Composition of energy consumption management system

The system adopts advanced technologies such as Internet of Things, cloud computing, fine measurement and digital sensing. , and can collect various energy consumption data such as water, electricity, oil and gas in real time, dynamically analyze energy consumption, assist in formulating and continuously optimizing energy-saving schemes, intelligently control the optimal operation state of energy-consuming equipment, and calculate energy consumption in real time and accurately. It has the functions of online measurement, monitoring, analysis, control and management. It provides scientific and effective real-time control means for energy users to implement quota control, formulate energy-saving measures, improve energy-saving efficiency and verify energy-saving benefits, and is an indispensable and important guarantee for refined, intelligent and modern energy-saving emission reduction management.

The system consists of front-end equipment, transmission network, data center and management platform. It includes several subsystems such as power management, water management, heating management, gas management, property management, maintenance management, street lamp management, vehicle management and environmental management. Other application subsystems can be expanded according to the needs of users, and can complete energy consumption monitoring, energy consumption auditing, information disclosure, energy consumption settlement, auxiliary systems, data reporting and information.

According to the provisions of the Energy Conservation Law of People's Republic of China (PRC), energy users should strengthen energy measurement management, establish energy consumption statistics and energy utilization analysis system, and carry out classified measurement and statistics on various energy consumption. However, the current extensive management methods and low-level technical means can not effectively guide the work of energy conservation and emission reduction, resulting in many problems such as incomplete energy consumption data, high energy consumption management cost, lack of energy consumption evaluation mechanism, and ineffective implementation of energy-saving schemes. Therefore, Hunan Honglong Science and Technology Development Co., Ltd. has developed an energy consumption measurement and control system based on the Internet of Things-HNE200, which effectively solves the key problems of energy saving and emission reduction such as fine measurement, intelligent processing, dynamic analysis and real-time evaluation, and provides intuitive and accurate measurement accounting and dynamic control means for energy users to implement contract energy management, realize technical energy saving and manage energy saving, which is conducive to establishing a scientific and systematic analysis method for energy saving and emission reduction. Improve the evaluation index and system of energy conservation and emission reduction, realize the virtuous circle of "perception-control-re-perception-control", deeply tap the energy-saving potential, continuously optimize the energy-saving scheme, continuously improve the energy-saving benefit and fully realize the energy-saving goal.