A stormwater harvesting system can be automated to improve efficiency, reliability, and ease of operation. Automation typically involves using sensors, valves, and control units to monitor and manage various parts of the system. For example, sensors can detect rainfall, water levels in storage tanks, and flow rates, allowing the system to automatically divert the first flush, control inflows and outflows, or activate pumps when water is needed for irrigation or other uses.
Smart controllers can also be programmed to respond to weather forecasts, delaying water release or storage in anticipation of upcoming storms. Automated filtration systems can trigger cleaning cycles or alerts when maintenance is required. These technologies help reduce manual oversight, optimize water use, and protect the system from overflows or equipment failure.
