Microcontroller Based Humidity and Temperature Remote Sensing System

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    Microcontroller based humidity and temperature remote sensing

    system

    SYNOPSIS: At present, labor-saving and water-saving technology is a key issue in irrigation. A

    wireless solution for intelligent field irrigation system ,based on Zigbee technology was

    proposed in this paper. Instead of conventional wired connection, the wireless design

    made the system easy installation and maintenance. The hardware architecture and

    software algorithm of wireless sensor/actuator node and portable controller, acting as

    the end device and coordinator in Zigbee wireless sensor network respectively, were

    elaborated in detail. The performance of the whole system was evaluated in the end.

    The long-time smooth and proper running of the system in the field proved its high

    reliability and practicability. As an eplorative application of wireless sensor network in

    irrigation management, this paper offered a methodology to establish large scale remote

    intelligent irrigation system.

    !eople now are working actively at intelligent irrigation systems because their

    advantages of labor-saving and water saving. "ireless technology, known for its easy

    installation and maintenance, is thought preponderant to develop automatic irrigation

    network and becoming a hot research.

    The development, testing, and use of an integrated distributed wireless sensor

    network #"$%& that utili'es 'igbee technology are presented in this paper for sensor-

    based variable rate irrigation systems. The "$% eliminates the need to hard wire

    sensor stations across the field and reduces installation and maintenance costs. The

    "$% uses an zigbee network, i.e., a mobile wireless network. (ompared with a

    wireless local area network #")A%&,zigbee networks have advantages for agricultural

    applications, because the mobility and self configuration are more suitable for a

    distributed sensor network in fields. The ob*ective of this paper is to report the design,

    construction, and testing of a distributed in-field "$%, a remote motor valve control, and

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    user-friendly software for real time in-field sensing and control of a variable rate

    irrigation system

    EXISTING SYSTEM:

    +anual operation

    POPOSE! SYSTEM:

    (ontrol from remote places

    +aintain the humidity

    +aintain the Temperature

    "#O$% !I&G&M:

    $rop gro'ing Section:

    +otor

    $

    $ Zigbee +oduleZigbee +odule

    umidity $ensoumidity $ensor

    Temperature

    $ensor

    $ensor

    Temperature

    $ensor

    $ensor+icro (ontroller

    0nit

    +icro (ontroller

    0nit

    Driver UnitDriver Unit

    !ower

    $upply 0nit

    !ower

    $upply 0nit

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    Proprietor Section:

    E()IEMENTS:

    *ard'are Tools:

    !I( +icrocontroller #!I(123455A&

    Zigbee module

    (ontrol unit

    umidity and Temperature sensors

    $erial communication

    So+t'are Tools:

    +!)A6 I78

    !I(9IT.: !rogrammer

    Orcad

    Embedded c

    &PP#I$&TIONS:

    Agriculture applications

    emote control industries

    Zigbee

    +odule

    $erial

    (ommunication

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