e - Newsletter-February 2024

 

Department Events

Expert Lecture on “Modern Trends and Technology in Lighting” on 22/02/2024

Department of Electrical Engineering in association with the IEEE Students Chapter organized Expert Lecture on “Modern Trends and Technology in Lighting” for BE(A and B), TE (A)students and staff of the department on 22/2/2024.: Resource Person: Mr. Yateen Mujumdar, Owner, SEAL TECH, Nashik. Total No. of Students present = 77.The session helped students to understand opportunities they can gain insights into cutting-edge lighting solutions, including smart lighting systems, energy-efficient LED technologies, and the integration of IoT for enhanced control and functionality. Even how these advancements are revolutionizing lighting design and implementation across various sectors.

Expert Lecture on “Electric Mobility Rolling Stock” on 16/02/2024

Department of Electrical Engineering in association with IET On Campus Organizes Expert Lecture on “Electric Mobility Rolling Stock” for BE(A and B)students and staff of the department on 16/2/2024: Resource Person: Mr. Kunal Patil, Component Engineer at Siemens Mobility. Total No. of Students present = 66.The session helped students to understand the latest technologies, including electric trains, trams, and other forms of electrified transportation. Overall, the session served as a valuable platform for knowledge exchange and collaboration among industry experts and stakeholders in advancing electric mobility initiatives.

Expert Lecture on “Overview of Protection Systems in Distribution and Transmission Networks” on 16/02/2024

Department of Electrical Engineering in association with the IEEE Students Chapter organized Expert Lecture on “Overview of Protection Systems in Distribution and Transmission Networks” for  TE and BE(A and B)students and staff of the department on 9/2/2024.: Resource Person: Mr. Gajanan Sarode, Deputy Engineer, MSETCL. Total No. of Students present = 109.The session helped students to understand what opportunities they can gain valuable insights into the mechanisms and technologies employed to safeguard these networks, ensuring their reliability and resilience. Discussions covered key concepts, challenges, and advancements in protection systems, contributing to a deeper understanding among participants.

K K Wagh has signed two MoUs on 20/02/2024

The K K Wagh Institute of Engineering Education and Research has signed two MoUs: One with Rishabh Instruments and another with the University of Zielona Gora, Poland. The objectives of these MoUs are to provide more opportunities to students in making them more industry-ready and also to provide higher study opportunities. This was done in the presence of Mr. Dinesh Ji Musalekar, CEO of Rishabh Group and his team for this great opportunity. This provides a wide range of opportunities for the Electrical Engineering students of the department for internships, placements, projects, collaborations, and student exchange programs.

IET Train the Trainer Program on 24th February 2024

The department has successfully organized the IET Train the Trainer Program on 24th February 2024. About the Program: The IET Train the Trainer Program is designed to aware faculty members from other reputed engineering institutions about the events, activities and initiatives of the IET and to train them with the procedures and practices to conduct events like Present Around The Network (PATN), the IET India Scholarship Award, the IET Karmaveer Expo 2024, etc.  In this, Dr. Prashant Kushare (Chairman, IET Nashik LN) welcomed all the guest faculties and LN office bearers and provided a brief overview of the IET. Dr R. K. Munje (CCSA Member, IET Nashik LN) provided the information on the IET Academic Affiliate Program, IET On Campus and Student Engagement, and Prof. Nayana Jangle (Secretary, IET Nashik LN) guided on the conduction of the PATN. Ms. Arya Patil shared her experience of the IET India Scholarship Award. A total of 18 faculty members from the reputed engineering institutions participated in the event. The was successfully coordinated by Prof. Nayana Jangle.

Industry-Institute Interaction and AICTE IDEA Lab Awareness Program on 24th Feb 2024

The electrical Department in association with the AICTE IDEA Lab of the institute has organized an Industry-Institute Interaction and AICTE IDEA Lab Awareness Program on 24^thFeb 2024.The Industry-Institute Interaction serves as a vital bridge between academia and industry, fostering collaboration, knowledge exchange, and innovation. It provides a platform for students, faculty, and industry professionals to come together, share insights, and explore opportunities for mutual growth. During the event, participants engaged in insightful discussions, views sharing, and workshops covering a wide range of topics relevant to today's dynamic industries. From emerging trends to industry best practices, the exchange of ideas was both enriching and enlightening. This was coordinated by Prof. Rupali Ahire and Dr. Saravanan.S.

 

‘Parents Meet’ on 27th Feb 2024 for the parents of FY and SY students

Department of Electrical Engineering has organized a ‘Parents Meet’ on 27th Feb 2024 for the parents of FY and SY students. Around 40 parents actively participated in this meeting. Dr. Ravindra Munje presented the overview of Semester II for all the classes and respective class coordinators (Prof. J. D. Patil, Prof. A. S. Khaire, Prof. Nayana Jangle and Prof. P. V. Dhole) provided the progress of their divisions and classes. Parents have given several suggestions for the overall development of the department. 

Student Corner

Student Placement

The following students are placed in various multinational companies. Congratulations to all the students!

Placed Students Details (February - 2024)

Sr. No.	Name of the Student	Package	Placement Date
1.	Patil Sanika Rajesh	5	16/02/2024
2.	Rokade Rohit Balasaheb	5	16/02/2024
3.	Choukate Aditya Prakash	5	16/02/2024
4.	Shejwal Devendra Keshav	5	16/02/2024
5.	Mule Rishikesh Umesh	5	16/02/2024
6.	Kulkarni Gaurav Ganesh	8.5	19/02/2024
7.	Kharche Harshal Satish	8.5	19/02/2024
8.	Bharati Prajwal Anil	8.5	19/02/2024
9.	Mule Rishikesh Umesh	8.5	19/02/2024
10.	Rokade Rohit Balasaheb	8.5	19/02/2024
11.	Patil Sanika Rajesh	8.5	19/02/2024

Savitribai Phule Pune University Toppers

Two of our students are listed as rankers in the Savitribai Phule Pune University.

1. Vedika Rajesh Dharaskar, 3rd Rank with 86.61 % and

2. Dhanashree Popat Bhor, 6th Rank with 86.24 % 

Congratulations to both of them

Savitribai Phule Pune University Topper

Congratulations to Dheple Ishwari Sanjay for securing the 7th position in the Savitribai Phule Pune University in SE (Electrical) Examination conducted in May 2022.

Savitribai Phule Pune University Topper

Congratulations to Tungar Sayaji Rajendra for securing the 7th position in the Savitribai Phule Pune University in SE (Electrical) Examination conducted in May 2021.

Semester Toppers

The Toppers of the Semester I Examination for Academic Year 2023-24 for both FY and SY Classes are felicitated with the hands of parents during the parents meeting organized on 27th Feb 2024.

FY N Division

1. Karanjkar Ankita Dattatray

2. Khandekar Akanksha Pravin

3. Bhagare Atharva Abhay

FY O Division

1. Sagale Prerana Ashok

2. Dangare Kajal Sudarshan

3. Dhikale Rohini Ratan

SY A Division

1. Jadhav Yogita Santosh And Meshram Rashmi Pramod

2. Patil Revati Sanjay

3. Aira Sachin Malegaonkar

SY B Division

1. Kshirsagar Prasad Balkrushna

2. Sharma Ayush Udaykant

3. Walake Prathamesh Prakash

Congratulations to all of them!

Parents Felicitation

Felicitation of Parents of Nikita Kale BE (Electrical) Division A student for her placement in a Multinational Company with the hands of Prof. Nayana Jangle and Prof. Aishwarya Awhad on 10th Feb 2024.

Parents Felicitation

Felicitation of Parents of Prerna Suryvanshi BE (Electrical) Division A student for her placement in a Multinational Company with the hands of Dr. Abhishek Srivastava and Prof. Chetan Gadge on 10th Feb 2024.

Parents Felicitation

Felicitation of Parents of Prathamesh Dhikale BE (Electrical Div. A) for getting placed in a Multinational Company. The felicitation was done in Adarsh Secondary School, Nasik on 15th Feb 2024.

Parents Felicitation

Felicitation of the parents of Ms. Indrayani Pawar for getting placed in the multinational company through the campus placement. Congratulations!

Parents Felicitation

Felicitation of parents of Ms. Gayatri Ohal for getting placed in the Multinational Company for the academic year 2023-24. Prof. Prajkta Dhole and Prof. Pooja Sapkade have done the felicitation on behalf of the department.

Students Felicitation

The department has conducted the felicitation of the students who are placed in the multinational company on 10th Feb 2024. Congratulations to all of them. All the students expressed their views about the placement activity with the SY and TE students.

Students Felicitation on 17/02/2024

The department has conducted the felicitation of the placed students on 17th Feb 2024. This was an inspiring moment for all the students of Second Year and Third year. All the placed students guided the students in the preparation for the campus placement activities.

Industrial visit of FY BTech (Div. N) on 12/02/2024

The department has conducted an Industrial visit of FY BTech (Div. N) students to Nashik Thermal Power Station (NTPS), Eklahare for the Power Generation Technologies course on 12th February 2024 with Prof. Sonali Patil and Prof. Nikhil Gaikwad.

Industrial visit of FY BTech (Div. O) on 13/02/2024

The department has conducted an Industrial visit of FY BTech (Div. O) students to Nashik Thermal Power Station (NTPS), Eklahare for the Power Generation Technologies course on 13th February 2024 with Prof. Archana Pawar.

Field Visit on 19/02/2024

Students of the Department have visited Bhokni Village in Tal. Sinnar Dist. Nashik. During the visit, students explored a Solar PV plant installed to run a 7.5 Hp water pump used for drinking water supply to the village. Also, students saw solar water pumps for agriculture irrigation purposes!

Besides this Gramsavek of Bhokni village explained how they get funds from the government and utilise the government funds for rural development projects. Students also got a chance to see a few new projects like Nakshatra Bag, Green Oxygen Park, Automatic Water filter system, Lotus Park, ground Water lever measurement device, Rainwater measurement device and the best plastic-free village initiated by Satpanch Mr Arun Wagh. This visit was coordinated and organized by Prof. Nikhil Gaikwad.

Team Nikola Triumphs at SAEISS Dr. G Padmanabham Memorial Electric Two Wheeler Design Competition 2024!

We are thrilled to announce that Team Nikola has emerged victorious at the prestigious SAEISS Dr. G Padmanabham Memorial Electric Two Wheeler Design Competition 2024, held at Rajalakshmi Engineering College in collaboration with SAEIndia Southern Section.

Award Achievements: Best Design Award: Team Nikola showcased unparalleled innovation and creativity in their design, earning them the coveted 1st Award for Best Design.

Overall Performance Award (3rd Place): Demonstrating exceptional engineering prowess and performance, Team Nikola clinched the 3rd Award for Overall Performance, solidifying their position among the top contenders.

About the Competition:

The SAEISS Dr. G Padmanabham Memorial Electric Two Wheeler Design Competition serves as a platform for aspiring engineers and innovators to showcase their skills in designing efficient and sustainable electric two-wheelers. With rigorous evaluation criteria and stiff competition, this event attracts some of the brightest minds in the field of electric vehicle design.

Team Nikola's Triumph:

Team Nikola is from the K.K.Wagh Institute of Engineering Education & Research. Team Nikola's success at this esteemed competition underscores their dedication, ingenuity, and commitment to advancing electric vehicle technology. Their winning design not only excelled in aesthetics but also performance, efficiency, and sustainability, setting a new standard for electric two-wheeler innovation. Form the Electrical Department, K. K. Wagh Institute of Engineering Education and Research Prof. Ganesh Jadhav (Faculty advisor), Omkar OZARKAR, Prajakta Patil, Aditya Velanjkar and Tanuja Wagh were actively involved in the design and development. 

Certificate Course on the Design and Simulation of Renewable Energy Systems in Typhoon HIL from February 16th to February 20th, 2024

The Certificate Course on the Design and Simulation of Renewable Energy Systems in Typhoon HIL for our second-year students! From February 16th to February 20th, 2024, our students delved into a comprehensive journey of learning and practical application.

Here's a breakdown of what our participants experienced:

Day 1: Introduced fundamental concepts of renewable energy systems, focusing on Solar Photovoltaic, module configurations, and system types, followed by hands-on training conducted by the knowledgeable Mr. Kishor Warungase.

Day 2: Explored the intersection of chemistry and physics in renewable energy, with a spotlight on hydrogen production, storage, and its industrial applications. Mr. Pavan Kushare led this enlightening session, showcasing real-world equipment like Hydrogen Electrolysers and Fuel Cells.

Day 3: Took our learning beyond the classroom with a visit to Bhokni village, Tal. Sinnar, Dist. Nashik, offering invaluable insights into real-world applications of renewable energy solutions.

Days 4 & 5: Immersed in the world of Modelling and Simulation using Typhoon HIL technology. Led by the proficient Mr. Nikhil Gaikwad, students gained hands-on experience in designing circuits, exploring SCADA tools, and simulating solar PV systems. Special thanks to Prof. Nikhil Gaikwad for his exceptional coordination and guidance throughout the entire certificate course, ensuring a rich and impactful learning experience for all participants.

Congratulations to all our students for their dedication and enthusiasm in embracing the future of renewable energy! 

Congratulations!

S.Y. B.Tech (Electrical) Team of the Department won the final match of Volleyball in Maffick 2024. Congratulations to all of them.

Faculty Corner

Best Teacher Award

Prof. Dr. Ravindra K. Munje (I/C Head of Electrical Engineering, K. K. Wagh Institute of Engineering Education and Research Nashik) is deeply honored to have been selected for the Best Teacher Award (Professional Courses) - Urban Area for the year 2023-24 as part of the University Foundation Day Awards of Savitribai Phule Pune University.

Design Patent Granted

The Certificate of Registration Design, The Patent Office, Government of India has been awarded to Dr. Ravindra Munje. The other innovators in the design are Dr. Ajinkya Joshi, Dr. Vilas Patil, Dr. S. S. Banait.

Death anniversary of Late Shri. Bhalasaheb Deoram Wagh (Bhau)

On the death anniversary of Late Shri. Bhalasaheb Deoram Wagh (Bhau), the department has paid floral tribute to him.  Prof. Snehal Wagh, from the Department, gave a speech highlighting the contribution of Hon. Bhau in developing the K. K. Wagh Education Society, Nashik.

Student Article

Large Spacecraft Electric Propulsion System Using Multiphase Generator

Sarmeshwar Kadam,TE-DIVB,(Electrical)sarrmeshwarkadam369@gmail.com

Introduction

Electric propulsion systems have become integral to the evolution of spacecraft technology, enabling enhanced manoeuvrability, extended mission durations, and increased payload capacities. One key element driving these advancements is the development of multiphase generators. This article explores the significance of large spacecraft electric propulsion and delves into the role of multiphase generators in pushing the boundaries of space exploration.

 1. The Rise of Electric Propulsion

Traditional chemical propulsion systems have limitations in terms of efficiency and manoeuvrability. Electric propulsion addresses these challenges by utilizing electric power for thrust generation. Ion drives and Hall-effect thrusters are examples of electric propulsion systems that have gained prominence in recent space missions. However, as spacecraft sizes increase, the demand for more powerful and efficient electric propulsion systems has grown.

 2.Multiphase Generators in Spacecraft Propulsion

Multiphase generators play a crucial role in providing the necessary electric power for large spacecraft electric propulsion systems. Unlike traditional single-phase generators, multiphase generators generate electrical power in multiple, synchronized phases. This design enhances power efficiency and allows for better control over the electric propulsion system.

3. Advantages of Multiphase Generators

1.Higher Power Output: Multiphase generators can deliver higher power outputs compared to their single-phase counterparts, making them well-suited for the demanding requirements of large spacecraft.

2.Redundancy and Reliability: The multiphase architecture provides redundancy, ensuring that the spacecraft can continue its mission even if one phase encounters issues. This improves overall system reliability.

3.Improved Control and Precision: The synchronized phases enable precise control over the electric propulsion system, allowing for fine-tuned adjustments in thrust and direction. This is essential for complex man oeuvres and orbital adjustments.

  4. Applications in Large Spacecraft

1.Deep Space Exploration: Large spacecraft equipped with multiphase generator-powered electric propulsion systems are ideal for deep space missions. The efficiency and reliability of these systems make them suitable for extended journeys beyond our solar system.

2.Satellite Constellations: In the era of satellite mega-constellations, where hundreds or thousands of satellites operate in concert, multiphase generators provide the necessary power for efficient station-keeping and orbital adjustments.

3.Human Exploration Missions: As aspirations for human exploration beyond Earth's orbit grow, large spacecraft with robust electric propulsion systems become essential. Multiphase generators contribute to the energy needs of these missions.

5. Challenges and Future Prospects

While multiphase generators offer significant advantages, challenges such as increased complexity and potential maintenance issues need to be addressed. Ongoing research and development aim to optimize these systems for broader applications and to ensure long-term reliability.

The future prospects of large spacecraft electric propulsion systems are promising, with ongoing advancements in technology and research shaping the trajectory of space exploration. Here are key aspects that highlight the future prospects of these systems:

6. Increased Efficiency and Power

Future developments aim to enhance the efficiency of electric propulsion systems, enabling spacecraft to cover longer distances with less fuel.
Improvements in power generation and distribution will contribute to increased thrust, allowing for faster travel and more extensive exploration.

7. Innovations in Propulsion Technologies

Continued research into novel propulsion technologies, such as advanced ion drives and next-generation Hall-effect thrusters, will contribute to even more efficient and powerful electric propulsion systems. Exploration of alternative propulsion concepts, such as electromagnetic and plasma-based systems, may further diversify the options available for large spacecraft.

8.Integration with Renewable Energy

As sustainability becomes a focal point in space exploration, there’s potential for integrating renewable energy sources into spacecraft power systems. Solar panels and advanced energy storage technologies could play a role in powering electric propulsion systems.

9. Deep Space Exploration

Large spacecraft equipped with advanced electric propulsion systems will play a crucial role in deep space exploration missions. The ability to efficiently travel long distances without the need for frequent refueling opens up possibilities for missions to distant celestial bodies and interstellar space.

10. Human Space Exploration

Electric propulsion systems are likely to be integral to future crewed missions beyond Earth’s orbit. The efficiency and extended operational life of these systems make them suitable for supporting human exploration endeavors, including missions to Mars and beyond.

11. Satellite Mega-Constellations

The demand for satellite mega-constellations for communication, Earth observation, and other applications is expected to grow. Large spacecraft electric propulsion systems will be crucial for maintaining and maneuvering these constellations efficiently in space.

12. Advancements in Materials and Manufacturing

Innovations in materials science and manufacturing techniques will contribute to the development of lightweight and durable components for electric propulsion systems. This, in turn, will lead to spacecraft with improved performance and increased payload capacities.

13. International Collaboration

Collaborative efforts among space agencies and private entities worldwide will accelerate the pace of innovation. Shared research and development initiatives can lead to breakthroughs in electric propulsion technologies and their application in large spacecraft.

14. Autonomous Operations

Advancements in artificial intelligence and autonomous systems will enable spacecraft equipped with electric propulsion to conduct more complex manoeuvres and operations without constant human intervention. This autonomy is crucial for the success of long-duration missions. Electric propulsion system in Space Satellites shown in Figure 1

Figure 1.Electric propulsion system in Space Satellites  

15. Conclusion

The integration of multiphase generators into large spacecraft electric propulsion systems marks a significant leap forward in space exploration capabilities. As technology continues to advance, these innovations will pave the way for ambitious missions, pushing the boundaries of what is possible in the vast expanse of our solar system and beyond.

Reference

[1] S. -W. Hwang, D. -K. Son, S. -H. Park, G. -H. Lee, Y. – D. Yoon and M. -S. Lim, “Design and Analysis of Dual Stator PMSM with Separately Controlled Dual 3-Phase Winding for eVTOL Propulsion,” IEEE Transactions On Transportation Electrification, 2022.

[2] S. Al-Adsani, O. Beik, Multiphase Hybrid Electric Machines: Applications for Electrified Powertrains. Switzerland: Springer International Publishing, 2021.