With a dedicated electrical department that specializes in ideating, designing, and executing power system based projects, Takeoff Projects offers complete assistance from start to finish for engineering students.
Our power system based projects span across – power generation using renewable sources, improvements in transmission, distribution and more. Our extensive and growing library is filled with projects across all possible areas. Our experts can provide ideas if you are about to kick-start your projects or can help with implementation with your stalled project. If you are student with less time and resources we can build your power system based project of your choice from ground-up, execute and deliver it to you with in stipulated timeframe successfully. Checkout our library of power system based projects and contact us here.
Project Code: TEPGPS829
Project Title:Grid-Forming Voltage-Source Inverter for Hybrid Wind-Solar Systems Interfacing Weak GridsSolar Power Generation| AC-DC Converters
View DetailsProject Code: TEPGPS830
Project Title:Grid-Forming Voltage-Source Inverter for Hybrid Wind-Solar Systems Interfacing Weak GridsWind Power Generation| AC-DC Converters
View DetailsProject Code: TEPGPS828
Project Title:Analysis of Renewable Energy Sources and Electrical Vehicles Integration Into MicrogridView DetailsProject Code: TEPGPS827
Project Title:Experimental Validation of Feedback PI Controllers for Multi-Rotor Wind Energy Conversion SystemsView DetailsProject Code: TEPGPS826
Project Title:A Maximum Power Point Tracking Technique for a Wind Power System Based on the Trapezoidal RuleView DetailsProject Code: TEPGPS824
Project Title:Experimental Investigations on Photovoltaic Interface Neutral Point Clamped Multilevel Inverter-Based Shunt Active Power Filter to Enhance Grid Power QualityView DetailsProject Code: TEPGPS825
Project Title:Experimental Investigations on Photovoltaic Interface Neutral Point Clamped Multilevel Inverter-Based Shunt Active Power Filter to Enhance Grid Power QualityView DetailsProject Code: TEPGPS822
Project Title:HESS management for Virtual Inertia, Frequency and Voltage Support through Off-board EV Bidirectional ChargersView DetailsProject Code: TEPGPS819
Project Title:Dual Fuzzy-Sugeno Method to Enhance Power Quality Performance using a Single-phase Dual UPQC-Dual PV Without DC-Link CapacitorView DetailsProject Code: TEPGPS820
Project Title:Dual Fuzzy-Sugeno Method to Enhance Power Quality Performance using a Single-phase Dual UPQC-Dual PV Without DC-Link CapacitorView Details S.no | Project Code | Project Name | Action |
---|---|---|---|
1 | TEPGPS829 | Grid-Forming Voltage-Source Inverter for Hybrid Wind-Solar Systems Int... | |
2 | TEPGPS830 | Grid-Forming Voltage-Source Inverter for Hybrid Wind-Solar Systems Int... | |
3 | TEPGPS828 | Analysis of Renewable Energy Sources and Electrical Vehicles Integrati... | |
4 | TEPGPS827 | Experimental Validation of Feedback PI Controllers for Multi-Rotor Win... | |
5 | TEPGPS826 | A Maximum Power Point Tracking Technique for a Wind Power System Based... | |
6 | TEPGPS824 | Experimental Investigations on Photovoltaic Interface Neutral Point Cl... | |
7 | TEPGPS825 | Experimental Investigations on Photovoltaic Interface Neutral Point Cl... | |
8 | TEPGPS822 | HESS management for Virtual Inertia, Frequency and Voltage Support th... | |
9 | TEPGPS819 | Dual Fuzzy-Sugeno Method to Enhance Power Quality Performance using a... | |
10 | TEPGPS820 | Dual Fuzzy-Sugeno Method to Enhance Power Quality Performance using a... |
Project Code: TEPGPS829
Project Title:Grid-Forming Voltage-Source Inverter for Hybrid Wind-Solar Systems Interfacing Weak GridsSolar Power Generation| AC-DC Converters
View DetailsProject Code: TEPGPS830
Project Title:Grid-Forming Voltage-Source Inverter for Hybrid Wind-Solar Systems Interfacing Weak GridsWind Power Generation| AC-DC Converters
View DetailsProject Code: TEPGPS828
Project Title:Analysis of Renewable Energy Sources and Electrical Vehicles Integration Into MicrogridView DetailsProject Code: TEPGPS827
Project Title:Experimental Validation of Feedback PI Controllers for Multi-Rotor Wind Energy Conversion SystemsView DetailsProject Code: TEPGPS826
Project Title:A Maximum Power Point Tracking Technique for a Wind Power System Based on the Trapezoidal RuleView DetailsProject Code: TEPGPS824
Project Title:Experimental Investigations on Photovoltaic Interface Neutral Point Clamped Multilevel Inverter-Based Shunt Active Power Filter to Enhance Grid Power QualityView DetailsProject Code: TEPGPS825
Project Title:Experimental Investigations on Photovoltaic Interface Neutral Point Clamped Multilevel Inverter-Based Shunt Active Power Filter to Enhance Grid Power QualityView DetailsProject Code: TEPGPS822
Project Title:HESS management for Virtual Inertia, Frequency and Voltage Support through Off-board EV Bidirectional ChargersView DetailsProject Code: TEPGPS819
Project Title:Dual Fuzzy-Sugeno Method to Enhance Power Quality Performance using a Single-phase Dual UPQC-Dual PV Without DC-Link CapacitorView DetailsProject Code: TEPGPS820
Project Title:Dual Fuzzy-Sugeno Method to Enhance Power Quality Performance using a Single-phase Dual UPQC-Dual PV Without DC-Link CapacitorView Details S.no | Project Code | Project Name | Action |
---|---|---|---|
1 | TEPGPS829 | Grid-Forming Voltage-Source Inverter for Hybrid Wind-Solar Systems Int... | |
2 | TEPGPS830 | Grid-Forming Voltage-Source Inverter for Hybrid Wind-Solar Systems Int... | |
3 | TEPGPS828 | Analysis of Renewable Energy Sources and Electrical Vehicles Integrati... | |
4 | TEPGPS827 | Experimental Validation of Feedback PI Controllers for Multi-Rotor Win... | |
5 | TEPGPS826 | A Maximum Power Point Tracking Technique for a Wind Power System Based... | |
6 | TEPGPS824 | Experimental Investigations on Photovoltaic Interface Neutral Point Cl... | |
7 | TEPGPS825 | Experimental Investigations on Photovoltaic Interface Neutral Point Cl... | |
8 | TEPGPS822 | HESS management for Virtual Inertia, Frequency and Voltage Support th... | |
9 | TEPGPS819 | Dual Fuzzy-Sugeno Method to Enhance Power Quality Performance using a... | |
10 | TEPGPS820 | Dual Fuzzy-Sugeno Method to Enhance Power Quality Performance using a... |
Project Code: TEPGPS829
Project Title:Grid-Forming Voltage-Source Inverter for Hybrid Wind-Solar Systems Interfacing Weak GridsSolar Power Generation| AC-DC Converters
View DetailsProject Code: TEPGPS830
Project Title:Grid-Forming Voltage-Source Inverter for Hybrid Wind-Solar Systems Interfacing Weak GridsWind Power Generation| AC-DC Converters
View DetailsProject Code: TEPGPS828
Project Title:Analysis of Renewable Energy Sources and Electrical Vehicles Integration Into MicrogridView DetailsProject Code: TEPGPS827
Project Title:Experimental Validation of Feedback PI Controllers for Multi-Rotor Wind Energy Conversion SystemsView DetailsProject Code: TEPGPS826
Project Title:A Maximum Power Point Tracking Technique for a Wind Power System Based on the Trapezoidal RuleView DetailsProject Code: TEPGPS824
Project Title:Experimental Investigations on Photovoltaic Interface Neutral Point Clamped Multilevel Inverter-Based Shunt Active Power Filter to Enhance Grid Power QualityView DetailsProject Code: TEPGPS825
Project Title:Experimental Investigations on Photovoltaic Interface Neutral Point Clamped Multilevel Inverter-Based Shunt Active Power Filter to Enhance Grid Power QualityView DetailsProject Code: TEPGPS822
Project Title:HESS management for Virtual Inertia, Frequency and Voltage Support through Off-board EV Bidirectional ChargersView DetailsProject Code: TEPGPS819
Project Title:Dual Fuzzy-Sugeno Method to Enhance Power Quality Performance using a Single-phase Dual UPQC-Dual PV Without DC-Link CapacitorView DetailsProject Code: TEPGPS820
Project Title:Dual Fuzzy-Sugeno Method to Enhance Power Quality Performance using a Single-phase Dual UPQC-Dual PV Without DC-Link CapacitorView Details S.no | Project Code | Project Name | Action |
---|---|---|---|
1 | TEPGPS829 | Grid-Forming Voltage-Source Inverter for Hybrid Wind-Solar Systems Int... | |
2 | TEPGPS830 | Grid-Forming Voltage-Source Inverter for Hybrid Wind-Solar Systems Int... | |
3 | TEPGPS828 | Analysis of Renewable Energy Sources and Electrical Vehicles Integrati... | |
4 | TEPGPS827 | Experimental Validation of Feedback PI Controllers for Multi-Rotor Win... | |
5 | TEPGPS826 | A Maximum Power Point Tracking Technique for a Wind Power System Based... | |
6 | TEPGPS824 | Experimental Investigations on Photovoltaic Interface Neutral Point Cl... | |
7 | TEPGPS825 | Experimental Investigations on Photovoltaic Interface Neutral Point Cl... | |
8 | TEPGPS822 | HESS management for Virtual Inertia, Frequency and Voltage Support th... | |
9 | TEPGPS819 | Dual Fuzzy-Sugeno Method to Enhance Power Quality Performance using a... | |
10 | TEPGPS820 | Dual Fuzzy-Sugeno Method to Enhance Power Quality Performance using a... |
In the wake of electric power crisis India is experiencing in last few years, the demand for power generation using renewable energy sources is more than ever. Be it power generation using alternative sources, or improvements in transmission and distribution is an in-demand field with bright future. Power systems is a sub-field in electrical engineering that deals with generation, transmission, distribution and utilization of electricity.
So any electrical engineering student looking for an evergreen career in electrical engineering must focus of power system based projects.
Choosing power system based projects will give you a solid understanding of the power generation sector – its problems, challenges and solutions. This way an electrical engineering student can choose the right problems to work in his electrical engineering career which will open up a sea of opportunities in electrical engineering sector.
However, the width and breath of power systems in electrical engineering is wide and so is the scope for power system based projects for engineering students. Power generation, transmission, distribution, utilization – each aspect of power system presents excellent opportunity for students to pick the right project.
However, being a highly theoretical field with electrical engineering projects, especially Power system based projects are tough to execute successfully without right guidance and assistance. And this is where Takeoff projects can help.