TakeOff Projects – Best Project Consultancy for Engineering Students

With a dedicated department for renewable energy projects, Takeoff Projects has helped hundreds of students successfully execute their solar and wind energy projects. With an extensive library for wind energy project ideas, we can help you find the right ideas or can even execute your projects and deliver it to you within stipulated time. Check out our library of wind energy projects and contact us for more details.

Items per page:
1 – 10 of 18
S.no
Project Code
Project Name
Action
1 TEPGPS562 Sliding Mode Control for Grid Integration of Wind Power System Based o...

|Power Quality

2 TEPGPS683 Enhanced Control of DFIG Based Wind Energy Conversion System under Unb...

Hybrid Systems|Power Quality

3 TEPGPS613 Performance Improvement of Weak Grid-connected Wind Energy System Usin...

|Power Quality

4 TEPGPS610 Multi-Objective Control Strategy for Power Quality Improvement in Wind...

|Hybrid Systems|Solar Power Generation

5 TEPGPS635 Power Compensation Control for DFIG-Based Wind Turbines to Enhance Syn...
6 TEPGPS634 Adaptive Power Compensation-Based Frequency Regulation Strategy of Win...

Power Quality

7 TEPGPS627 Voltage-Fed Isolated Matrix-Type AC-DC Converter for Wind Energy Conve...

DC - AC Converters

8 TEPGPS623 Operation of Grid Connected PV-Battery-Wind Driven DFIG Based System

AC Drives|Hybrid Systems|Power Quality|Solar Power Generation

9 TEPGPS617 Wind-Driven DFIG–Battery–PV-Based System with Advance DSOSF-FLL Contro...

|AC Drives|Hybrid Systems|Power Quality|Solar Power Generation

10 TEPGPS600 Coordinated Control Strategy for Hybrid OFF-Grid System Based on Varia...

|Hybrid Systems|Solar Power Generation

Items per page:
1 – 10 of 18
Items per page:
1 – 10 of 18
S.no
Project Code
Project Name
Action
1 TEPGPS562 Sliding Mode Control for Grid Integration of Wind Power System Based o...

|Power Quality

2 TEPGPS683 Enhanced Control of DFIG Based Wind Energy Conversion System under Unb...

Hybrid Systems|Power Quality

3 TEPGPS613 Performance Improvement of Weak Grid-connected Wind Energy System Usin...

|Power Quality

4 TEPGPS610 Multi-Objective Control Strategy for Power Quality Improvement in Wind...

|Hybrid Systems|Solar Power Generation

5 TEPGPS635 Power Compensation Control for DFIG-Based Wind Turbines to Enhance Syn...
6 TEPGPS634 Adaptive Power Compensation-Based Frequency Regulation Strategy of Win...

Power Quality

7 TEPGPS627 Voltage-Fed Isolated Matrix-Type AC-DC Converter for Wind Energy Conve...

DC - AC Converters

8 TEPGPS623 Operation of Grid Connected PV-Battery-Wind Driven DFIG Based System

AC Drives|Hybrid Systems|Power Quality|Solar Power Generation

9 TEPGPS617 Wind-Driven DFIG–Battery–PV-Based System with Advance DSOSF-FLL Contro...

|AC Drives|Hybrid Systems|Power Quality|Solar Power Generation

10 TEPGPS600 Coordinated Control Strategy for Hybrid OFF-Grid System Based on Varia...

|Hybrid Systems|Solar Power Generation

Items per page:
1 – 10 of 18
Items per page:
1 – 10 of 18
S.no
Project Code
Project Name
Action
1 TEPGPS562 Sliding Mode Control for Grid Integration of Wind Power System Based o...

|Power Quality

2 TEPGPS683 Enhanced Control of DFIG Based Wind Energy Conversion System under Unb...

Hybrid Systems|Power Quality

3 TEPGPS613 Performance Improvement of Weak Grid-connected Wind Energy System Usin...

|Power Quality

4 TEPGPS610 Multi-Objective Control Strategy for Power Quality Improvement in Wind...

|Hybrid Systems|Solar Power Generation

5 TEPGPS635 Power Compensation Control for DFIG-Based Wind Turbines to Enhance Syn...
6 TEPGPS634 Adaptive Power Compensation-Based Frequency Regulation Strategy of Win...

Power Quality

7 TEPGPS627 Voltage-Fed Isolated Matrix-Type AC-DC Converter for Wind Energy Conve...

DC - AC Converters

8 TEPGPS623 Operation of Grid Connected PV-Battery-Wind Driven DFIG Based System

AC Drives|Hybrid Systems|Power Quality|Solar Power Generation

9 TEPGPS617 Wind-Driven DFIG–Battery–PV-Based System with Advance DSOSF-FLL Contro...

|AC Drives|Hybrid Systems|Power Quality|Solar Power Generation

10 TEPGPS600 Coordinated Control Strategy for Hybrid OFF-Grid System Based on Varia...

|Hybrid Systems|Solar Power Generation

Items per page:
1 – 10 of 18

With the power crisis looming across the country, the need for power generation through renewable energy sources is higher than ever. While solar power is already being leveraged and is on the ascent the market for power generation using wind energy is rapidly increasing year on year.

To quote figures from the year 2000 to the year 2019 there has been a 700 times increase in solar power generation which still amounts to only 7% of the total power generated. And hence, power generation using renewable energy, especially solar and wind energy promises an ever-green future for engineering professionals.

If you are an engineering student we suggest you pick a renewable energy project like solar energy or wind energy projects. If you have already made a choice and have chosen wind energy projects then Takeoff Projects is here to help you.

Challenges of Executing Wind Energy Projects

Wind energy projects belong to a class of projects that are hard to execute and implement owing to a lot of practical challenges. For example, even building a simple wind turbine project for a school will demand a lot of work from the design of the blades, rotors, and motors to implement power generations. Real-life wind energy projects will pose 10X challenges and without help from professionals, it could be impossible to successfully implement serious wind energy projects within the given time.

Fortunately, our engineering professional at Takeoff projects holds an excellent track record in designing and implementing wind energy projects for engineering students.

Final year projects