption structure condition of the Yangquan city after energy transformation;
the unit domestic production total carbon dioxide emission:
analyzing the change condition of the domestic total production carbon dioxide emission amount of Yangquan city units in the energy transformation process, carrying out benchmarking with the national requirements, and analyzing the emission reduction effect of Yangquan city;
the unit domestic total production energy consumption:
analyzing the total domestic production energy consumption change condition of Yangquan city units in the energy transformation process, carrying out benchmarking with the national requirements, and analyzing the energy consumption transformation effect of Yangquan city;
energy self-sufficient capacity:
the self-sufficiency rate of the energy in the Yangquan city is compared with the national requirements, and the self-sufficiency effect of the energy in the Yangquan city is analyzed;
energy efficiency of major industrial products:
according to the year and month dimension, the energy efficiency of main industrial products in Yangquan market, such as aluminum products, refractory related materials, ceramics, chemical products, cement and the like, is analyzed, and the energy efficiency is respectively aligned with the international standard, the national standard and the provincial standard.
Compared with the related art, the big data energy conversion monitoring platform provided by the invention has the following beneficial effects:
through the deep fusion of advanced technologies such as artificial intelligence, big data, Internet of things and information communication, the former rough management mode is changed, the difficulties that data acquisition is difficult, acquisition time is long, analysis dimensionality is single, and scientific prediction cannot be carried out on the prospect are solved, accurate and scientific data basis and prediction are provided for government management departments, and energy transformation development is promoted.
Example 2:
referring to fig. 5, fig. 6, fig. 7 and fig. 8, a second embodiment of the present application provides another big data energy transformation monitoring platform based on the big data energy transformation monitoring platform provided in the first embodiment of the present application. The second embodiment is only the preferred mode of the first embodiment, and the implementation of the second embodiment does not affect the implementation of the first embodiment alone.
Specifically, the difference that the big data provided by the second embodiment of this application looked at energy transformation monitoring platform lies in that the big data looked at energy transformation monitoring platform, still includes:
the big data network information monitoring platform is connected with a central auditing system, and the central auditing system is connected with a network data security management system and is used for providing traceability for big data information input by the big data network information monitoring platform, ensuring the truth and effectiveness of the data when the big data is uploaded, and avoiding the influence of false counterfeiting of the uploaded data on the development of urban and rural areas and the authenticity of energy transformation;
the network data security management system comprises an identity recognition module, an identity acquisition module and an information source tracing module;
the identity recognition module is used for ensuring that an uploader is a professional worker for uploading user information of the energy transformation data so as to ensure the real validity of the uploaded data;
the identity acquisition module is used for acquiring a human face picture when an uploader uploads data information, and provides double guarantee for the safety of uploaded information by matching with the identity recognition module;
the information tracing module can be used for surveying the uploading person information of the corresponding data and surveying the authenticity of the uploading person information when the manager who performs background management and monitoring observes and counts the data, so that the data are prevented from being forged.
The identity identification module comprises identity card information authentication, mobile phone verification code login and identity information verification;
before uploading data, identity authentication and mobile phone verification code login are required to be performed in advance, the identity authentication and the mobile phone authentication are required to ensure that the identity card information is the staff who can use the system within the identity information verification range, the mobile phone authentication can ensure that the uploader can be contacted and communicated through the information at any time, and traceability and negotiation are provided for authenticity of the data at the later stage.
The identity information verification can be used for inputting the identity card information of personnel through an input information system, the input identity card information can be logged into the input system through identity card information authentication and a mobile phone verification code, and the input identity card information has the right of uploading related data information.
The identity acquisition module comprises voice information acquisition, login face acquisition and uploading face acquisition;
the voice information collection is used as the first information collection after logging in, and information can be uploaded only by reading the indication characters corresponding to the reminding in the system.
The reading characters can be set according to actual requirements and can be used as a 'login system', and after a worker reads the 'login system' by using the Putonghua, the system automatically logs in an uploading part;
when a worker enters the uploading part, the system automatically performs face acquisition for the first time, and equipment for logging in the system during face acquisition has a camera shooting function;
the staff is at the in-process of uploading, and the face collection can upload to the staff to the system to the personnel that guarantee to log in are the same with the upload, are carried out data and are made fake by other personnel after avoiding logging in.
The information traceability module comprises an identity information storage unit, an identity information lookup unit and an identity uploading association unit and is used for managing and consulting personnel to conduct traceability and negotiation investigation on uploaded information and avoid counterfeiting of the information.
The identity information storage unit is mainly used for storing the identity information entered into the system and the identity information recorded after login in a classified manner.
The identity information look-up unit provides look-up and check of the identity of the registration information for the management layer, so that the leakage of system data caused by the input of non-working personnel is avoided, and the stability and the safety of internal data are guaranteed.
The identity uploading association unit is used for associating the uploading data with the identity information, and related data uploaded by the object once can be consulted through the identity information, so that the source tracing of the data in the later period is facilitated.
Has the advantages that:
the identity tracing is carried out on the energy transformation uploaded data, authenticity of the uploaded data is guaranteed, data counterfeiting is prevented, the data can be traced back directly in the later period, the source of a bug in the data is traced, and a worker responsible for the relevant data can be directly contacted through a background so as to directly know data of the real situation of the site instead of data of false information.
The above description is only an embodiment of the present invention, and not intended to limit the scope of the present invention, and all modifications of equivalent structures and equivalent processes, which are made by using the contents of the present specification and the accompanying drawings, or directly or indirectly applied to other related technical fields, are included in the scope of the present invention.
Claims (10)
1. The utility model provides an energy transition monitoring platform is seen to big data which characterized in that, includes big data network information monitoring platform, big data network information monitoring platform includes energy transition cockpit, transition route, transition process and transition achievement:
the energy conversion cockpit summarizes the energy conversion analysis content of big data from the overall perspective and provides a navigation function, and the energy conversion cockpit includes: a transformation target completion condition, a transformation measure and an analysis report;
the transformation path explains an energy transformation path in a graphic mode, and takes a consumption side transformation and a supply side transformation as a main line, and is assisted with technology upgrading and system transformation to promote regional cooperative development so as to achieve the transformation target;
the transformation process comprises a consumption revolution, a supply revolution, a technical revolution, a body revolution and regional cooperation;
the transformation effect is based on data such as energy related indexes, energy structures and related economic energy consumption, the current situation of energy transformation is analyzed, the environmental impact and energy self-sufficiency brought by energy utilization structures and unit output values are mastered, the energy transformation effect is comprehensively mastered by related departments, and reasonable suggestions are provided for adjustment decisions of transformation problems.
2. The big data energy conversion monitoring platform according to claim 1, the transformation target completion condition comprises a total control completion condition, a control intensity completion condition, a non-fossil energy ratio completion condition and a hydropower, wind power, photovoltaic, coal bed gas and biomass power generation target completion condition, the control total amount completion condition compares the difference between the actual control total amount condition and the target value, the control intensity completion condition compares the difference between the actual control intensity and the target value, the non-fossil energy ratio completion condition compares the difference between the actual non-fossil energy ratio and the target value, the hydropower, wind power, photovoltaic, coal bed gas, biomass power generation target completion condition compares the difference between the actual completion condition and the target value, and acquiring the monthly control total amount through a target decomposition model, and comparing the difference between the actual control total amount condition of the Yangquan city and the target value.
3. The big data energy-viewing conversion monitoring platform according to claim 2, wherein the conversion actions list various conversion actions and action implementation effects implemented in the conversion process, and clicking the corresponding conversion action name can jump to the corresponding page to view detailed analysis content.
4. The big data energy conversion monitoring platform according to claim 3, wherein the analysis report provides an analysis report online reading, query and export function through a system, and the analysis report is issued monthly.
5. The big data energy-viewing transition monitoring platform according to claim 1, wherein the consumer-side transition is a consumer revolution, the supplier-side transition is a supplier revolution, the subsidiary technology upgrade is a technology revolution, and the system revolution is a system revolution.
6. The big data energy conversion monitoring platform according to claim 1, wherein the consumption revolution comprises urban and rural electrification development, total energy consumption analysis, energy consumption structure analysis and energy saving and emission reduction analysis, the consumption revolution firmly controls total energy consumption by referring to the implementation direction of the national energy consumption revolution strategy, and meanwhile, the industrial structure and energy consumption structure adjustment are promoted, so that the energy saving priority policy is effectively implemented, the urban and rural high-quality energy utilization level is comprehensively improved, the government is assisted to grasp the conversion effect of the Yangquan city consumption revolution, the conversion path of the consumption revolution is directionally adjusted, and the formation of the energy saving city is accelerated.
7. The big data energy-viewing transformation monitoring platform according to claim 6, wherein the urban and rural electrification development comprises coal-to-electricity and coal-to-gas transformation household number, a 'three-supply-one-industry' transformation process, a power distribution network and a power access facility, coal-to-electricity and household number of users, household electrical utilization rate and electricity utilization condition, and the urban and rural electrification transformation module grasps the electrification development level through analysis of data related to coal-to-electricity, coal-to-gas, power distribution network and power facility, reduces the urban and rural electrification development level, and supports related departments to push development planning of urban and rural electrification.
8. The big data energy conversion monitoring platform according to claim 6, wherein the energy consumption total analysis comprises an energy consumption structure, an energy consumption current situation, an energy increment trend, a low-utility energy industry and enterprise elimination situation, the energy consumption total is grasped, and coal and oil consumption is controlled in a focused manner; analyzing an energy consumption structure, encouraging renewable energy consumption, and realizing that energy increment mainly depends on clean energy; the poor low-efficiency energy is eliminated, and the energy is saved.
9. The big data energy conversion monitoring platform according to claim 6, wherein the energy consumption structure analysis comprises an energy consumption structure, an industry consumption structure, an industry GDP structure, a coal consumption condition, an oil consumption condition, a GDP proportion of high energy consuming enterprises and a GDP proportion trend of a third industry, and the energy consumption structure change and the industry structure change in the energy conversion process are analyzed to promote mutual driving of industry structure adjustment and energy structure optimization.
10. The big data energy conversion monitoring platform according to claim 1, wherein the supply revolution comprises analysis of clean and efficient coal development and utilization, analysis of incremental demand energy utilization, and analysis of supply side development from both clean and efficient coal development and incremental demand energy utilization.
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