CN111277614A - Industrial energy management system based on cloud data - Google Patents
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Abstract
The invention discloses an industrial energy management system based on cloud data, which comprises a user terminal, an energy management platform, a cloud data platform, a data forwarding terminal and an industrial energy data source, wherein the user terminal, the energy management platform, the cloud data platform, the data forwarding terminal and the industrial energy data source are sequentially in communication connection to realize data transmission. The invention can manage a plurality of industrial energy projects, thereby solving the problem of repeated investment of industrial energy project management software; by the characteristics of fast access speed of the cloud intranet address, the problem of network interconnection in south and north and overseas and domestic interconnection is solved; the data standard is unified, the traditional single-dimensional data analysis is broken through, and the industrial energy management level is promoted in all aspects and at multiple angles; by the system, a novel service mode which is guided by experts and specially-assigned persons to operate can be established.
Description
Technical Field
The invention relates to the technical field of management systems, in particular to an industrial energy management system based on cloud data.
Background
The development of industrial energy utilization technology is rapid, new-built, reconstructed and expanded industrial energy-saving projects such as spring bamboo shoots after rain, and in addition, the promotion of industrial energy utilization is greatly enhanced in business modes such as EMC, BOOT, financing lease and the like. However, the difficulty in operation management, accuracy, real-time performance and sharing of operation data are accompanied, and centralized management cannot be realized in the face of a large amount of industrial data distributed in different places. In order to meet the problem of comprehensive management caused by the increasing industrial energy utilization demand, a cloud data management system capable of realizing industrial data intercommunication and interconnection needs to be established.
Taking the existing waste heat power station as an example, the local management situation of each power station is mainly. The energy efficiency of the energy-saving power station can be counted, calculated and analyzed only through the energy consumption situation of the energy-saving power station, but a part of energy-saving management in the mode is repeated, the energy conversion rate index of one waste heat power station is tabulated, each waste heat power station repeats the work, the calculation work is repeated every day in a cycle, and the accuracy of data cannot be guaranteed due to the defect of a management mode; the real-time performance of the waste heat power station on data in busy work is influenced by the working property, for example, the filling and filling of the data are often delayed in overhaul and other work; when facing EMC owners, the sharing of data is inaccurate, often creating a divergence in profit sharing. There is much room for improvement in existing industrial energy management.
In recent years, the development demand for industrial energy utilization has increased, and the demand for energy management has increased, and the core is the final goal of low investment and high efficiency. Therefore, it is urgent to provide a centralized, standardized and multi-dimensional real-time industrial energy management system.
Disclosure of Invention
The invention aims to provide an industrial energy management system based on cloud data aiming at the technical defects in the prior art, which can realize the functions of data storage, analysis, calculation and forwarding based on a cloud technology, so that the management of industrial energy is more accurately analyzed, the operation and maintenance are assisted to improve the equipment operation rate, a higher-quality energy-saving strategy is provided, a considerable standard settlement mode is provided, and the management level of industrial energy is comprehensively improved.
The technical scheme adopted for realizing the purpose of the invention is as follows:
an industrial energy management system based on cloud data comprises a user terminal, an energy management platform, a cloud data platform, a data forwarding terminal and an industrial energy data source, wherein the user terminal, the energy management platform, the cloud data platform, the data forwarding terminal and the industrial energy data source are sequentially in communication connection to realize data transmission;
the cloud data platform receives designated industrial energy data through domestic and overseas cloud data platforms, provides storage and calculation functions, and realizes access and transmission of energy management platform data;
the data forwarding terminal is used for unifying data types of different protocols and different interfaces of industrial data, converting the data types into a TCP/IP protocol, and pointing to a cloud address through the Internet of things;
the industrial energy data source is an actual field data source for operating industrial energy and is basic data for providing analysis and guide decision of energy division calculation and operation and maintenance efficiency;
the energy management platform realizes centralized, multi-dimensional and accurate control of the actual condition of industrial energy utilization, supports expert remote consultation, calls cloud data, reversely transmits the called calculation result to the cloud data platform for updating and storing, and realizes the function of executing a command center in different places through real-time data, wherein the function comprises a decision center, an operation and maintenance management center, an operation and diagnosis center and a data analysis center;
the data analysis center realizes data visualization through multi-dimensional analysis of industrial energy utilization rate, operation rate and single equipment efficiency analysis, and provides decision-making basic data;
the operation diagnosis center has the function of judging and processing the scheme after providing data analysis;
the operation and maintenance management center calculates the daily, weekly, monthly, seasonal and annual newspapers through data checking, carries out longitudinal comparison aiming at annual budgets, carries out transverse operation and maintenance condition comparison aiming at the same type of enterprises, and achieves the purpose of improving energy utilization.
The decision center is a visual data center facing a decision layer, calculates the current cost and income in real time, and carries out comprehensive scoring on various types and different scales of industrial energy systems through a uniform scoring standard.
The cloud data platform comprises a domestic cloud data platform and a overseas cloud data platform.
The industrial energy data source comprises a production management system, an energy metering instrument and an automatic DCS \ PLC system.
The different protocols of the industrial data comprise modbus, profibus and DL/T645 protocols.
The user terminal is an application program based on windows PC, android and apple systems, and a user can interact and manage data in an authorization range through an authorization mechanism.
Compared with the prior art, the invention has the beneficial effects that:
according to the invention, the cloud platform is used for industrial energy management, and the mass data of the energy management is forwarded, stored, analyzed and calculated by using the big data and the Internet of things technology, so that the practical situation of industrial energy utilization is mastered in a centralized, multi-dimensional and standardized manner, and the energy utilization rate is comprehensively improved.
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Fig. 1 is a schematic diagram of a cloud data-based industrial energy management system according to the present invention.
Fig. 2 is a detailed structural principle diagram of the cloud data-based industrial energy management system provided by the invention.
Detailed Description
The invention is described in further detail below with reference to the figures and specific examples. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
As shown in fig. 1-2, the cloud data-based industrial energy management system of the present invention includes:
the industrial energy data source is connected with the data forwarding terminal, the data forwarding terminal is connected with the cloud data (processing) platform, and the cloud data (processing) platform is connected with the energy management platform and the energy management platform is connected with the user terminal.
The industrial energy data source comprises an industrial DCS and a PLC automatic system; an energy metering instrument; and (4) production management of actual operation parameters of ERP and MIS systems. The industrial energy data source is an actual field data source for industrial energy operation, is mainly generated by a production management system, an energy metering instrument and an automatic DCS \ PLC system, and is basic data for providing analysis and guidance decision of energy division calculation and operation and maintenance efficiency.
The data forwarding terminal converts actual operation parameters in industrial energy into a TCP \ IP protocol in a protocol conversion mode, and points to a cloud data (processing) platform through the Internet of things. The data forwarding terminal is used for unifying data types of different protocols and different interfaces of industrial data, wherein the data types include but not only modbus, profibus and DL/T645 protocols, converted into TCP/IP protocols and pointing to cloud addresses through the Internet of things.
The cloud data (processing) platform comprises domestic and overseas cloud platforms, and realizes the functions of data storage, calculation and final data calling. The cloud data (processing platform, through domestic and overseas cloud data platforms, receives appointed industrial energy data, provides storage and calculation functions, and realizes access and transmission of energy management platform data.
The energy management platform provides three-dimensional management functions of an execution layer, a management layer and a decision layer, realizes centralized, multi-dimensional and accurate control of the actual utilization condition of industrial energy through a data analysis center, an operation diagnosis center, an execution command center, an operation and maintenance management center and a decision center, and supports expert remote consultation.
The energy management platform is the core of the system, cloud data is called, and the called computing result is reversely transmitted to the cloud data platform to be updated and stored. The energy management platform realizes the function of executing the command center in different places through real-time data; the data analysis center is used for realizing data visualization through multi-dimensional analysis of industrial energy utilization rate, operation rate and single equipment efficiency analysis and providing decision-making basic data; the operation diagnosis center has the function of judging and processing the scheme after providing data analysis; the operation and maintenance management center calculates the daily, weekly, monthly, seasonal and annual statements through the data kernels, longitudinally compares annual budgets, and transversely compares operation and maintenance conditions of enterprises of the same type, so that the actual effect of improving energy utilization is achieved. The decision center is a visual data center facing a decision layer, calculates the current cost and income in real time, and carries out comprehensive scoring on various types and different scales of industrial energy systems through a uniform scoring standard.
The user terminal is an application program based on windows PC, android and apple systems, and a user can interact and manage data in an authorization range through an authorization mechanism.
In summary, the energy management system based on the cloud data provided by the invention comprises the cloud service platform, so that the cloud platform is used for forwarding, storing, analyzing and calculating a large amount of data for energy management by using big data and internet of things technology during industrial energy management, thereby realizing centralized, multi-dimensional and standardized grasping of the actual condition of industrial energy utilization and comprehensively improving the energy utilization rate.
According to the invention, a set of industrial energy management system based on cloud data is established, so that a plurality of industrial energy projects can be managed, and the problem of repeated investment of industrial energy project management software is solved; by the characteristics of fast access speed of the cloud intranet address, the problem of network interconnection in south and north and overseas and domestic interconnection is solved; the data standard is unified, the traditional single-dimensional data analysis is broken through, and the industrial energy management level is promoted in all aspects and at multiple angles; by the system, a novel service mode which is guided by experts and specially-assigned persons to operate can be established.
The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, various modifications and decorations can be made without departing from the principle of the present invention, and these modifications and decorations should also be regarded as the protection scope of the present invention.
Claims (5)
1. The industrial energy management system based on the cloud data is characterized by comprising a user terminal, an energy management platform, a cloud data platform, a data forwarding terminal and an industrial energy data source, wherein the user terminal, the energy management platform, the cloud data platform, the data forwarding terminal and the industrial energy data source are sequentially in communication connection to realize data transmission;
the cloud data platform receives designated industrial energy data through domestic and overseas cloud data platforms, provides storage and calculation functions, and realizes access and transmission of energy management platform data;
the data forwarding terminal is used for unifying data types of different protocols and different interfaces of industrial data, converting the data types into a TCP/IP protocol, and pointing to a cloud address through the Internet of things;
the industrial energy data source is an actual field data source for operating industrial energy and is basic data for providing analysis and guide decision of energy division calculation and operation and maintenance efficiency;
the energy management platform realizes centralized, multi-dimensional and accurate control of the actual condition of industrial energy utilization, supports expert remote consultation, calls cloud data, reversely transmits the called calculation result to the cloud data platform for updating and storing, and realizes the function of executing a command center in different places through real-time data, wherein the function comprises a decision center, an operation and maintenance management center, an operation and diagnosis center and a data analysis center;
the data analysis center realizes data visualization through multi-dimensional analysis of industrial energy utilization rate, operation rate and single equipment efficiency analysis, and provides decision-making basic data;
the operation diagnosis center has the function of judging and processing the scheme after providing data analysis;
the operation and maintenance management center calculates the daily, weekly, monthly, seasonal and annual newspapers through data checking, longitudinally compares annual budgets, and transversely compares operation and maintenance conditions of similar enterprises, so that the energy utilization is improved.
The decision center is a visual data center facing a decision layer, calculates the current cost and income in real time, and carries out comprehensive scoring on various types and different scales of industrial energy systems through a uniform scoring standard.
2. The cloud data-based industrial energy management system of claim 1, wherein the cloud data platforms comprise domestic cloud data platforms and overseas cloud data platforms.
3. The cloud data-based industrial energy management system of claim 1, wherein the source of industrial energy data comprises a production management system, an energy metering instrument, an automated DCS \ PLC system.
4. The cloud data-based industrial energy management system of claim 1, wherein said industrial data distinct protocols comprise modbus, profibus, DL/T645 protocols.
5. The cloud data based industrial energy management system of claim 1, wherein the user terminal is a windows PC, android, apple system based application, and the user can interact with and manage data in an authorized scope through an authorization mechanism.
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| CN201811473805.2A CN111277614A (en) | 2018-12-04 | 2018-12-04 | Industrial energy management system based on cloud data |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN113377840A (en) * | 2021-06-21 | 2021-09-10 | 国网宁夏电力有限公司电力科学研究院 | Energy data management method and system |
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