Integrated energy management system
1. Industry pain points
- Heavy equipment energy conservation, light management energy conservation
- Manual patrol inspection is mainly used, and there is a monitoring blind area
- Manual adjustment is the main factor, and the automation level is not high
- Heavy operation, light technology, information lag
- Single energy structure and high energy cost
- Multiple monitoring platforms are independent of each other, and the accident recall is not synchronized
- Historical energy consumption data is not easy to query, and the data value needs to be developed
- Improve reliability through design margin without equipment life cycle management
- The work of operation and maintenance personnel is not saturated, and the fault handling experience is relatively insufficient
2. Product introduction
With the proposal of "3060" policy, energy conservation and emission reduction have attracted much attention in the industry. InBev Electric is committed to building smart space solutions. The scheme is a building environment that coordinates people, buildings and the environment, provides a safe, efficient, convenient and sustainable development function through 5g, edge computing, video recognition and other technologies, and links various systems through artificial intelligence to enable it to have self-learning ability, and finally forms a green running life body with intelligent perception ability. The system is preliminarily planned to be divided into eight parts: power monitoring system, power demand control system, warm air conditioning monitoring system, elevator intelligent monitoring system, lighting energy consumption management system, intelligent security monitoring system, fire fighting and water supply and drainage monitoring system. The system breaks the barriers between the separate monitoring units of traditional buildings and can realize linkage, and the location, image and The environment and energy consumption are uniformly pushed to the monitoring interface, which is convenient for the operation and maintenance personnel to confirm and restore the fault. At the same time, it can also combine BIM (building information modeling) and digital twin technology to realize remote inspection and improve the work efficiency of the operation and maintenance personnel.
At the same time, this scheme applies the concept of multi energy complementarity to architectural design, organically combines electric energy, natural gas, solar energy, wind energy, air energy, soil energy and energy storage with cooling, heating and power supply, and follows the energy consumption sequence of free energy (solar energy, wind energy, air energy, etc.) → economic energy (natural gas, electric energy storage, water energy storage, etc.) → conventional energy (electric energy), Based on the big data analysis, the energy router can predict the energy consumption of users. Combined with the meteorological prediction information near the building, the energy router will allocate the reserve capacity of various energy sources in a lower cost combination; In the actual use process, through the real-time feedback information of various sensors placed in the building, the energy strategy is automatically adjusted, and the accuracy of energy consumption prediction is continuously optimized through machine self-learning algorithm, so as to effectively reduce building energy consumption while improving building comfort.
3. Product features
1) Multidimensional data analysis
Intelligent data collection is carried out in real time through a variety of energy metering instruments, so as to realize multi-dimensional traceability analysis of data horizontally and vertically, and trace the source of energy management and abnormal energy consumption.
2) Targeted monitoring of energy consumption equipment
Provide differentiated analysis methods for key energy consuming equipment, carry out targeted energy consumption optimization, and help enterprises solve energy consumption problems with focus, speed and efficiency, so as to achieve the purpose of energy conservation and emission reduction.
3) Mobile application
By viewing the daily energy consumption report and event warning pushed by the mobile terminal, the manager can timely solve the potential safety problems such as abnormal common energy and avoid accidents.
4) Unified platform management
All data are managed using a unified platform to avoid data crossing and island generation.
5) Efficient compatibility
It can quickly connect with the systems of other manufacturers to achieve efficient compatibility.