From HoD’s Desk
Commencement of the new academic year and conclusion
of the previous one happens in June. The classes, practical and oral exams of SE,
TE, and BE are over in June, however, the FE classes are still going on due to delayed
admission.
This month, the result of accreditation is also
declared and the accreditation is extended for the next three years, i.e. from the
academic year 2022-23 to 2024-25. This is the outcome of continuous efforts taken
by all the faculty and staff members. This is the motivation for everyone to
set the benchmark in the coming years.
Department Events
One Day Workshop on 'BE Electrical Syllabus Revision (2019 Pattern)' in association with Board of Studies (Electrical), Savitribai Phule Pune University, Pune on 20th June 2022
Department of Electrical Engineering has organized a One Day Workshop on
'BE Electrical Syllabus Revision (2019 Pattern)' in association with the Board
of Studies (Electrical), Savitribai Phule Pune University, Pune on 20th June
2022. Dr. B. E. Kushare, Chairman, Board of Studies (Electrical), Dr. M. G.
Unde, Shri. Narendra Duvedi, Dr. D. P. Kadam, Member, BoS, Dr. Ujval Sonone,
Industry Representative (ABB India, Nashik), Mr. U. G. Salawade, GM (AURDC) Retired, HAL Ojhar, Nashik and faculty members from various
colleges in Pune, Nashik and Ahmadnagar attended the workshop. The complete workshop was coordinated by Dr. R. K. Munje and Prof. S. K. Shinde.
Expert Lecture on ‘Electrical Energy Conservation for HT Consumers’ on 24th June 2022
Department of Electrical Engineering has organized an Expert Session on
‘Electrical Energy Conservation for HT Consumers’ by Shri. Promod Daspute, Energy
Auditor under the institutional training program offered by Petroleum
Conservation Research Association (PCRA), Ministry of Petroleum Government of
India on 24th June 2022. The expert introduced the concept of Energy
Conservation for HT
Consumers. A total of 45 students from FE gained knowledge and information about
it. The content of the lecture was fascinating and students will definitely
develop an interest in the respective domain. It will also add to the academics
as well.
Training session on 'Professional Software for Electrical Engineers' on 30th June 2022
Department of Electrical Engineering has organized an Online
introductory training session on 'Professional
Software for Electrical Engineers' Phase I for MATLAB and PSCAD. In this
training, two software used by electrical engineers are explored, namely MATLAB
and PSCAD. is completed on 30th June 2022.
MATLAB was introduced by Dr. R. K. Munje and PSCAD was introduced by Prof. J.
D. Patil. Phase II of the same training program is scheduled in July in which
ETAP and ANSYS will be explored.
Expert Lecture on ‘Battery Manufacturing’ for FE students on 11th June 2022
Department of Electrical Engineering has organized an Expert Session on
‘Battery Manufacturing’ by alumni Mr. Dhaval Tagare and Mr. Omkar Sonawane,
E-Mmortal Automotives Pvt. Ltd., Nashik, on 11th June 2022. The speaker introduced the concept of different types of Batteries,
their characteristics, and manufacturing. A total of 40 students from FE gained knowledge and
information about it. The session was coordinated by Prof. J. D. Patil.
Expert session on ‘Building Patent Ecosystem’ on 22nd June 2022
Institution’s Innovation Council of KKWIEER in association with the Electrical Department and WeGo Library Foundation organized a session on ‘Building Patent Ecosystem’ On 22nd June 2022 at 3.00 pm at Faraday Hall of Electrical Engineering Department, The various department a total of 33 faculty members participated in this event. The event was coordinated by Dr. Ravindra K. Munje. The session was delivered by Shri. Nilesh Pawaskar, Ms. Smita Joshi and Mr. Sujit Nair, WeGo Library Foundation.
International Yoga Day
Department has organized Session on 'Meditation' on the occasion of
'International Yoga Day' on 21st June 2022 for the students of the First
year and faculty members, This session was delivered by Shri. Jayant Sharma and coordinated
by Prof.Priya
Vyavahare.
Student Corner
Student Placement
Following
students are placed in various multinational companies. Congratulations to all
the students!
Placed Students Details (June - 2022)
|
Sr. No. |
Name of the
Student |
Placement Date |
Batch |
|
1 |
Nikita Patil |
24/06/2022 |
2021-22 |
|
2 |
Mujahid Sayyad |
24/06/2022 |
2021-22 |
Student Felicitation
Following students are felicitated for their placement in various multinational companies.
Placed Students Felicitation Details (June 2022)
|
Sr. No. |
Name of the Student |
Batch |
Felicitation Date |
|
1. |
Bhor
Dhanashree Popat |
2021-22 |
04/06/2022 |
|
2. |
Pawar
Shraddha Govind |
2021-22 |
04/06/2022 |
|
3. |
Wagh
Priyanka Yashwant |
2021-22 |
04/06/2022 |
|
4. |
Chaudhari
Nilesh Amrut |
2021-22 |
04/06/2022 |
|
5. |
Dharaskar
Vedika Rajesh |
2021-22 |
04/06/2022 |
|
6. |
Sonawane
Madhuri Shivnath |
2021-22 |
04/06/2022 |
|
7. |
Tambe
Jaydip Maruti |
2021-22 |
04/06/2022 |
|
8. |
Porje
Shraddha Kailas |
2021-22 |
04/06/2022 |
|
9. |
Patil
Ritesh Mohan |
2021-22 |
04/06/2022 |
|
10. |
Sonawane
Saurabh Baban |
2021-22 |
04/06/2022 |
|
11. |
Nilakshi
Chandratre |
2021-22 |
04/06/2022 |
|
12. |
"Karpe
Kirti Kailas |
2021-22 |
04/06/2022 |
|
13. |
Tejal
Balkrushna Hadpe |
2021-22 |
04/06/2022 |
|
14. |
Yash
Vikram Kamble |
2021-22 |
04/06/2022 |
|
15. |
Shubham
Sanjay Nawale |
2021-22 |
04/06/2022 |
|
16. |
Malode
Dinesh Balasaheb |
2021-22 |
04/06/2022 |
|
17. |
More
Nikita Ashok |
2021-22 |
04/06/2022 |
|
18. |
Somwanshi
Vaishali Jaywant |
2021-22 |
04/06/2022 |
|
19. |
Gaurav
Laxman Sawkare |
2021-22 |
04/06/2022 |
|
20. |
Mahesh
Ghule |
2021-22 |
04/06/2022 |
|
21. |
Omkar
Ravindra Todkar |
2021-22 |
04/06/2022 |
|
22. |
Kalyani
Dhande |
2021-22 |
04/06/2022 |
|
23. |
Bachhav
Rajeshwari Kevba |
2021-22 |
04/06/2022 |
Industrial Visit
Industrial visit of the First Year students at Link Servo Systems coordinated by Prof. J. D. Patil and Shri. Tanaji Shinde on 17th June 2022.
Project Competition for the FE students (29th June 2022)
Department of Electrical Engineering organized
on ‘Project Competition for the FE students
(Div. G and P)’ on their projects in PBL on
29th June 2022. A total of 20 projects are presented by
students. The chief guest and the project evaluator for this project
competition.The overwhelming response by students with innovative projects. This
project competition was coordinated by Prof.
S. S. Khairnar and Prof. J. D.
Patil.
Smart India Hackathon
Team
Sanrakshan is selected for the grand finale of the Smart India Hackathon. Team
Members are Aarambh Ahire, Tejas Rayate,
Pranjal Jain, Vrushali Bangar, Sanskruti Atal and Gurkirat Kohli. The team is guided by Prof. J. P. Shah.
Sports Achievement of the Students
Department is delighted to share that FE
Electrical Div. G is the winner of ELITE CLUB CRICKET TOURNAMENT 2022. Players
are Omkar Ozarkar (C), Yugant Kalkhaire, Sagar Thorkar, Roshan Anwat, Harshal
Wagh, Kalpesh Patil, Prathamesh Jadhav, Tejas Kathe, Hiten Dhatak, Tanmay
Mahale, Jayesh Balak, Shubham Lokhande and Ayan Shaikh.
Student Publication
1. Prathmesh Kulkarni, Ritesh Patil, Manoj Kastoore, Abhishek Shinde,
& Ravindra Munje (2022). Development of Object Identification Glasses for Visually Impaired
People. Journal of Advances in Computational Intelligence Theory, 4(2), 1–10.
https://doi.org/10.5281/zenodo.6675747
2. Swaraj Birari, Sujay Choukhande, Vishal Daund, Apurva Shinde,
& Ravindra Munje. (2022).
Design and Development of Power Generating Tiles and Demonstration. Journal of
Research and Advancement in Electrical Engineering, 5(1), 1–7.
https://doi.org/10.5281/zenodo.6646103
3. Unika Benson, Bharsat Jagruti, Shubham Jadhav, Bhagyashri Pawar (June
2022) “Transmission
Line Fault Location and Classification Using Machine Learning Technique” Journal of Recent Trends in Electrical Power System, Vol. 5, No. 1,
2022
4. Pratik Patil, Priyanka Nikam, Sushant Sonar, Vedant Singnapurkar,
N. N. Jangle (June 2022) “Solar Based EV Charging
Station” Recent Trends in Control and Converter, Vol. 5, No. 1, 2022
5. Saurav Beldar, Shashikant Bhujade, Ritesh Buta, Darshan Bhor, “Smart Vehicular Communication System using Li-Fi Technology” Advancement
of Signal Processing and its Applications, Vol. 5, No. 1, 2022
Faculty Corner
Faculty Participation
The following
staff members have completed the courses given below in June 2022
|
Name of staff |
Name of course |
Duration |
Platform |
Name of Organization |
|
Mrs. Shubhada Bodade |
Advance Excel |
1 Day |
offline FDP |
K. K. Wagh I. E. E.
& R. |
|
Mrs. Shubhada Bodade |
AICTE IDEA Lab FDP
on Electronics Product Design. |
3 Day |
offline FDP |
K. K. Wagh I. E. E.
& R. |
Faculty Industry Visit
Faculty
Participation Dr. R. K. Munje, Prof. A.
M. Jain, Dr. M. P. Thakre, and Prof. J. P. Shah visited the Automotive
Research Association of India (ARAI), Pune (E-Mobility Section and various
labs) and Sun C Batteries, Pune on 14th June 2022 to explore possibilities for
collaboration.
Prof. Ganesh
Jadhav has completed the NPTEL course on ‘Digital
Protection of Power system’, awarded with an Elite certificate for
completing the course with a score of 85%.
Prof. Ganesh
Jadhav has completed the NPTEL course on ‘Introduction
of Professional Scientific Communication’, awarded with an Elite certificate
for completing the course with a score of 75%
NPTEL ENTHUSIAST
Certificate
of Appreciation to Prof. Ganesh Jadhav for being recognized as NPTEL ENTHUSIAST January –April 2022.
Congratulations to Prof. Jadhav.
Alumni and Industry Leaders Meet
Alumni and Industry Leaders Meet was
organized at Vadodara by the institute on 17th June 2022. Prof. J.
P. Shah represented the same from Electrical Department.
|
Sr. No |
Name of Industry Representative |
Designation and Name of Industry |
|
1.
|
Navil Shah |
Director, Power green Technologies Electrical
products |
|
2.
|
Ayush Jain |
GETCO, Gujarat Electricity Board |
|
3.
|
Vikrant Ray (2010 passed out) |
Amal Electricals (Consultancy and Engg) |
|
4.
|
AbhishekDatir (2010 passed out) |
Technic process Technologies Pvt, Ltd |
|
5.
|
Sameer Joshi (2016 Passed out) |
Junior Engineer, Indian Railways |
|
6.
|
Snehal Arun Kukane (2021 Passed out) |
Digital Solution Specialist (ABB) |
|
7.
|
Kranti Arun Porje (2021 Passed out) |
Management trainee at transformer factory, Hitachi
Energy |
|
8.
|
Samiksha S Yawalkar (2021 Passed out) |
Management Trainee at global feeder factory, Hitachi
Energy |
|
9.
|
Aishwarya Shukla (2016 passed out) |
Software Application Engineer, ALSTOM |
|
10.
|
Anuja Potdar
(2016 passed out) |
Deputy Manager MG Motors |
Felicitation of the Young Entrepreneurs
Felicitation of the Young Entrepreneurs of the
Department, Mr. Dhaval Tagare and Mr. Omkar Sonawane, E-Mmortal Automotives
Pvt. Ltd., Nashik was done on 11th June 2022 with the hands of Institute
Training and Placement Officer, Dr. P. K. Shahadakar.
Alumni Visit
Visit of department alumni (2017 batch) to the department
on 16th June 2022.
Alumni Achievement
The
interviewer and interviewee both are Electrical Department Alumni. Unacademy
has taken an interview with Ms. Punam
Ahire. From Unacademy, the interview was taken by Ms. Vaibhavi Thakre. Both are alumni of the Department.
Department in News
Student Articles
Li-Fi – THE FUTURE OF WIRELESS
Aditya Dilip Kale TE-Div B, (Electrical)
Li-Fi stands for Light Fidelity. The technology is very new and was
proposed by the German physicist Harald Haas in the 2011 TED (Technology,
Entertainment, Design) Global Talk on Visible Light Communication (VLC). Li-Fi
is a wireless optical networking technology that uses light emitting diodes
(LEDs) for the transmission of data. The term Li-Fi refers to visible light
communication (VLC) technology that uses light as a medium to deliver
high-speed communication like Wi-Fi and complies with the IEEE standard IEEE
1. Introduction
In today’s world of overcrowded (data communication), Li-Fi is a new and
efficient way of wireless communication. Li-Fi uses LED lights to transmit
data. The Transmission of data is done wirelessly. The current wireless
networks that connect us to the Internet become very slow when many devices are
connected. Also with the increase in the number of devices, which uses the
Internet, the availability of fixed bandwidth makes it much more difficult to
enjoy high data transfer rates and to connect to a secure network. Radio waves
are just a small part of the electromagnetic spectrum available for data
transfer. Li-Fi has got a much broader spectrum for transmission of data
compared to conventional methods of wireless communications that are done on
radio waves. The basic idea behind this technology is that the data can be
transferred through LED light by varying light intensities faster than the
human eyes can’t detect. This technology uses a part of the electromagnetic
spectrum that is still not generally utilized- The Visible Spectrum, instead of
Gigahertz radio waves for transferring data.
The idea of Li-Fi was introduced
by German physicist Harald Hass in the TED (Technology, Entertainment, Design)
Global talk on Visible Light
Communication (VLC) in July 2011,
by introducing it as data through illumination. He used a table lamp with an
LED bulb to transmit a video of a blooming flower that was then projected onto
a screen. In simple terms, Li-Fi can be thought of as light-based Wi-Fi i.e.
instead of radio waves it uses light to transmit data. In place of Wi-Fi
modems, Li-Fi would use transceivers fitted with LED lamps that could light a
room as well as transmit and receive information. By adding new and unutilized
bandwidth of visible light to the currently available radio waves for data
transfer, Li-Fi can play a major role in relieving the heavy loads which the
current wireless system is facing. Thus it may offer an additional frequency
band of the order of 400 THz compared to that available in RF communication
which is about 300 GHz. Also, as the Li-Fi uses the visible spectrum, it will
help alleviate concerns that the electromagnetic waves coming with Wi-Fi could
adversely affect our health. By Communication through visible light, Li-Fi
technology can change how we access the Internet, stream videos, receive emails,
and much more. Security would not be an issue as data can’t be accessed in the
absence of light. As a result, it can be used in high-security military areas
where RF communication is prone to eavesdropping.
2. ARCHITECTURE OF LI-FI
Li-Fi which can be the future of data communication
appears to be a fast and cheap optical version of Wi-Fi. Being a Visible Light
Communication (VLC), Li-Fi uses visible light of electromagnetic spectrum
between 400 THz and 800 THz as an optical carrier for data transmission and
illumination. It uses fast pulses of light to transmit information in a wireless
medium. The main components of a basic Li-Fi system may contain the following:
1.
A high brightness white LED acts as a transmission
source.
2.
A silicon photodiode with a good response to visible
light as the receiving element.
Turning the LEDs on and off can make them generate
digital strings with different combinations of 1s and 0s. To generate a new
data stream, data can be encoded in the light by varying the flickering rate of
the LED. In this way, the LEDs work as a transmitter by modulating the light
with the data signal. The LED output appears constant to the human because they
are made to flicker at a phenomenal speed (millions of times per second) and the
human eye can't detect this frequency. Communication rate more than
100 Mbps can be achieved by using high-speed LEDs with
the help of various multiplexing techniques. And this VLC data rate can be
further increased to as high as 10 Gbps via parallel data transmission using an
array of LED lights with each LED transmits a different data stream.
The Li-Fi transmitter system consists of four primary
subassemblies:
·
Bulb
·
RF Power Amplifier Circuit (PA)
·
Printed Circuit Board (PCB)
·
Enclosure
3. How it works
The working of Li-Fi is very simple. There is a light emitter
on one end i.e. an LED transmitter, and a photodetector (light sensor) on the
other. The data input to the LED transmitter is encoded into the light
(technically referred to as Visible Light Communication) by varying the rate at
which the LEDs turn on and off to achieve different strings of 1s and 0s. The
on-off activity of the LED transmitter which seems to be invisible (The LED
intensity is modulated so fast that the human eye cannot notice it, so the
light of the LED appears constant to humans), enables data transmission in the light
form by the incoming binary codes: switching ON a LED is a logical '1',
switching it OFF is a logical '0'. By varying the rate at which the LEDs turn
on and off, information can be encoded in the light to different combinations
of 1s and 0s.In a typical setup, the transmitter (LED) is connected to the data
network (Internet through the modem), and the receiver.
Light Fidelity (Li-Fi) technology is a wireless communication system based on the use of visible light between violet (800 THz) and red (400 THz). Unlike Wi-Fi which uses the radio part of the electromagnetic spectrum, Li-Fi uses the optical spectrum i.e. Visible light part of the electromagnetic spectrum. The principle of Li-Fi is based on sending data by amplitude modulation of the light source in a well-defined and standardized way. LEDs can be switched on and off faster than the human eyes can detect since the operating speed of LEDs is less than 1 microsecond. This invisible switching activity enables data transmission using binary codes. If the LED is on, a digital signal 1 is transmitted and if the LED is off, a digital signal 0 is transmitted. Also, these LEDs can be turned on and off very quickly which gives us a very nice opportunity for transmitting data through LED lights, because there are no interfering light frequencies like that of the radio frequencies in Wi-Fi. Li-Fi is thought to be 80% more efficient, which means it can reach speeds of up to 1Gbps and even beyond. Li-Fi differs from fiber optic because the Li-Fi protocol layers are suitable for wireless communication over short distances (up to 10 meters). This puts Li-Fi in a unique way of extremely fast and efficient wireless communication over short distances.
sensor) on the receiving end
receives the data as a light signal and decodes the information, which is then
displayed on the device connected to the receiver. The receiver (photodetector)
registers a binary 1 when the transmitter (LED) is ON and a binary 0 when the
transmitter (LED) is OFF. Thus flashing the LED numerous times or using an
array of LEDs (perhaps of a few different colors) will eventually provide data
rates in the range of hundreds of Mbps.
Smart Lighting: Opportunities & Challenges
Lighting plays an important role in our well-being and the use
of a smart lighting system adds elegance, ambiance, convenience, and energy
efficiency to any place…
Lighting is a vital part of life at home. It makes our homes
safer, cozier, and more welcoming. Lighting plays an important role in our
well-being and the use of a smart lighting system adds elegance, ambiance,
convenience, and energy efficiency to any place. Warm, dimmed light creates a
calming atmosphere that encourages socializing and relaxation. At present,
incorporating smart lighting in homes is easier than to think. The kits are
ready right out of the box, with light sources and steering devices pre-paired.
All we need to do is install the smart bulbs. Smart lighting is getting
smarter. Create a range of pre-set moods for all activities, from weeknight
cooking to weekend movie marathons, we can create a pre-set lighting mood for
each activity. By setting a ‘rise and shine’ timer, we can wake up gently to
softly brightening light. Smart lighting dimming kit white spectrum changes the
room and atmosphere from reading light to dancing light and back again with a
simple click on the remote control. Smart lighting, for instance, gives
flexibility because we can control it with timers, plus can set schedules and
monitor bulb status remotely, etc. There are four reasons why you should use
smart lighting. First and foremost it can save money on a utility bill. That’s
because a smart lighting network is very energy efficient; it allows us to
calibrate when exactly a light should be on. Smart lights can also simplify our
life. When preparing to travel, we won’t have to physically alter the settings
of each smart light or check to see if it is off before we leave., we can do
all this remotely, from afar.
Segments of Smart Lighting System: Smart lighting
incorporates many technologies so that either indoor or outdoor lights will
work automatically under certain conditions. Different smart lighting networks
do different things, but some of the more popular solutions feature smart
lights that are capable of instantly switching on when someone enters a room or
changing color when something occurs. Different types of smart lighting systems
are available with all know-how of their working, and the many products we can
buy on market today.
Home Automation: enables to have automatic, electronic, and
even remote control of the home as well as the devices, fixtures, accessories,
and appliances inside. Several manufacturers have already developed smart
products for homes and various control systems that enable their automation.
Smart lighting networks fit into the home automation trend and will change the
way of lighting our homes, forever.
Networks & Controls: Often allow lights to interact with
each other, so that they can be calibrated enmasse, or even individually
through a remote control setup. Smart lighting networks vary drastically, but
generally, their lights can either work independently or together when
connected. There are two main types of smart lighting networks:
sensor-integrated and non-sensor integrated. Sensor-integrated lights feature
sensors that enable them to recognize people and daylight, among other things.
These lights automatically send data to the smart lighting network, which sets
specific parameters for each light. Although non-sensor integrated lights don’t
have sensors, they’re still considered smart, because we can program them.
There are two main ways of controlling smart lights: control hubs and smart
devices. We can use tablets, smartphones, laptops, and even desktop computers
(as long as both the device and the smart lights are connected to Wi-Fi or
Bluetooth) to remotely configure and manage smart lighting. In some situations,
typically, in larger buildings, there is a dedicated control hub that maintains
the smart lighting network.
Role of LEDs: Energy savings, exciting new designs, better
light quality, lower environmental impact, and a 20-year lifespan; new LED
lighting is so much better than old incandescent lighting. So, we’ve switched
our entire lighting range to LEDs. This does mean everything, from bright and
accurate kitchen lighting to warm and cozy bedroom lighting with LED bulbs for
all existing light fittings. To reduce your energy consumption without making
sacrifices. To make living a sustainable life at home easier, more beautiful,
and more affordable, LEDs are an easy way to make a big difference. Energy
efficiency, viability, and sustainability were the questions the LED lighting
industry addressed over the last decade. With Solid-State Lighting successfully
established for indoor, outdoor, and roadway lighting, the industry is poised
to take LED to new dimensions. Within the smart lighting market, light emitting
diodes (LEDs) are expected to remain the largest market and are expected to
witness the highest growth over the forecast period. The declining cost of
LEDs, low maintenance, and high energy efficiency are expected to spur the
growth of this segment.
Smart Cities with Smart Lighting: Sensor technology is
developing at a phenomenal rate, battery-powered sensors can now last up to 10
years and be deployed in challenging locations to help deploy smart city
solutions almost anywhere. Solutions such as smart lighting, where traditional
legacy lights are replaced with LED lamps can generate significant savings on
energy bills and maintenance costs, and deliver a potential return on
investment in less than eight years. The upgraded street lighting assets can
then be further used to support other Smart City initiatives such as a WiFi
mesh network; smart parking and air quality monitoring. Devices that can power
themselves, by tapping into sunlight, vibrations, or heat, are also under
development. Moving beyond the functionality of products to meaningful
applications providing value for citizens and society requires a change in
paradigm that affects all participants. Cities strive to improve the quality of
life for their citizens and see opportunities in new information and
communication technology-based technologies. Public lighting and public
lighting infrastructure can play a significant role as a stepping stone to
achieving the ambitions of cities to become ‘smart cities. New technologies,
like LED lighting and data science, do not only contribute to energy saving but
at the same time provide opportunities for value-adding services.
Opportunities: There are always challenges in creating and
implementing smart solutions that are truly serving the needs of people and
making the place attractive to live in. Emerging challenges include
connectivity, interoperability, data security, non-visual effects of lighting,
and spectral and light dosage for plant and poultry growth. Questions have
arisen with respect to potential health implications of blue-rich, solid-state,
or compact fluorescent lighting. Short-wavelength visible light at very high
intensities can be phototoxic to the retina, and the newly discovered retinal
cells that influence circadian rhythm are strongly blue-sensitive. Night shift
workers have a higher cancer risk, and some scientists have suggested a
possible link to lighting at work that could indirectly impact cancer risk by
disruption of human circadian (day-night) regulation. Changing fixture and
control technologies — coupled with integration expectations and energy
management demands — leaves many lighting designers hesitant to fully embrace
lighting controls. Relying on manufacturers and engineers for all things
“controls” related, the lighting designer can ignore a vital tool in the design
and weaken their position with their clients when problems occur. Most of us
take for granted that our city lights will illuminate the streets – but
good-quality city lighting can also create a feeling of safety, allowing
citizens to enjoy life and make the most of everything a city has to offer.
Cities need to remain attractive and safe places for residents and visitors, to
develop as centers of economic growth. But this must be balanced by the harsh
reality of budget constraints and the requirement to lower our carbon footprint
by using fewer resources.
Future: The future of the smart lighting market looks
promising with opportunities in the residential and commercial sectors. The
global smart lighting market is expected to reach an estimated USD 17.7 billion
by 2022 and is forecast to grow at a CAGR of 23.9% from 2017 to 2022. The major
drivers of growth for this market are the development of smart cities,
increasing usage of wireless technology, and increasing awareness of energy
saving. Emerging trends, which have a direct impact on the dynamics of the
smart lighting industry, include the growing demand for Internet of Things
(IoT) technology and the emergence of light fidelity (Li-Fi) technology in the
field of the smart lighting market.
About Newsletter:
Declaration
Content in the e-Newsletter is checked and compiled by Newsletter Committee. Suggestions and inputs leading to the improvement of this newsletter are highly welcomed. Please write to engg-hod-elct@kkwagh.edu.in.
Newsletter Committee:
Chief
Editor: Dr. Ravindra K. Munje, Professor and
I/C HoD, Electrical Department
Faculty
Editors: Prof. Saravanan. S., Assistant Professor
Prof. Priya Vyavahare, Assistant
Professor
Student
Editors: Anuj
Paul (BE-A)
VedikaDharaskar
(BE-A)
Sharvari Phase
(BE-A)
Abhishek Jadhav
(BE-A)
RutujaKapile (BE-A)
VaibhavDhanokar
(TE-A)
HuzaifSayyed (TE-A)
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