The smart water management system solution can solve many of the following water problems:
- Water resource management
Optimal allocation of water resources: Through real-time monitoring and data analysis of different water sources (such as surface water, groundwater, recycled water, etc.), water resources can be reasonably allocated to ensure that water resources can be efficiently used in different water demand scenarios, such as residential water, industrial water, agricultural irrigation, etc., to avoid waste and unreasonable allocation of water resources.
Water demand forecasting: Using big data analysis and intelligent algorithms, accurately predict future water demand based on historical water use data, seasonal changes, population growth and other factors. This helps water departments to make water supply plans in advance, reasonably arrange water plant production and pipeline scheduling, and avoid insufficient or excessive water supply.
- Water supply management
Water supply network leakage monitoring and control: With the help of intelligent sensors and data analysis technology, the pressure, flow and other parameters of the water supply network are monitored in real time to find leakage points in time. By quickly locating and repairing leakage, the leakage rate is reduced, and the waste of water resources and water supply costs are reduced.
Water supply pressure optimization: According to the actual water demand in different areas, the water supply pressure is dynamically adjusted to reduce the risk of pipe burst caused by excessive pressure in the network while ensuring normal water use for users, and energy can also be saved.
Water quality safety guarantee: Through online water quality monitoring equipment, the water quality of raw water, factory water and terminal water of the network is monitored in real time to ensure that the water quality meets national standards. Once abnormal water quality is found, emergency measures can be taken in time to ensure the safety of residents’ water use.
- Drainage management
Drainage network monitoring and early warning: Real-time monitoring of the flow, liquid level and other parameters of the drainage network is carried out to promptly find problems such as network blockage and overflow. Through the early warning system, relevant departments are notified in advance to deal with it to avoid urban waterlogging and environmental pollution.
Sewage treatment optimization: Using intelligent control systems, automatically adjust sewage treatment process parameters according to changes in influent water quality and water volume to improve sewage treatment efficiency and compliance rate. At the same time, monitor and optimize energy consumption during sewage treatment to reduce operating costs.
4. Water operation management
Intelligent meter reading and fee management: Adopt remote meter reading technology to achieve accurate and efficient meter reading, reduce errors and costs of manual meter reading. Combined with intelligent fee management systems, provide users with convenient payment channels to improve fee efficiency and transparency.
Equipment management and maintenance: Real-time monitoring and data analysis of water facilities and equipment, predict equipment failures, arrange maintenance plans in advance, reduce equipment failure rates, and extend equipment service life. At the same time, realize the full life cycle management of equipment and improve the scientificity and standardization of equipment management.
Emergency management: Establish a sound emergency management system, which can quickly launch emergency plans in emergency situations such as sudden water pollution incidents, burst pipes in water supply networks, and urban waterlogging, coordinate resources from all parties for emergency disposal, and minimize losses and impacts.
