Takeoff Projects - Best Consultancy for Electrical Power System Projects

With a dedicated electrical engineering department powered by professional electrical engineers, Takeoff Projects can provide complete assistance and guidance for your electrical power system projects. 

Students can come up with their project ideas or seek help from our experts on our new electrical system project ideas. Either way, from ideation, and conceptualization to planning and executing, our electrical engineering professionals can provide comprehensive help for your electrical power system projects.  You can check out our library for electrical system project ideas here and contact us for more information.

Items per page:
1 – 10 of 15
S.no
Project Code
Project Name
Action
1 TEPGPS888 Control and performance assessment of a PV and battery operated shunt...

Solar Power Generation

2 TEPGPS883 A Fast-response Power-Flow Control Strategy of MMC-UPFC based on Activ...

|DC - AC Converters

3 TEPGPS863 Optimized PI Gain in UPQC Control Based on Improved Zero Attracting No...

4 TEPGPS844 Three-Phase Grid Connected Shunt Active Power Filter Based on Adaptive...

Solar Power Generation

5 TEPGPS835 Coordinated Control of Grid-Connected PMSG Based Wind Energy System Wi...

Wind Power Generation|AC Drives

6 TEPGPS842 An Advanced Control Strategy for a Weak Grid-Connected DG for Enhancin...

7 TEPGPS847 A Single-Stage Bridgeless PFC Charger with Enhanced Power Quality for ...

Solar Power Generation|Electrical Vehicles

8 TEPGPS853 Improving Active Resonance Damping and Unbalanced Voltage Mitigation B...

Microgrids|DC - AC Converters

9 TEPGPS834 Predictive Control of PMSG-Based Hydro-Electric System With Battery Su...

|AC-DC Converters

10 TEPGPS824 Experimental Investigations on Photovoltaic Interface Neutral Point Cl...

Solar Power Generation|

Items per page:
1 – 10 of 15
Items per page:
1 – 10 of 15
S.no
Project Code
Project Name
Action
1 TEPGPS888 Control and performance assessment of a PV and battery operated shunt...

Solar Power Generation

2 TEPGPS883 A Fast-response Power-Flow Control Strategy of MMC-UPFC based on Activ...

|DC - AC Converters

3 TEPGPS863 Optimized PI Gain in UPQC Control Based on Improved Zero Attracting No...

4 TEPGPS844 Three-Phase Grid Connected Shunt Active Power Filter Based on Adaptive...

Solar Power Generation

5 TEPGPS835 Coordinated Control of Grid-Connected PMSG Based Wind Energy System Wi...

Wind Power Generation|AC Drives

6 TEPGPS842 An Advanced Control Strategy for a Weak Grid-Connected DG for Enhancin...

7 TEPGPS847 A Single-Stage Bridgeless PFC Charger with Enhanced Power Quality for ...

Solar Power Generation|Electrical Vehicles

8 TEPGPS853 Improving Active Resonance Damping and Unbalanced Voltage Mitigation B...

Microgrids|DC - AC Converters

9 TEPGPS834 Predictive Control of PMSG-Based Hydro-Electric System With Battery Su...

|AC-DC Converters

10 TEPGPS824 Experimental Investigations on Photovoltaic Interface Neutral Point Cl...

Solar Power Generation|

Items per page:
1 – 10 of 15
Items per page:
1 – 10 of 15
S.no
Project Code
Project Name
Action
1 TEPGPS888 Control and performance assessment of a PV and battery operated shunt...

Solar Power Generation

2 TEPGPS883 A Fast-response Power-Flow Control Strategy of MMC-UPFC based on Activ...

|DC - AC Converters

3 TEPGPS863 Optimized PI Gain in UPQC Control Based on Improved Zero Attracting No...

4 TEPGPS844 Three-Phase Grid Connected Shunt Active Power Filter Based on Adaptive...

Solar Power Generation

5 TEPGPS835 Coordinated Control of Grid-Connected PMSG Based Wind Energy System Wi...

Wind Power Generation|AC Drives

6 TEPGPS842 An Advanced Control Strategy for a Weak Grid-Connected DG for Enhancin...

7 TEPGPS847 A Single-Stage Bridgeless PFC Charger with Enhanced Power Quality for ...

Solar Power Generation|Electrical Vehicles

8 TEPGPS853 Improving Active Resonance Damping and Unbalanced Voltage Mitigation B...

Microgrids|DC - AC Converters

9 TEPGPS834 Predictive Control of PMSG-Based Hydro-Electric System With Battery Su...

|AC-DC Converters

10 TEPGPS824 Experimental Investigations on Photovoltaic Interface Neutral Point Cl...

Solar Power Generation|

Items per page:
1 – 10 of 15

Related Projects

A network of electrical components that are combined to process, supply, transfer, distribute and consume electrical power is called an electric power system. Since the electricity is generated at places where the resources are available, the power that is generated needs to be transmitted to the consumers. The entire arrangement of delivering this generated power reliably and efficiently to the consumer locations is called an electrical power system.

An electrical grid that supplies power to industries and residential homes in the nearby area is a simple example of a power system. Here electrical power systems (grid), and generators supply power, and transmission lines transfer and distribute the power to individual homes for residential applications for a large-scale electrical power system.

Why Choose Electrical Power System Projects?

Given the intricate number of electrical components and systems, electrical power system projects give you a solid foundation in electrical engineering, more than any other sub-branch.

Considering the impending power crisis efficient transmission and distribution of electrical power become indispensable. So choosing the right electrical power system projects on your graduation and post-graduation will rapidly boost your chance of employment and pave way for a bright career in electrical engineering.

If you have already decided to pick up an electrical power system projects and are looking for a project consultancy that can help solve your problems and execute the project efficiently for you. Then Takeoff Projects is here to help you.


Final year projects