waterworks

Date：2024-12-05 15:15:57  Hits：261  Belong to：waterworks

Shengda Electrical's smart water system is based on the existing water management system, adding intelligent technology to achieve comprehensive control and monitoring of water resources, equipment operation, etc.,
and realize informatization, automatic and intelligent water management. In order to realize the smart water system, the centralized power distribution system and the power monitoring system also play an important role.
 
Ⅰ. Application of centralized power distribution system in smart water system
In the smart water system, the application of centralized power distribution system is mainly reflected in power control and management. The centralized power distribution system realizes the power supply management of water equipment such as water pumps, boosters, and air conditioners through centralized control and monitoring of electrical equipment such as distribution cabinets and control cabinets.
 
1. Application of distribution cabinet
The distribution cabinet is an important part of the centralized power distribution system, which is mainly used for power distribution and control. In the smart water system, the distribution cabinet will monitor data such as power consumption, voltage and current in real time, and realize comprehensive tracking and analysis of power usage through the centralized monitoring center of the water system, which is good for making a more reasonable power consumption plan.
 
2. Application of control cabinets
The control cabinet is the core of the centralized control system. It is responsible for intelligent management of the start, stop, speed regulation, flow control and other functions of water supply equipment. In the smart water system, the control cabinet has the functions of controlling the start and stop of equipment according to energy-saving requirements, timed start and stop, and intelligent control. For example, during the period of low electricity prices at night, the control cabinet can intelligently control the water pump to stop working to reduce redundant loads at night, thereby saving electricity and reducing operating costs.
 
Ⅱ. Application of power monitoring system in smart water system
 
The power monitoring system is an important method for smart water system to achieve energy conservation and emission reduction and optimize power management. By connecting all water power equipment and integrating various monitoring parameters, it can realize real-time monitoring and data transmission of power equipment. The application of power monitoring system is mainly reflected in the intelligent monitoring and data transmission of electrical equipment such as distribution cabinets and control cabinets, as well as the intelligent analysis and prediction of the performance and quality of power equipment.
 
1. Application of distribution cabinet
The real-time monitoring and data transmission function of the power monitoring system transmits various data of the distribution cabinet to the central computer monitoring system, which is convenient for operators to remotely monitor and process in real time. At the same time, it can accurately judge the operating status of substation equipment, prevent power equipment failure, ensure power supply quality, and ensure stable and safe operation of water system.
 
2. Application of control cabinet
The power monitoring system realizes real-time monitoring of multiple parameters of the control cabinet by connecting with the control cabinet. By analyzing data such as flow, temperature, voltage, and current, it helps to achieve optimization goals such as maintaining stable operation of the control cabinet, improving equipment efficiency, and extending equipment life. While achieving a high level of system performance, the goal of water and electricity energy conservation was achieved, further reducing energy costs and saving operating costs for the operation of the water system.
 
Ⅲ. Power management strategy for smart water system
 
1. Optimize the management of power facilities based on data analysis. The various parameters monitored by the power monitoring system can provide early warning information. Through data analysis, the design and management of power facilities can be optimized, and the power efficiency and energy saving and emission reduction effects can be improved.
 
2. Centralize power control based on automatic control technology. The centralized power distribution system and power monitoring system can help operators centrally monitor the control cabinet and distribution cabinet, realize intelligent control of water equipment, and thus save electricity costs.
 
3. Preventive maintenance of electrical equipment based on automatic fault monitoring. The power monitoring system can predict faults before electrical equipment fails, realize fault prevention, optimize maintenance, increase equipment operation time, and reduce equipment operation and maintenance costs.
 
In general, the smart water system needs to combine the centralized power distribution system and the power monitoring system for power control and management as well as automation and intelligent management of equipment. Through data transmission and real-time monitoring, the central computer monitoring system realizes comprehensive control of water equipment such as pumps, boosters, and air conditioners, and also achieves the purpose of reducing energy consumption and reducing electricity bills, saving operating costs for the water system and bringing considerable economic benefits.

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