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Production of Smart solar tracking system

Our main objective is to generate the electricity through solar panel by using adaptive control system to follow the changing environment

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Our main objective is to generate the electricity through solar panel by using dual axis technique. To achieve this, make a solar panel to track the sun to get maximum light intensity. The tracker model is used to track the sun in dual axis and MPPT is used for maximum power. The proposed technique is efficient and low cost. The result shows this technique is more efficient for solar generation as compared to other existing technique. Solar Tracking System is a device for orienting a solar panel or concentrating a solar reflector or lens towards the sun. Concentrators, especially in solar cell applications, require a high degree of accuracy to ensure that the concentrated sunlight is directed precisely to the powered device. Precise tracking of the sun is achieved through systems with single or dual axis tracking. This can be achieved by using low cost solution a simple DC motor which is used as a stepper motor behaviors and sensory data fusion system for the stability

Our  main objective is to generate the electricity
through  solar panel by using dual axis
technique. To achieve this, make a solar panel to track the sun to get maximum
light intensity. The tracker model is used to track the sun in dual axis and
MPPT is used for maximum power. The proposed 
technique is  efficient and low
cost. The result shows this technique is more efficient for solar generation as
compared  to other existing technique.
Solar Tracking System is a device for orienting a solar panel or concentrating
a solar reflector or lens towards the sun. Concentrators, especially in solar
cell applications, require a high degree of accuracy to ensure that the
concentrated sunlight is directed precisely to the powered device. Precise
tracking of the sun is achieved through systems with single or dual axis tracking.
This can be achieved by using low cost solution a simple DC motor which is used
as a stepper motor behaviors and sensory data fusion system for the stability
of the system. Here Reference Model adaptive control system is used. There is a
hybrid sensing system is used for getting maximum power point tracking and also
control all the parameters

New Project.tracking system.pdsprj

THIS IS SIMULATION OF SOLAR TRACKING SYSTEM

pdsprj - 21.07 kB - 04/10/2019 at 20:21

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GccApplication2.hex

THIS IS PROGRAMMING HEX FILE

hex - 2.05 kB - 04/10/2019 at 20:21

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  • 3 × MICROCONTROLLER
  • 1 × SOLAR PANEL AND FRAME
  • 2 × DC MOTOR WITH GEAR TRAIN

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  • 1
    AIM AND INSTRUCTION OF PROJECTS

    1.The aim of this project is to give practical implementation of solar tracking system and MPPT (Maximum Power Point Tracking) charge controller
    2. In this project the solar energy is converted into electrical energy, converters and inverters are used for this purpose.
    3.The tracker model (Model Based Reference Adaptive Control) is used to track the sun in dual axis and MPPT charge controller unit is used for to gain maximum power.
    4.The Hybrid sensing system is used in the charge controller that's contain the temperature sensor, voltage sensor, current sensor. The basic idea behind this project is to get maximum power from the sun in an effective manner.
    5.By MPPT charge controller has able to control the voltage, current, power and also protect our battery from overcharging. 6.The inverter is used to convert DC into AC (Alternate Current).

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Muhammad Faisal Rasheed wrote 04/10/2019 at 20:26 point

1.The aim of this project is to give practical implementation of solar tracking system and MPPT (Maximum Power Point Tracking) charge controller
2. In this project the solar energy is converted into electrical energy, converters and inverters are used for this purpose.
3.The tracker model (Model Based Reference Adaptive Control) is used to track the sun in dual axis and MPPT charge controller unit is used for to gain maximum power.
4.The Hybrid sensing system is used in the charge controller that's contain the temperature sensor, voltage sensor, current sensor. The basic idea behind this project is to get maximum power from the sun in an effective manner.
5.By MPPT charge controller has able to control the voltage, current, power and also protect our battery from overcharging. 6.The inverter is used to convert DC into AC (Alternate Current).

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