for power saving street lights

1. INTELLIGENT WIRELESS STREET
LIGHTING SYSTEM USING ZIGBEE
Presented By
1.GAURAV KAUSHIK (VT no 7258, Reg No 13510105016)
2.MD SHAKIR HUSSAIN(VT no: 7536, Reg.No 13510105353)
3.KHALID KHAN(VT no: 7531, Reg.No 13510105326)
Internal Guide
Mr. N.VIGNESH.,M.E.,
ASST PROF
E.E.E.
External Guide
Mr. J
GNANASEKARAN(J.W.M. )
HEAVY VEHICLES
FACTORY,AVADI
Ph. :-9444433855

2. Contents of Presentation
• Objective of the project
• Existing System
• Demerits
• Proposed System
• Advantages
• Work Schedule
• Conclusion
• References

3. Objective
• The highway and street lighting system will become highly reliable. The
fault dedication is made easy. The efficiency of the lighting system
increases by 30%.

4. Existing System
• Manual control at the particular place
• Time based control
• Manually monitored
• Fault identification through manually
• Wired communication

5. Demerits of the Existing System
• The system is more complex.
• More man power is required.

6. Proposed system
• The system consists of a group of measuring stations in the street (one
station located in each lamppost) and a base station located nearby. The
system is designed as a modular system, easily extendable. The measuring
stations are used to observe street conditions as the intensity of daylight
and, depending on the conditions they activate or off the lamps. Other
factors influencing the activation are: climatic conditions, seasons,
geographical location, and many possible alternative factors. For these
reasons every lamp is designed independent to decide about the activation
of light. The base station conjointly checks if any lamp is correctly
operating and sends the message using the wireless network to the operator
who will act in case of malfunction.

7. Continued…
The program that controls the system is designed primarily
to avoid wasting energy. Firstly, as a result that the system
works solely in the darkness, avoiding waste of energy
throughout sunlight hours when the sole active device is the
solar panel that recharges battery. Secondly, the sensors enable
the system to operate solely when necessary. Thirdly, the
system employs highly economical LEDs to ensure correct
illumination and assure energy savings. Finally, when the
system is disabled, all devices (wireless module and
microcontrollers) are in the sleep mode, that permits negligible
power consumption. The wake-up is triggered by the change of
conditions (emergency device, presence sensor, etc.). The
selection of the battery depends on the conditions where the system is installed.

8. Zig bee specification

9. Continued …
• Designed for wireless controls and sensors
• Operates in Personal Area Networks (PAN’s) and device-to-device
networks
• Connectivity between small packet devices
• Control of lights, switches, thermostats, appliances, etc.

10. System requirement
• Hardware requirement :
1. PIC controller
2. Zig bee transmitter
3. Zig bee receiver
• Software requirement :
1. PIC ‘C’ compiler
2. Proteus simulator

11. Input
sensor PIC controller
Lamp
array
Zig bee
Transmitter
Transmitter
Power
supply

12. Receiver
Zig bee
receiver Live status
PIC controller
Power supply

13. Advantages
• Remote monitoring and control
• Fault status can be easily identified
• Wireless communication
• Easy to monitor and control
• Simple
• High reliability

14. CCS COMPILER

15. SIMULATION RESULT

16. TRANSMITTER BOARD

17. OUTPUT

18. Work schedule
Sl.N
o.
Duration Work to be completed/Completed
1 04-12-13 to
19-12-13
Base paper reading and some general
project guidelines.
2 19-12-13 to
06-01-14
Block diagram and selection of devices has
been completed.
3. 06-01-14 to
05-02-14
Stimulation of project and some hardware
work will be completed.
4. 05-02-14 to
05-03-14
Complete hardware kit and simulation
with the project report to be submitted.

19. Conclusion
In this paper a proposal of an intelligent street lighting system is
described that integrates new technology ease of maintenance and
energy savings. This is obtained by using the highly economical LED
technology supplied by renewable energy provided by the solar panels
and by using the intelligent management of the lampposts. The proposed
system is especially appropriate for street lighting in remote urban and
rural areas where the traffic is low at times. Independence of the power
network permits to implement it in remote areas where the classical
systems are prohibitively expensive. The system is versatile, extendables,
offering and totally adustable to user need.

20. References
• Wu Yue; Shi Changhong; Zhang Xianghong; Yang Wei; , "Design of new intelligent street light control
system," Control and Automation (ICCA), 2010 8th IEEE International Conference on , vol., no., pp.1423-
1427, 9-11 June 2010
• Lin Jianyi; Jin Xiulong; Mao Qianjie; , "Wireless Monitoring System of Street Lamps Based on ZigBee,"
Wireless Communications, Networking and Mobile Computing, 2009. WiCom '09. 5th International
Conference on , vol., no., pp.1-3, 24-26 Sept. 2009