Water Management System Using Dynamic IP based Embedded Web Server in Real Time
K. Aswath
T. Deepak
A.E. Karthick Raja
Dr.S. Vijayalakshmi
Keywords: Water Level, Smart Solution, Internet of Things, Wi-Fi, Cloud Storage, PIC Controller.
Abstract
Water supply networks research activities are said to have a very interesting domain. It will focus on distributing all channels in a particular area. This function show many activities, ensuring that all channels receive water supply testing users do not apply to over-consumption and ensure that the quality of water flow in channels is good quality of notification water. For all areas, water is shared by a centralized water supply unit that distributes water to all parts of the given area. Human generation experiences serious water scarcity. The conventional water distribution and management system have certain disadvantages like extreme conditions such as no water or overflow of water causing wastage of water. Traditional involves the higher amount of human interventions which may lead to errors in water management. The existing system generates the same water bill for all the occupants irrespective of their water usage. Float ball type liquid level control is a popular method of control still used in practice for normal applications such as overhead tank overflow restricts. In this system, an IP based Embedded Web server is developed. Here, the quality of water by using the PH sensor and level of water in the tank is measured using the level sensor and these values are updated to the server by using the IP address of the particular user. An IOT board is used for sending information about tank level and quality of the water. Therefore this system will play a significant role in the uplift of water management systems in the near future.
