DC-DC Converters

Takeoff Projects focus on DC-DC converters that projects encompass advanced design and optimization techniques for efficient power conversion. Takeoff engineers tackle key challenges in developing step-up (boost) and step-down (buck) converters, together with more complex configurations like buck-boost converters. Our projects are on the design of high-efficiency converters with advanced control algorithms to achieve better voltage regulation and minimize energy loss in them. Further performance polishing is done with real-time simulation and testing to achieve reliability and stability across different applications. It simply means that Takeoff Projects is able to provide robust DC-DC converter solutions to drive modern electronic systems in terms of performance and efficiency by integrating state-of-the-art components with design practices that cut a niche in innovation.

Items per page:
1 – 10 of 12
S.no
Project Code
Project Name
Action
1 TEMAPE422 Totem Pole Dual Output Bridgeless Rectifier for High-Performance Low P...

DC - AC Converters

2 TEMAPE420 Optimization of hybrid PV-wind systems with MPPT and Fuzzy logic-based...

Electrical Vehicles

3 TEMAPE416 Modeling a photovoltaic system with a bidirectional DC-DC converter in...

Solar Power Generation|

4 TEMAPE407 An Auxiliary H-Bridge-Based Bipolar-Assisted Regulation Quasi-Single-S...
5 TEMAPE399 Extendable Multi-Input High Step-Up DC–DC Converter for Multisource En...

Power Quality

6 TEMAPE378 Modeling and Control of a Three-Phase Interleaved Buck Converter as a ...

Electrical Vehicles

7 TEMAPE383 Novel Modular Buck-Boost Based Multiport Bidirectional DC–DC Converter...

Solar Power Generation|Electrical Vehicles

8 TEMAPE384 A Second-Order Sliding Mode Control Scheme With Fuzzy Logic-Based Onli...

9 TEMAPE386 An Enhanced Fractional Open Circuit Voltage MPPT Method for Rapid and ...

Solar Power Generation

10 TEMAPE388 New SEPIC Derived Semi-Bridgeless PFC Converter for Battery Charging A...

Electrical Vehicles

Items per page:
1 – 10 of 12
Items per page:
1 – 10 of 12
S.no
Project Code
Project Name
Action
1 TEMAPE422 Totem Pole Dual Output Bridgeless Rectifier for High-Performance Low P...

DC - AC Converters

2 TEMAPE420 Optimization of hybrid PV-wind systems with MPPT and Fuzzy logic-based...

Electrical Vehicles

3 TEMAPE416 Modeling a photovoltaic system with a bidirectional DC-DC converter in...

Solar Power Generation|

4 TEMAPE407 An Auxiliary H-Bridge-Based Bipolar-Assisted Regulation Quasi-Single-S...
5 TEMAPE399 Extendable Multi-Input High Step-Up DC–DC Converter for Multisource En...

Power Quality

6 TEMAPE378 Modeling and Control of a Three-Phase Interleaved Buck Converter as a ...

Electrical Vehicles

7 TEMAPE383 Novel Modular Buck-Boost Based Multiport Bidirectional DC–DC Converter...

Solar Power Generation|Electrical Vehicles

8 TEMAPE384 A Second-Order Sliding Mode Control Scheme With Fuzzy Logic-Based Onli...

9 TEMAPE386 An Enhanced Fractional Open Circuit Voltage MPPT Method for Rapid and ...

Solar Power Generation

10 TEMAPE388 New SEPIC Derived Semi-Bridgeless PFC Converter for Battery Charging A...

Electrical Vehicles

Items per page:
1 – 10 of 12
Items per page:
1 – 10 of 12
S.no
Project Code
Project Name
Action
1 TEMAPE422 Totem Pole Dual Output Bridgeless Rectifier for High-Performance Low P...

DC - AC Converters

2 TEMAPE420 Optimization of hybrid PV-wind systems with MPPT and Fuzzy logic-based...

Electrical Vehicles

3 TEMAPE416 Modeling a photovoltaic system with a bidirectional DC-DC converter in...

Solar Power Generation|

4 TEMAPE407 An Auxiliary H-Bridge-Based Bipolar-Assisted Regulation Quasi-Single-S...
5 TEMAPE399 Extendable Multi-Input High Step-Up DC–DC Converter for Multisource En...

Power Quality

6 TEMAPE378 Modeling and Control of a Three-Phase Interleaved Buck Converter as a ...

Electrical Vehicles

7 TEMAPE383 Novel Modular Buck-Boost Based Multiport Bidirectional DC–DC Converter...

Solar Power Generation|Electrical Vehicles

8 TEMAPE384 A Second-Order Sliding Mode Control Scheme With Fuzzy Logic-Based Onli...

9 TEMAPE386 An Enhanced Fractional Open Circuit Voltage MPPT Method for Rapid and ...

Solar Power Generation

10 TEMAPE388 New SEPIC Derived Semi-Bridgeless PFC Converter for Battery Charging A...

Electrical Vehicles

Items per page:
1 – 10 of 12

Takeoff Projects is privileged to present new electronic power projects suitable for engineering students. They are applied types of projects that apply concepts in solving real life applications ranging from DC-DC converters to the latest motor control systems. Thus, through using modern facilities and simulators, students obtain great practice in power conversion and energy control, as well as system enhancement. Our projects ensure that students find practical application of what is being taught in the classroom with a view of producing competent engineers. Ready to take the leap into the ocean of innovation? Total immersion in six fundamental takeoff projects to acquire essential future skills in power electronics ‘made in Eurecom’, where theory gives way to progressive practice.

Frequently Asked Questions (FAQs) | Electrical Projects

1. What is the basic working principle of a DC-DC converter?
2. Which components are essential for building a DC-DC converter?
3. Why is switching frequency important in DC-DC converters?
4. What is the difference between isolated and non-isolated DC-DC converters?
5. How can I reduce ripple in the output voltage?