Design of Water Discharge Monitoring in Biopore Technology to Overcome Rainwater Stools in Surabaya

Drainage is a system in which water flows from one place to another. Inadequate drainage systems result in high levels of inundation. It is unclear at this time whether maintenance such as cleaning is required for the existing drainage facilities. Since drainage systems are often loaded with sand, dirt, debris, etc., gauges are required to detect deposits from drainage systems using the outflow or flow of leachate from the drainage system. The surveillance system that runs can be accessed in the cloud or over the internet. The measured parameters in drainage systems are the level and runoff of water in the drainage system, ie the biopores. Effluent measurement of the biopore consists of ESP8266 as data processing center obtained from sensors, Mifi module as source of Wi-Fi and internet network, power bank as power supply, sensor A02YYUW to measure water level and discharge in biopore. It is executed using some component. Testing this gauge is done by measuring the water level or height using a ruler and gauge. The maximum depth of the installed biopore is 30 cm and the biopore is measured at constant height with an error of 0.25%. When measuring outflow, this is adjusted to the water level in the biopore, as the water level in the biopore is directly proportional to the outflow. The error introduced in measuring outflow error is 2.5%. There is also a biopore up to 32 cm deep, and the biopore is measured at constant height with 0% error. This means 0% error occurs when measuring overdischarge.