Smart weather monitoring and forecasting system has a great importance in institutions and weather forecasting organizations.Weather stations are complex units that measure quantities and parameters relating to weather like Humidity, Temperature, Atmospheric Pressure, Altitude, R
smart weather monitoring and foreacasting system
Smart weather monitoring and forecasting system has a great importance in institutions and weather forecasting
organizations.Weather stations are complex units that measure quantities and parameters
relating to weather like Humidity, Temperature, Atmospheric Pressure, Altitude, Rain, predicted the fature temperature, and Air Flow.Smart Weather monitoring and forecasting are used to measure the current weather
parameters and forecast future weather parameters. Smart Weather monitoring and forecasting are combinations of
different Instruments that were used separately in the past. But now as technology is
becoming compact these instruments are being equipped into a single entity and used as a
single entity with the central processing unit. Weather stations can be as complex as the
weather stations NASA holds or as simple that can be planted in a residential building for
recreational purposes. Today Weather stations can be found in universities for research
purposes and significantly improving. They are very important for weather forecasting
organizations obviously. Weather forecasting stations are also very important for airports
and sea bases so as to predict the levels of danger in the sky and at sea level. Our project
is focused on a portable weather station that is interfaced with android. As today’s
Technology is largely focused on smart phones and compact nature of consumer
electronics, we have set forth to create this project.
OBJECTIVES
The main objective of this project is to design and develop a low power and low cost
Weather Station to monitor the weather parameters ? To interface the sensors to the main controller ? To display the data on the LCD
? To interface the main controller with the Bluetooth Module ? To develop an Android application in order to monitor weather conditions over a
Smartphone
This protable project will be used for weather forecast and used in Quaid e University page to gave the accurate temperature as well fixed it with University page
?????used for agriculture proposed to update about weather of living city
So the farmers will aware from weather and save there crops from rain or stroms
This will help the former from bed weather
It's also helps the mountains climber they will keep it withemself and easily check the temperature as well as the altitude of place.
Used for the sailor, flaying officers,and the army
Many more objective...
We have developed our project named as Smart Weather Monitoring and forecasting system. We are using different sensors to detect weather parameters like
temperature, humidity, pressure, altitude, rain detection & wind speed using Arduino
microcontroller & Bluetooth technology. That makes our project portable and low cost.
Inshallah in future we will work on all this below discription if we are funded by ignite because we both are not well financial many issues we faced.
1. This smart weather monitoring extended into a duplex communication mode can be
programmed via android and settings can be changed via android.
2. This can extended with more sensors and also can be created as nodes to
communicate between each other and display weather of a versatile area from private
sources.
3. streamed on the internet to provide free sensor data for
locals to be aware of the weather conditions. HTTP request from the router can be sent to
hit a server that could be processed with a PHP code.
4. Such weather stations could be used as subscriber centers and could send data to
subscribers using SMS when required.
5. Day light and snow also can be measured by using the specific sensors.
6. In addition of measuring the wind speed, the direction of the wind can also be detected
It happens sometimes when the local weather report tells that it is sunny out, when rain
was pelting your window. There’s a reason for that; weather updates depend on the
location of the monitoring equipment, often at airports, where conditions can be quite
different from where you are. For people who want hyper local information — gardeners,
golfers, sailors and just plain old weather geeks — there are personal weather stations,
which have gotten technologically more sophisticated yet increasingly easy to set up and
use. For enthusiasts like such people we have formed our project and we are aiming to
target the residential market. For people who are skeptical and enthusiastic about
weather, this platform must have such low power weather station. With the capability of
extension of sensors and processing power this platform would be a landmark in the
market.
It happens sometimes when the local weather report tells that it is sunny out, when rain
was pelting your window. There’s a reason for that; weather updates depend on the
location of the monitoring equipment, often at airports, where conditions can be quite
different from where you are. For people who want hyper local information — gardeners,
golfers, sailors and just plain old weather geeks — there are personal weather stations,
which have gotten technologically more sophisticated yet increasingly easy to set up and
use. For enthusiasts like such people we have formed our project and we are aiming to
target the residential market. For people who are skeptical and enthusiastic about
weather, this platform must have such low power weather station. With the capability of
extension of sensors and processing power this platform would be a landmark in the
market.The main objective of this project is to design and develop a low power and low cost
Weather Station to monitor the weather parameters ? To interface the sensors to the main controller ? To display the data on the LCD
? To interface the main controller with the Bluetooth Module ? To develop an Android application in order to monitor weather conditions over a
Smartphone.
| Item Name | Type | No. of Units | Per Unit Cost (in Rs) | Total (in Rs) |
|---|---|---|---|---|
| Aurdino mega | Equipment | 2 | 1700 | 3400 |
| DHT22 | Equipment | 5 | 350 | 1750 |
| MP180 | Equipment | 5 | 300 | 1500 |
| Wind sensor | Equipment | 1 | 35800 | 35800 |
| Blooth module | Equipment | 3 | 200 | 600 |
| Wife pakge | Miscellaneous | 1 | 3000 | 3000 |
| Forecasting sensor | Equipment | 2 | 3000 | 6000 |
| LCD | Equipment | 3 | 300 | 900 |
| Software buy | Equipment | 1 | 8000 | 8000 |
| Hardware | Equipment | 1 | 0 | 0 |
| Total in (Rs) | 60950 |
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