What is a digital integrated information management platform for two-oriented society?

Under the strategic background of vigorously promoting energy conservation and emission reduction, building a two-oriented society and developing information construction, with the strong support of government leaders at all levels and all walks of life, Hunan Remote Control Energy Technology Co., Ltd. actively responded to the call of the country, bravely undertook the historical mission, and closely combined with market demand. After years of painstaking research, it finally successfully developed the first "Digital Integrated Information Management Platform for Two-oriented Society" in China. The application shows that the platform is advanced and practical, and can fully meet the national requirements for refined and visual management of resources and environment. Today, I take this opportunity to report our research results to you. I hope leaders and journalists will continue to give us support, help us do our work better, and contribute to the country's economic and social development and the great rejuvenation of the nation.

Today, I intend to report to you on the following five aspects.

1, give you a brief introduction of our company;

2. Introduce the research background of two-oriented society digital integrated information management platform, and explain the significance of our work;

3. Explain our research results in detail;

4. Introduce our development plan to you and look forward to our future;

5. Give you a remote function demonstration of an online project;

Finally, welcome to our case site-Changsha Institute of Social Work for investigation and interview.

Chapter 1 Company Profile

1, development process

Hunan Remote Control Energy Technology Co., Ltd. was established in June 2006. From June 2006 to June 2008, the main members of the company have been engaged in the research, product development, sales and service of information technology such as one card. According to the needs of the country and society, the company's main business turned and began to focus on the research and development, sales and environmental protection products of the two-oriented society.

2. Company management

At present, the company has five departments: R&D Center, Engineering Department, Marketing Department, Finance Department and Administration Department. The company has formulated a scientific and meticulous management system with clear objectives, clear responsibilities and smooth processes. The company has more than 20 employees and more than 60 people involved in project construction. Our team firmly believes in the business philosophy of "honesty, innovation, self-discipline and pragmatism", and is striving to achieve * * * and promoting the leap-forward development of the enterprise.

3. Main achievements

At the beginning of 20 10, we successfully developed the first "Digital Integrated Information Management Platform for Two-oriented Society" in China, and at the same time, integrated the information of resources and environment to realize information exchange, resource sharing and unified management. It has contributed another major scientific and technological achievement to the pilot project of two-oriented society in Changsha, Zhuzhou and Xiangtan, and also provided effective technical means for the refined management of resources and environment, and provided reliable technology for the government to assess and evaluate resource conservation and environmental protection.

On this basis, we put forward the concepts of "managing energy conservation" and "managing environmental protection". Through the application of the platform and the scientific management system, resource conservation, environmental friendliness and harmony between man and nature are finally realized.

So far, the platform has been put into use in Changsha Civil Affairs College, Changsha University of Science and Technology, huaihua university and other five units, and it runs well.

At the beginning of 20 10, our company was elected as the governing unit by Hunan University Logistics Association, which shows that our work has been highly recognized by education departments and universities.

At the end of 20 10, our company passed the software enterprise certification of Hunan Economic and Information Technology Commission, indicating that our research direction has been recognized by professional institutions;

20 1 1 At the beginning of the year, our company was recommended by the Hunan Provincial Department of Education and the Hunan Provincial University Logistics Association to participate in the first national selection of outstanding enterprises in university logistics services jointly organized by the Ministry of Education and the National Association of Higher Education. In addition, there are only five universities in our province, such as Central South University and other excellent universities for logistics socialization reform. Get accurate information, the recommendation of the province has been recognized by the organization.

In scientific research, through efforts, major breakthroughs have been made in the concurrent data collection of various communication interfaces and protocols of energy metering and environmental monitoring equipment, different energy-saving supervision systems of digital two-type campus, unified platform management of environmental monitoring system, the relationship between refined energy management mode and environment-friendly campus, audit evaluation management, and the development and construction of comprehensive information management platform of digital two-type campus. Today, we have obtained 8 patents, and many research results are being declared one after another.

At the beginning of this year, our company submitted an application report for innovation fund to the Ministry of Science and Technology. Our project ranks fourth in the evaluation results of the software industry in the province, and ranks 14 among all participating projects in the province. Obviously, we have occupied a leading position in the province in industrial and technological innovation, and we will continue to maintain this advantage.

Chapter II: Background analysis.

1, social background.

The "Digital Integrated Information Management Platform for Two-oriented Society" we developed is the inevitable requirement of the state and society for the refined management of resources and environment.

It is not difficult to find that due to the lack of effective supervision by scientific means, our energy is being wantonly wasted and the environment is being wantonly destroyed, which has seriously threatened our own survival and development. Please review several sets of familiar and amazing data with me.

The first group: According to the statistics of the National Bureau of Statistics, only computers and printers in the office space waste 654.38+0.2 billion kWh in China every year, equivalent to nearly 800 million yuan; Maybe you haven't realized it yet, but in fact, these have really existed around us for a long time;

The second group: data from the National Bureau of Statistics also show that the standby energy consumption of households in China accounts for 10% of household electricity consumption, with an annual cumulative capacity of 36 billion kWh, which is more than 20 billion yuan at current prices; On average, each person spends more than 60 yuan a year. Think about it, if we save this money and donate it to people who need it more.

The third group: According to the investigation and statistics of Beijing Municipal Government, the per capita annual electricity consumption of government agencies and units in Beijing in 2004 was 9,402 kWh, equivalent to 19 times of the per capita 488 kWh of Beijing residents. One is that the state pays the bill, and the other is that it pays the bill itself. Why is the difference so big? It really deserves our deep thought.

The fourth group: According to the data of the National Energy Administration, due to the low efficiency of electric energy, the annual waste of electric energy in China is equivalent to the total power generation of 2.3 Three Gorges power stations, exceeding 80 billion yuan.

The fifth group, according to incomplete statistics, the leakage rate of urban water supply network in China has reached 20% to 30%, and the annual loss of tap water has reached 654.38+000 billion cubic meters. Maybe you overlooked a problem. The first phase of the middle route of South-to-North Water Diversion Project in China, which costs a lot, has an annual water consumption of only 9.5 billion cubic meters. Considering the weather and other factors, this figure can't actually be reached.

Group VI: According to the data released by the United Nations Environment Programme, the economic losses caused by human activities such as global warming and air pollution in 2008 have reached about 6.6 trillion US dollars, equivalent to 1 1% of the global GDP. At this rate, the loss in 2050 will more than triple that in 2008, reaching $28.6 trillion. At the same time, the investigation report warned that ignoring environmental protection countermeasures will become a major hidden danger to the world economy and human survival and development.

Group VII: The losses caused by environmental damage in China are equally huge, exceeding 260 million yuan every year, accounting for 10% of GDP. Obviously, while we are speeding up the construction, we are also causing great damage on the other side. This situation will not be allowed by everyone.

The above data show that effective measures must be taken to finely manage energy and environment in order to achieve the purpose of energy conservation and environmental protection, and the situation is imminent.

2. Policy background.

It is an inevitable requirement to develop a "two-oriented society digital integrated information management platform" to implement the national strategy.

First of all, it is an inevitable requirement to implement the National Informatization Development Strategy for 2006-2020.

The first and second strategic emphases of China's informatization development are to promote national economy informatization and implement e-government. As a scientific and technological means of refined management of resources and environment, the application of "two-oriented society digital comprehensive information management platform" will certainly promote the transformation of industries with high energy consumption, high material consumption and high pollution, and will certainly bring good economic and social benefits. At the same time, because the platform provides scientific and technological support for the government to carry out resource consumption and environmental protection audit evaluation management, it is an important part of the government affairs platform itself.

Secondly, this is an inevitable requirement for implementing the circular economy strategy.

Among the six key tasks of the national circular economy strategy, strengthening energy and resource conservation bears the brunt; The purpose of "Digital Integrated Information Management Platform for Two-oriented Society" is to save resources and be environmentally friendly.

Thirdly, it is an inevitable requirement to implement the strategy of energy conservation and emission reduction, target assessment and one-vote veto system.

In the 11th Five-Year Plan, the energy consumption per unit of GDP will be reduced by 20%, and the main pollutants will be reduced by 10%. In order to achieve this goal, governments at all levels have racked their brains and even taken some extreme measures, but the effect is still unsatisfactory. Although the energy consumption per unit GDP decreased by 19. 1%, it obviously did not fully meet the target requirements. The statistics of the first month of the Twelfth Five-Year Plan show that the national energy consumption per unit GDP has rebounded seriously, but the country has not yet come up with better countermeasures.

Nevertheless, the goals and tasks of energy conservation and consumption reduction in the Twelfth Five-Year Plan are before us:

Water consumption per unit of industrial added value should be reduced by 30%

The effective utilization coefficient of agricultural irrigation water should be increased to 0.53.

Non-fossil energy accounts for 1 1.4% of primary energy consumption.

Energy consumption per unit of GDP should be reduced by 16%.

Carbon dioxide emissions per unit GDP should be reduced by 17%.

Chemical oxygen demand and sulfur dioxide emissions decreased by 8% respectively.

The emissions of ammonia nitrogen and nitrogen oxides should be reduced by 10% respectively.

The first wave is not flat, and the second wave starts again. Our task is arduous and arduous. As an energy-saving and environment-friendly information management tool, the "Digital Integrated Information Management Platform for Two-oriented Society" will play a great role in achieving the above goals.

Finally, it is an inevitable requirement to implement the pilot reform of Changsha-Zhuzhou-Xiangtan two-oriented society.

The National Development and Reform Commission clearly pointed out in the Notice on Approving Wuhan City Circle and Changsha-Zhuzhou-Xiangtan Urban Agglomeration as National Experimental Zones for Comprehensive Reform of Resource-saving and Environment-friendly Society Construction: The experimental zones should "proceed from their own reality, comprehensively promote reforms in various fields in accordance with the requirements of a resource-saving and environment-friendly society, take the lead in making breakthroughs in key areas and key links, boldly innovate, and form institutional mechanisms conducive to saving energy resources and protecting the ecological environment as soon as possible. Accelerate the transformation of economic development mode, promote sound and rapid economic development, promote the coordination of economic and social development with population, resources and environment, and embark on a new road of industrialization and urbanization different from the traditional model, so as to promote the reform of national system and realize scientific development and social harmony. Play a demonstration and leading role. "

"Two-oriented society digital comprehensive information management platform" is the first breakthrough and bold innovation of key technologies in the field of information technology in the pilot reform of two-oriented society, and it is a useful attempt and a great contribution.

Chapter III: System introduction.

1. What you can see now is our platform design infrastructure diagram.

There are two sub-platforms under the general platform "Digital Integrated Information Management Platform for Two-oriented Society", one is the digital energy-saving supervision platform for resource-saving society and the other is the digital integrated information management platform for environment-friendly society, and there are several sub-systems under each platform.

In addition, as can be seen from this figure, an information interaction platform is also connected under the platform system, and the main function of this platform is to release alarms and related information.

2. This is the system topology diagram.

On this topological diagram, we can see at a glance the composition of our whole system, including metering terminals such as water meters, electricity meters and gas meters, various sensing devices, communication networks, software platforms for resource consumption and environmental measurement.

Due to advanced data measurement and sensing technology and rich products, our system platform can adopt the best products on the market according to the needs of users;

The communication gateway of information acquisition equipment in the network is developed by ourselves. We have developed the most powerful communication gateway in China, which can not only collect data from multiple terminals at the same time, but also collect data from metering and sensing devices with different uses and interfaces. Compared with similar products, it can save a lot of resources and reduce costs, which is also the first in China.

This is the network diagram of the system.

There are two ways of system networking: wired networking and wireless networking. Judging from the projects we have implemented, because colleges and universities have a complete internet system, in order to make full use of these free resources and avoid redundant construction, wired mode is the most widely used at present, supplemented by wireless.

4. The basis of system development.

In the early stage of platform system design and development, we made a detailed and in-depth investigation and understanding of the market and policies to ensure that the system platform meets the national policies and user needs.

The main policy bases of system design and development are as follows:

National policies and regulations of National Informatization Development Strategy 2006-2020;

Policies and regulations of the state to vigorously develop circular economy;

Policies and regulations of the state to vigorously promote the strategy of energy conservation and emission reduction;

National policies and regulations to promote the construction of two-oriented society;

National environmental protection policies and regulations;

National policies and regulations to promote the construction of two-oriented campus;

The main technical standards for system design and development are:

Standards related to electronic information industry;

Standards related to energy-saving products;

Relevant standards for energy-saving buildings;

Standards related to environmental protection products;

Change the relevant protection standards and indicators.

5. I will take the digital energy-saving supervision platform of resource-saving campus as an example to introduce the platform functions.

Intelligent power distribution and energy consumption monitoring management system

In this system, intelligent network power meter, intelligent control switch, temperature and humidity meter and other monitoring devices are installed at the main input and output side of each power distribution room. The data of these devices are collected to the background server through the multi-function communication gateway, and the power consumption of each circuit is measured and monitored, and the data is statistically analyzed in real time, so that the system can monitor the power consumption of the main circuits of each branch school and supervise the safety of power consumption.

Electric energy metering and energy-saving supervision system

The system collects the metering data of the electric meter to the data server through the multifunctional communication gateway, and monitors the energy consumption of the electric meter in real time. It organically combines the energy consumption information of the electric meter, the person in charge of electricity consumption, the responsible department and the installation location of the electric meter. Through the real-time collection and statistics of electric meter data, the energy consumption of the metering part, which is reasonable and which is unreasonable, can be obtained by intuitive graphics, and the unreasonable energy consumption phenomenon can be notified to managers or responsible persons in time by SMS or other means to urge them to deal with it quickly, so as to avoid more energy waste and finally achieve the purpose of energy saving. The specific functions are as follows:

(1), real-time viewing function. Managers or users can enter the system at any time to check the power consumption of each monitoring terminal, which is intuitive and real-time. Just like a video monitor, it can not only generate real-time data, but also store it permanently.

(2) Flexible setting function. Managers can flexibly set working days, working hours and other times according to their own schedules, which is convenient for the system to identify which electricity is for work, which is for rest, which is reasonable and which is indecent. And the flexibility of the system is increased. It provides a unified standard for electricity audit.

(3) Permanent data storage function. Data information can be permanently stored in the system, and managers can refer to it at any time without affecting the processing speed of the system.

(4) Rich report functions. The system can get various forms of reports to meet the requirements of users.

Including: floor comprehensive electricity consumption report, department comprehensive electricity consumption report, floor annual electricity consumption report, floor monthly electricity consumption report, department monthly electricity consumption report, department monthly electricity consumption report, etc. To provide an effective means for school administrators to audit and evaluate electricity consumption.

(5) Rich graphic analysis function. The system can obtain various forms of contrast diagrams, such as column diagram, pie chart, line chart and so on. From these comparison charts, users can easily find the abnormal phenomenon of electricity consumption, so as to investigate the abnormal situation of electricity consumption in time and avoid the recurrence of similar situations.

(6) Index management function. Users can allocate power consumption indicators layer by layer,

Implement index and target management for each door and post.

(7) Data supplementary recording function: At present, mechanical meters and IC card meters are still widely used by users. In order to integrate all data into the same platform for unified management, reduce redundant construction and save resources. Staff can manually output the data of these instruments together with other automatically acquired data to the system for statistical analysis.

(8) Electric balance analysis function. The system can automatically analyze the data of the master meter and the sub-meter on the line, grasp the balance between them in time, identify the imbalance in time and alert managers to deal with it in time, so as to effectively stop the occurrence of electricity leakage and stealing, and finally achieve the purpose of energy saving, emission reduction and cost reduction.

Electric energy prepayment management system

The system collects the metering data on the electric meter to the data server through the multifunctional communication gateway, and monitors the energy consumption of the electric meter and the line operation in real time. In addition to real-time viewing, data permanent storage, statistical analysis, information alarm, flexible setting, diversity report and other functions, the system also has several unique functions:

(1), prepaid function. That is, the payment function, when the balance is insufficient, the system will automatically give an alarm to inform users to purchase electricity in time, realize prepaid management and avoid overdraft.

(2) Load management function. Refers to the electricity unit can set the maximum load value and pure resistive load value of the room at will within a certain range according to the needs. You can also set different load values for different rooms in the same building as needed, and you can adjust the load values at any time as needed. Automatic identification of purely resistive loads, such as high-risk appliances such as hot, high-power drinking fountains, high-power hair dryers and electric blankets, will automatically cut off the power supply when overloaded. This function is most suitable for students' dormitory, which can improve the safety of electricity consumption, eliminate hidden dangers and ensure the safety of teachers and students' lives and property.

(3), automatic monthly charge function. According to the policy of Hunan Provincial Department of Education, each student can enjoy 5 kWh of electricity for free every month, and the system can automatically distribute electricity to each dormitory every month according to the number of students in each dormitory.

(4) Power return and room changing functions. When students change dormitories or collectively change dormitories to check out, the computer control center operates the software, returns the electricity fee or transfers the unused electricity to the new dormitory electricity meter, and the electricity management is very fine.

Environmental monitoring and split air conditioning monitoring system

The system collects the measurement data of the air-conditioning controller to the data server through the multi-function communication gateway, and monitors the air-conditioning energy consumption in real time. In addition to real-time viewing, data permanent storage, statistical analysis, information alarm, flexible settings, diversified reports and other functions. The biggest highlight of the system is that the result of temperature measurement is taken as the key basis to analyze the energy consumption of air conditioning, and whether the energy consumption of air conditioning is reasonable can be analyzed according to the temperature change, so as to effectively supervise the use of split air conditioning, and finally achieve the purpose of saving resources, reducing emissions and reducing costs.

Intelligent lighting control management system

The system collects the data of the controller of street lighting equipment to the data server through the multifunctional communication gateway, and monitors its energy consumption in real time. It unifies and automatically manages all kinds of lighting. In addition to real-time viewing, data permanent storage, statistical analysis, information alarm, flexible setting, diversity report and other functions, the biggest highlight of the system is to automatically control the lighting system on or off according to visibility, thus improving the utilization efficiency of electric energy and achieving the purpose of energy saving.

Monitoring and management system of water supply network

The system collects the metering data on the water meter to the data server through the multifunctional communication gateway, and monitors the water consumption of the water meter in real time. The system, like the power metering and power saving supervision system, not only has the functions of real-time viewing, permanent data storage, statistical analysis, information alarm, flexible setting and diversified reports, but also can automatically analyze the power supply balance, find the leakage caused by pipeline damage in time, facilitate managers to deal with it in time and reduce unnecessary waste.

Energy data filling and batch import system

By registering, summarizing and filling in the energy data of the non-real-time monitoring area, the system inputs the energy consumption information of this area into the system. In addition to the functions of data permanent storage, statistical analysis and diversity statistical analysis report, the biggest highlight of the system is that it can manually fill in energy consumption data that are not included in the automatic monitoring of the platform or import them into the system in batches, and organically combine them with the energy data in the monitoring area for unified management and evaluation.

Energy audit and evaluation management system

The system is developed according to the evaluation system of resource-saving campus formulated by the Ministry of Housing and Urban-Rural Development and the Ministry of Education. Its main function is to provide an efficient and scientific means for government evaluation authorities and users to conduct self-evaluation.

The audit contents include power distribution audit, electricity consumption type audit, electricity consumption nature audit, water consumption audit, air conditioning audit and regional lighting audit.

The contents of the instrument can be digitized and indexed.

The system can automatically generate the energy consumption index of the next year according to the energy consumption situation of the previous year.

The system can compare the contents of the audit with the indicators, so as to get the evaluation results.

As the competent department, with this system, the resource evaluation work becomes very simple, easy and efficient;

As users, they can find their own shortcomings from the self-evaluation results, provide decision support for school administrators, and finally realize the consistency between school energy use and government requirements.

In addition to the energy-saving supervision platform system, the subsystems of the environmental protection platform system, such as GIS three-dimensional map system, online property restoration system and environmental monitoring management system, are being individually designed and developed according to customer needs and will be put into use soon.

6. Case introduction

At present, the "energy-saving supervision platform" in the sub-platform of the "two-oriented society digital comprehensive information management platform" independently developed by our company has been put into use in Changsha Institute of Social Work, Changsha University of Science and Technology, Huaihua University, Hunan Judicial Police College, Changsha Health School and other units.

Among them, Changsha Institute of Social Work has opened subsystems such as electric energy metering and energy-saving supervision system, electric energy prepayment management system, environmental monitoring and split air conditioning management system, energy data reporting management system, and energy audit and evaluation management system. The total electricity consumption of all buildings in the school was measured, and all student dormitories, family areas and commercial stores realized household metering, prepaid electricity and energy-saving supervision. Nearly5,000 electric energy metering monitoring points have been installed. It is worth mentioning that, based on the application of the platform, the school is fully implementing energy use index management. According to the current implementation, it is estimated that the school can reduce the electricity expenditure by more than 20% throughout the year.

The first-phase project of Changsha University of Science and Technology has opened an electric energy metering and energy-saving supervision system, an energy data reporting and batch import management system, and an energy audit and evaluation management system. All buildings in Yuntang Campus have achieved total electricity consumption measurement and energy-saving monitoring, and some have achieved household measurement and monitoring.

Huaihua university has opened subsystems such as electric energy metering and energy-saving supervision system, electric energy prepayment management system, environmental monitoring and split air conditioning management system, water supply network monitoring management system, energy data reporting management system, and energy audit and evaluation management system. The total electricity consumption measurement and energy conservation supervision of all buildings in the school have been realized (some of them have been measured to households), and the measurement and real-time monitoring of the main water supply network in the school have been realized, which can realize real-time water balance analysis and timely discover various phenomena of "running", "running", "dripping" and "leaking".

Hunan Judicial Police College and Changsha Health School also have good applications in the platform system.

7. Expand the potential

Although our platform system is mainly used in colleges and universities at present, in the initial stage of development and design, the application of institutions, enterprises, hospitals, parks, towns, communities, buildings, families and other places has been fully considered, and personalized design can also be carried out according to customer needs.

For example, in the application of government agencies, we include the refined management of buses. Through the system query, the vehicle's purchase year, department, brand and purchase price, fuel consumption, mileage, average fuel consumption, driving position and other vehicle profiles can be seen at a glance, so that managers can easily and conveniently grasp the various conditions of vehicle operation;

For example, in hospital applications, we include the disposal of medical consumables and other wastes, the operation of medical equipment, the monitoring of air quality such as germs, which not only saves money, but also pays more attention to environmental protection.

For example, in the application of the park, the energy consumption, waste residue treatment, wastewater discharge and noise pollution of all enterprises can be brought into the same platform for real-time monitoring and management, so as to be fully controlled;

For example, in community applications, street lamp control, greening monitoring, vehicle parking, environmental monitoring and online property maintenance will become simple and easy, providing the most effective and scientific means for evaluating and improving residents' living environment.

……

In short, in terms of resources and environment, as long as it is a digital object, we can provide refined management solutions almost anytime and anywhere, which will have a revolutionary impact on the management of resources and environment in the whole society.