Team NovaCorp – Redefining the Possibilities has developed a product called Energy-Saver Smart Device. The development of this device on a commercial scale can be much friendly with Ecology and Society too. According to the data, Street lighting accounts for 1.5% of total electricity consumption in India according to McKinsey. Cities that use networked motion-detection lights can save 70-80 per cent of electricity and costs, according to an independent, global trial of LED technology. A smart street lighting system incorporates clusters of streetlight lamps that can communicate with each other and provide lighting data to a local centraliser. The centraliser manages and transmits the relevant data, often via a wireless network or GSM, to a secure server that captures the data and presents it in a web-browser interface. This acts as a two-way communication which allows facility managers to remotely control the street lights while keeping track of electrical power consumption. Compared to the traditional autonomous street lights, monitored Street Lights through our device with the add-ons of remotely pin-pointing of faulty lights help in reducing maintenance costs – help to make it more efficient and cost-effective.

1. NOVACORP
REDEFINING the POSSIBILITIES
ENERGY SAVER SMART DEVICE
FOR
STREET LIGHTS

2. FACTS
18%-38% of the Total Electricity bill goes towards
street lighting, globally
India has a total installed capacity of generating
275.912 GW as of 31 July 2015
India has 35 million street lights which generate a total
demand of 3,400 MW (1.23%)

3. OVERVIEW
• Conservation of excess wastage of electricity in Street Lights due to
malfunctioning of bulbs and improper maintenance
• Remotely controlled Street Lights
• Luminosity control
• Completely Centralised and autonomous system

4. PROBLEM
Manual switch control of Street Lights
Pin-pointing faulty or malfunctioning street lamps
Very high energy consumption

5. SOLUTION
 Our Smart Device incorporates clusters of streetlight lamps
that can control the intensity of light
 Keeping track of malfunctioning/faulty bulbs, and power
consumption
 Transmitting these data via a wireless network or GSM, to a
secure server that captures the data and presents it in a
web-browser interface, which can be used to take the
records of defective street lights

6. COMPONENTS
• Microcontroller Module - Arduino ( Atmega 28p Chipset)
• Transceiver Module - GSM SIM 900A Module
• Real Time Clock - DS3232 RTC Module
• Resistors
• Mobile Application
• Web Application
• Relay

7. COMPONENTS - MICROCONTROLLER
• Microcontroller Module - Arduino– In this product, we
are using an open-source microcontroller Arduino which is
based on Atmega 28p Chipset . It enables the device to
process the command between User Interface and other
components.

8. COMPONENTS – TRANSCEIVER MODULE
• Transceiver Module - GSM SIM 900A Module – A
transceiver is a components which is used to transmit the
data and also enables us to receive the data of the other
components of the device. In this case, we have GSM
SIM900A Module as a transceiver. GSM Module transmit
the relevant data from the user interface and also as per
requirement it send back the data to User.

9. COMPONENTS – REAL-TIME CLOCK
• Real Time Clock – RTC is stands for Real Time Clock, we
are using DS3232 RTC Module to schedule the device and
make handle the operations on the time basis.

10. COMPONENTS - RESISTORS
• Resistors – Resistors is a passive component used to
control current in the circuit. Its resistance is given by the
ratio of voltage applied across the terminals to the current
passing through it.

11. COMPONENTS – APPLICATION
• Mobile Application – Mobile Application is used to
interface the user from the device. Mobile Application give
access the user to the device very easily and quick in offline
mode.
• Web Application – Web Application is used to monitored
and handle the device remotely over the internet.

12. COMPONENTS - RELAY
• Relay – Relay is an electromagnetic device which is used to
isolate two circuits electrically and connect them
magnetically. Here we need to use it as Relay is much
helpful in an electronic circuit( working at a very low
voltage) to an electrical circuit which works at very high
voltage.

13. Block Diagram
Mobile App/Web
Street Lights ON/OFF
Transceiver Module Microcontroller Module
Error Received on Mobile Is
OK?
Yes
No

14. WORKING
The working of street light is very easy to understand. In this
circuit, we are using an application. In that app. we have 2
modes of controlling the street light.
• Manual on/off.
• Schedule on/off.

15. WORKING - REAL-TIME ON/OFF
When we press the ON button of our app the a message will be
send to the GSM, Inbuilt in our product. Then gsm will send this
message to Arduino. Then message will go to on segment and
street light starts glowing.
Similarly, when we press OFF button of our app send message to
GSM .then GSM will send the message to Arduino and then
message will go to OFF segment and street light gets OFF.

16. WORKING - SCHEDULE ON/OFF
In this mode we have option to set the time that when we
want street light to be ON and When it gets OFF. When we
set the time then the application will send the Message to the
GSM and the GSM will send the message to the Arduino.
Arduino will detect the message given by the user and
further decide to forward the command to ON/OFF segment
according to the message. The bulb automatically starts
glowing at the time set by the user before and similarly gets
OFF.

17. APP INTERFACE

18. WEB-INTERFACE

19. WEB-INTERFACE

20. WEB-INTERFACE

21. VALUE PROPOSITION
• SL Manufacturing
Company
• Colonies /
Societies
Customers
• Electricity Wastage
• Pin-pointing Faulty
Lamps
• Vast Manageability
Problems
• Energy-Saver Smart
Device for Street
Lights
Solution

22. DATA ANALYSIS OVERALL(OVER THE YEAR)
24840
20790
18000
19000
20000
21000
22000
23000
24000
25000
26000
Current Scenario New Scenario
UnitsinKilowatt-hour
Energy Consumption So, we are here saving
4050KiloWattHour Energy every year
on each unit street Light.
54.44%
45.56%
Current Scenario New Scenario

23. DATA ANALYSIS OVERALL(OVER THE YEAR)
198720, 58%
145800, 42%
Economy Consumption
Current Scenario New Scenario
* Values are in Indian Rupees.
Total We are saving 26.23% of
economy on each ball every year,
i.e. Rs 52,920 Rupees on every
street light every year…

24. DATA ANALYSIS OF ECONOMY
Summer Winter
Current Scenario 15840 17280
New Scenario 10260 14040
15840
17280
10260
14040
Cost(inindianrupees)
Cost Comparison
Current Scenario New Scenario

25. DATA ANALYSIS OF ECONOMY (CONTD.)
95040103680
Current
Summer Winter
61560
84240
New Scenario
Summer Winter
33480
19440
Total Saving
Summer Winter
* Values are in Indian Rupees.

26. OPPORTUNITIES
 The market potential in India for this sector alone is estimated at Rs.
74,000 CR.
 Government has announced a $1.2 Billion investment in smart cities
over the next year.
 Global market for smart urban services is estimated to be $400 Billion
per annum by 2020.

27. OUR GROUP
 NOVACORP, is dedicated for developing Internet of Things (IoT) enabled products that
will help the user accessing, & managing it with a single touch on their Smartphone,
Tablet or even Laptop and PC’s and helps in improving vast manageability.
 Rebuilding the Street Light system providing efficient light with minimal power
consumption, smart stay and longer sustainability.
 Easily pin-pointing faulty or malfunctioning street lamps using offline Map data.
 Reduced energy consumption by dimming the Street Light according to Moon’s
Intensity.

28. VISION & MISSION
 The Vision of NOVACORP is for developing Internet of Things (IoT)
enabled products that will help the user accessing, & managing it with
a single touch on their Smartphone, tablet or even laptop and PC’s and
helps in improving vast manageability.
 NOVACORP has as mission for the transformation of obsolete
technological products into smart IoT products for the users. It focus on
observing and analysing changes in technology and creating a better
tomorrow by contributing in the creation of Smart Cities.

29. THINGS WHAT PEOPLE LIKE ABOUT THIS NEW
PRODUCTS
 Mehek Bassi The conservation part. How we can brighten or dim the lights
according to weather and requirement. Usually Street lights are on
even in bright day light, leading to unnecessary power consumption,
if we could have something like this, we could run more number of
days on low power consumption
Eco - friendly innovative Product cost effective & single
point control.
Error rectification system, low power consumption.
Its quite handy when it comes to usage, it's efficient nature
and the fact that it can save up to 33% of our energy
expenditure annually.
MBA
CAT Aspirants
Writer
Business Executive
 Ravi Shankar
 Kundan Kumar
 Prashant
Kumar

30. CORE TEAM
 Vishwa Raj, CEO: Vishwa is a Computer Programming Hobbyist, experienced in various fields of
Embedded, Web Developing , Windows App Development, Workshop organizing and Team Lead.
 Siddharth Shankar, Co-Founder and Chief Technical Officer: Siddharth is a Computer
Hobbyist, experienced in various fields of Embedded, Web Developing, and is a certified PC
Technician.
 Amit Kumar: Amit Kumar is a passionate programmer and startups enthusiast, experienced in
various fields of Computer programming, Web development and Team management.
 Ayush Anand: Ayush Anand is keenly involved in entrepreneurships and has the interest to dig
something new in the field of computer applications and is experienced in various fields of
Computer programming, web development and App development.

31. REFERENCES
 http://www.mapsofindia.com/my-india/government/street-lighting-in-india-and-need-
for-energy-efficient-solutions
 http://smart-street.lighting/
 http://www.cisco.com/web/IN/about/leadership/smart_cities.html
 http://www.ifsecglobal.com/india-plans-build-100-smart-cities/

32. CONSERVING POWER IS MORE ECONOMICAL THAN PRODUCING MORE

33. WE CAN DO MORE TOGETHER!
Thank You!