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TEEGALA KRISHNA REDDY ENGINEERING
COLLEGE
DUAL POWER OPERATING SYSTEM
UNDER THE GUIDENCE OF
Mr. R.Varaprasad
(Assistant professor)
DEPT OF EEE
PRESENTED BY
A.NAGENDRA(11R91A0216)
K.NITHIN REDDY(11R91A0218)
L.UDAY BHASKER(11R91A0237)
CONTENTS
ABSTRACT
BLOCK DIAGRAM
WORKING PRINCIPLE
ADVANTAGES
APPLICATIONS
ABSTRACT
 The aim of project is operate load contentiously in a day
without interruption using solar and electrical energy by
priority.
 Energy is the basic necessity for the economic development
of a country. Many functions necessary to present-day living
grind to halt when the supply of energy stops.
Solar energy is an important part of life and has been since
the beginning of time. Increasingly, man is learning how to
harness this important resource and use it to replace traditional
energy sources.
BLOCK DIAGRAM :
HOW THIS WORKS
Complete utilization of renewable energy sources as we give
our first preference to solar energy.
We interconnect a solar panel, rechargeable battery and
ac mains supply through relays inorder to assure a continuous
power supply.
 According with the availability of supply the tripping
circuits will operate.
 The solar panel is used to charge the battery and also supply
power to loads in the absence of light we can use the battery
power or ac mains supply.
ADVANTAGES
 Areas where continuous power supply is required this
project comes handy.
 Very economical as the mains supply usage is enormously
decreased.
 Manual efforts and mistakes is decreased since we are
using tripping circuits.
APPLICATIONS
 Hospitals
 Large scale industries
 Domestic sector
 As new solar power plants are erecting in future this project will
give the best economical solution for power usage.
FUTURE SCOPE
DUAL POWER (SOLAR AND ELECTRICAL)

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DUAL POWER (SOLAR AND ELECTRICAL)

  • 1. TEEGALA KRISHNA REDDY ENGINEERING COLLEGE DUAL POWER OPERATING SYSTEM UNDER THE GUIDENCE OF Mr. R.Varaprasad (Assistant professor) DEPT OF EEE PRESENTED BY A.NAGENDRA(11R91A0216) K.NITHIN REDDY(11R91A0218) L.UDAY BHASKER(11R91A0237)
  • 3. ABSTRACT The aim of project is operate load contentiously in a day without interruption using solar and electrical energy by priority. Energy is the basic necessity for the economic development of a country. Many functions necessary to present-day living grind to halt when the supply of energy stops. Solar energy is an important part of life and has been since the beginning of time. Increasingly, man is learning how to harness this important resource and use it to replace traditional energy sources.
  • 5. HOW THIS WORKS Complete utilization of renewable energy sources as we give our first preference to solar energy. We interconnect a solar panel, rechargeable battery and ac mains supply through relays inorder to assure a continuous power supply. According with the availability of supply the tripping circuits will operate. The solar panel is used to charge the battery and also supply power to loads in the absence of light we can use the battery power or ac mains supply.
  • 6. ADVANTAGES Areas where continuous power supply is required this project comes handy. Very economical as the mains supply usage is enormously decreased. Manual efforts and mistakes is decreased since we are using tripping circuits.
  • 7. APPLICATIONS Hospitals Large scale industries Domestic sector As new solar power plants are erecting in future this project will give the best economical solution for power usage. FUTURE SCOPE