FEATURES OF IoT SMART WATER SYSTEMS

1. FEATURES OF IoT SMART WATER SYSTEMS IoT smart water systems are becoming more and more popular. They have a lot of features that make them attractive to homeowners. Some of the features of IoT smart water systems include monitoring and controlling water usage, weatherization, energy conservation, and security. They can also help you manage your finances by tracking your water usage and billing. 1. Pipeline Monitoring Pipe bursts usually occur due to the following reasons ● Frozen pipes ● Excessive weight ● Water pressure ● Corrosion A real-time pipeline monitoring system was required due to an increase in pipeline damage in the water management system. IoT Water avoids frozen and leaky pipe bursts and hence monitors the pipeline with the advent of low-cost sensors. Not only that, but the sensors utilized give temperature and leaking alarms, preventing the pipeline from reaching the bursting point. 2. Cost-Efficient Assets may be connected to one another and monitored in real-time, even in remote regions, thanks to the introduction of low-cost, low-energy consumption sensors in

2. IoT Water. It's now simple to track the condition of assets such as pipelines and pumps, and it's also simple to know where and which assets in the entire water management system need repair or replacement far ahead of schedule by issuing warnings. 3. Water Quality Monitoring Water quality monitoring is made easier with IoT sensors included in IoT systems. IoT Water is the most reliable water quality sensing solution that connects to the cloud for real-time monitoring and is embedded with several sensors that detect most of the water quality indicators. pH, dissolved oxygen (DO), oxidation-reduction potential, salinity measurement, conductivity measurement, and TDS measurement are some of the frequent essential criteria that the IoT Smart Water Management monitors. 4. Preventive Maintenance It is preferable to be proactive rather than reactive when it comes to the Internet of Things. Water aids pipe maintenance, whether above or below ground. A massive quantity of data is captured by the sensors and uploaded to the cloud, where it is then forwarded to the appropriate administrator for action before any interruption occurs. Business Benefits with IoT in Water The Internet of Things is in high demand. Smart Water Management has enabled the optimal use of available water resources, leading some well-known experts to estimate that the global water sector will be worth one trillion dollars per year by 2025. Let's take a look at how IoT Water has impacted water management systems that have adopted IoT technology. 1. Increased productivity and efficiency IoT Water has lowered operating costs and streamlined processes and resources by enabling smart business decisions and real-time control. Without a question, IoT Water has extended several business models and introduced new ones, resulting in increased earnings day by day. In addition, many water management firms employ a real-time operational control system, which improves efficiency. 2. Reduced costs and increase in revenue Leak detection, pressure sensing, pipeline monitoring, pump station monitoring, and other aspects of the water system are all monitored in real-time, resulting in greater asset utilization, enhanced operating procedures, and cheaper maintenance and

3. infrastructure costs. The expense of transporting water, which is enormous, is a key barrier in water management systems. Smart water management using IoT has decreased needless water mobilization, making the system considerably more cost-effective. 3. Improvement in safety and reliability of network operations According to a few system maintenance studies, water management system maintenance operations are performed regularly, and roughly 45 percent of the overall effort is ineffective, potentially leading to asset failure. IoT Water features a unique feature called predictive maintenance, which uses data from sensors to forecast when an asset would require maintenance, reducing breakdowns by 70 percent, downtime by 50 percent, and planned repairs by 12 percent. CONCLUSION: Water conservation was previously done through traditional methods, but the correct equipment with IoT technology is the answer to taking water conservation to the next level. Smart water meters, detectors, and irrigation technologies will be possible to install in homes, farms, and water distribution networks thanks to the Internet of Things technology. The demand for innovative technologies to enable more effective use of water sources, improve drinking water quality, and improve water resource planning is growing, and the Internet of Things (IoT) has thrown the water management system for a loop.