Principles, Features and Advantages of Smart Heating
Smart heating is a new type of heating network that closely integrates the physical system of the traditional heating network with the business information system. An important part of a smart city.
Smart heating mainly refers to the development of information infrastructure, the use of big data, artificial intelligence, cloud computing, the "Internet" and other technologies, through the collection and analysis of heating-related data, the heat source, heating network, and the end of each heating link. Carry out intelligent regulation, so as to further realize the configuration optimization of heat network resources and improve the ability of heat network transmission.
For example, for the operation of the heating pipe network, it is necessary to conduct daily inspection and maintenance of the pipe network, and also need to regulate and control the heat exchange stations between the pipe networks. In the past, the method of pipeline maintenance was manual inspection, which could easily lead to the omission of problems and lead to the outbreak of hidden dangers in the future. And if the heat exchange allocation of the heat exchange station is not uniform, it will also cause the heating temperature of the district to be too high or the heating temperature to below.
As residents' requirements for living comfort continue to increase, on-demand heating and precise heating have become a new direction. At present, the form of household metering has appeared in some areas, and residents can choose the indoor temperature through the meter according to their needs.
With the development of smart heating, residents can use smart meters not only to adjust the indoor temperature in real-time, but also to adjust the indoor temperature in advance by presetting the temperature, which greatly improves the happiness index of residents' life.
The energy interconnection and service interconnection of the city-level heating pipe network is a major trend. It is the only way for the healthy development of the industry to demonstrate the ability of heating enterprises to manage and utilize energy through big data, and to accept the supervision of the government and heat users.
The purpose of smart heating is to use automatic control such as big data and cloud computing to complete the all-around operation and control of heating and cooling under the premise of ensuring the safe operation of heating equipment, so as to maximize energy conservation and environmental protection.
Therefore, the intelligent heating system has the characteristics of being monitorable, adjustable, measurable, and predictable, and can realize the green, safe, economical, and efficient operation of the system.
Specifically, intelligent heating mainly includes intelligent scheduling, intelligent regulation, intelligent control, intelligent diagnosis, intelligent maintenance, intelligent management, and intelligent services.
Intelligent scheduling: The system can automatically analyze the thermal load characteristics of each building, accurately predict the thermal load, and then, according to the selected appropriate operation scheduling mode, the scheduling scheme of heat source, heating pipe network, heating station and the heating user is adjusted.
Intelligent adjustment: heat users can control the room temperature according to their own needs.
Intelligent diagnosis: Through the collection and analysis of heating data, it can diagnose abnormal conditions in time and give relevant reminders.
Intelligent maintenance: Through the use of geographic information system technology and intelligent processing algorithms, intelligent scheduling, path planning, service quality, and assessment analysis are carried out for inspection, repair, maintenance, and other production and maintenance activities.
From the perspective of the development trend of heating, the city-level heating network can ensure the safety of city-level heating and the efficient use of energy to the greatest extent through interconnection. It is foreseeable that the city-level heat network will become larger and more complex, various heat sources such as renewable energy will be integrated into it, and users' expectations for on-demand heat supply are also increasing. Safety and efficiency, and at the same time take into account the individual heat demand of customers, it is difficult to achieve only by experience control, whether it is effect or efficiency. It must be through the integration of informatization and industrialization, and through the analysis and simulation of the entire heat network data, to predict possible safety hazards and the pros and cons of different control schemes. Assist regulators in decision-making and feedback regulation results in real-time. Compared with the original prediction, find the reasons for the gap and continue to optimize, and finally realize the optimal scheduling plan for the entire heat network regulation under the premise of safety. This process is the self-organization, self-checking, self-balancing, and self-optimization of the heat network under the integration of the two.
Our company is mainly to provide and solve smart wireless monitoring and control solutions with lower cost, high technology, and stable communication channel. Our management team has been in this business industry for over 20 years. If you are interested in our smart IoT based energy management system, electric energy charging pile system, etc. Please feel free to contact us.
