Field
Our system helps on quicker, simpler and safer topping up of batteries, also helps in regular maintenance and the impact that this has on the life-span of the battery.
Background of the Invention
There are several important steps to properly maintaining a deep cycle batteries by using IOT method. We obviously know they are a financial investment, so why not take proper care of them to get the most life as possible. All steps of battery maintenance are critical and none of them should be over looked. One of the simplest choices to make is using distilled water to fill your batteries by using IOT method.
The electrolyte in a flooded deep cycle battery is a solution of acid and water. Using distilled or deionized water is recommending because it is free from additional minerals you would find in water such as regular tap water. Adding chemicals and minerals can significantly decrease the life of batteries. Distilled water should be the only things you ever replenish in your deep cycle batteries. Never add additional acid or electrolyte solution, this can also diminish the battery life. Distilled water can be purchased at any grocery store and is very inexpensive.
Objects of the invention
Using this ways, the more complex method of distilled water filling inside the battery by using IOT method is performed in an easy and effective manner.

Summary of the Invention
. • The construction is simple and the components used are easily available and
also replaceable.
• User friendly application and easy for installation.
• Less human effort is utilized to perform a complex task.
• Labor cost is reduced.
• By avoiding the direct contact of humans, their life risk level is decreased.
• Cost and power consumption is also less.
Brief Description of the Drawings
l.Reservor a large natural or artificial lake used as a source of water supply.
the more water we use, the more land has to be flooded for reservoirs.
2. DC powered pumps use direct current from motor, battery, or solar power to move
fluid in a variety of ways. Motorized pumps typically operate on 6, 12, 24, or 32
voltsofDC power.
3..water level indicator water level indicator is actually quite simple. Water level
indicators.
4.Battery A battery is a device that stores chemical energy and converts it to
electrical energy. The chemical reactions in a battery involve the flow of electrons
from one material (electrode) to another, through an external circuit.
5. A microcontroller (MCU for microcontroller unit) is a small computer on a single
metal-oxide-semiconductor (MOS) integrated circuit (IC) chip.
6.wifi module The actual broadcast is connected in sequence in fact it is completed
by way of stereo system surf as well as the worth of wires with the monitor to
classification prone. Wi-Fi allows the person in order to get access to the web any
place in the actually provided area.

7.Aweb page is a specific collection of information provided by a website and
displayed.
8.water level is a system that relays information back to a control panel to indicate
whether a water has a high or low water level.
Detailed Description of the Invention
The base frame to house entire components is fabricated with the help of square tubes and channels by metal cutting and metal joining process called welding. The reservoir which contains distilled water to be filled inside the battery by using the IOT method is placed on the base frame. A DC pump is submerged inside the . reservoir, whose outlet is connected with the container of battery through flex hose. The water level indicator is installed inside the container of battery. The DC pump is connected to the output pin of microcontroller and similarly water level indicator is connected to the input pin of controller. To access the control of system through internet, a WIFI module is connected to. IOT to the controller. On the other hand a web page is created to control the entire system through human interaction. Initially the level of distilled water stored inside the reservoir is cross checked, the microprocessor is turned on to control the system through internet of things. When the user logged to its accessing web page, they can monitor the level of water inside the container. Once the water level get decreases to the allowable limit user can select the following two ways to fill the water. The first way is an automatic way in which water is automatically filled inside the container through an activation of DC pump. In order to access this way user as to select the auto key in a software. The second way is a manual method in which user has to turn on the DC pump by monitoring the level of water inside the container. Using this two ways the more complex method of distilled water filling inside the battery is performed in an easy and effective manner.

Claims I/We Claim,
1 - To increase the life span of inventory batteries by using this method
2 - To remembering the filling of Distilled water in inventory batteries 3- To fill Distilled water using IOT techniques.
4-To improve the efficiency inventory batteries by using this process S. An Automatic water filling apparatus comprising; 1 Motor
2. DC Pump
3. Rscrvoir
4. Battery
5. Water level indicator . 6. Micro controller
7. Wifi module 8; Web page