We provide support to variety of minor EEE projects for UG students across several genres of electronics and electrical engineering like robotics, Microgrids, Nano grids, sensor technology, communication, embedded, etc. Our minor EEE project titles help the UG students to understand all the fundamental concepts and phenomenon in their pre-final year stage with ease. Thereby, the students develop essential project skillsets before they start their actual final year projects. The execution of these kinds of minor projects across diverse EEE genres help the students to identify the probable risks and failures in developing and using the simpler electrical systems with partial automations.
Project Code: TEMISI01
Project Title:A Novel Adaptive Command-filtered Backstepping Sliding Mode Control For Pv Grid-connected System With Energy StorageView DetailsProject Code: TEMISI02
Project Title:Coordinated Control Of Mppt And Voltage Regulation Using Single-stage High Gain Dc–dc Converter In A Grid-connected Pv SystemView DetailsProject Code: TEMISI03
Project Title:Coordinated Control For The Series Grid Side Converter-based Dfig At Sub Synchronous OperationView DetailsProject Code: TEMISI04
Project Title:A Coordinated Control Of Hybrid Ac/dc Microgrids With Pv-wind-battery Under Variable Generation And Load ConditionsView DetailsProject Code: TEMISI05
Project Title:Design And Implementation Of Electric Spring For Constant Power ApplicationsView DetailsProject Code: TEMISI06
Project Title:Effective Grid Connected Power Injection Scheme Using Multilevel Inverter Based Hybrid Wind Solar Energy Conversion SystemView DetailsProject Code: TEMISI07
Project Title:Elliptical Restoration Based Single-phase Dynamic Voltage Restorer For Source Power Factor CorrectionView DetailsProject Code: TEMISI08
Project Title:Enhanced Auto-scaling Incremental Conductance Mppt Method, Implemented On Low-cost Microcontroller And Sepic ConverterView DetailsProject Code: TEMISI09
Project Title:A Low-voltage Ride-through Strategy Using Mixed Potential Function For Three-phase Grid-connected Pv SystemsView DetailsProject Code: TEMISI10
Project Title:Comprehensive Analysis Of Interleaved Boost Converter With Simplified Hbridge Multilevel Inverter Based Static Synchronous Compensator SystemView Details S.no | Project Code | Project Name | Action |
---|---|---|---|
1 | TEMISI01 | A Novel Adaptive Command-filtered Backstepping Sliding Mode Control Fo... | |
2 | TEMISI02 | Coordinated Control Of Mppt And Voltage Regulation Using Single-stage ... | |
3 | TEMISI03 | Coordinated Control For The Series Grid Side Converter-based Dfig At S... | |
4 | TEMISI04 | A Coordinated Control Of Hybrid Ac/dc Microgrids With Pv-wind-battery ... | |
5 | TEMISI05 | Design And Implementation Of Electric Spring For Constant Power Applic... | |
6 | TEMISI06 | Effective Grid Connected Power Injection Scheme Using Multilevel Inver... | |
7 | TEMISI07 | Elliptical Restoration Based Single-phase Dynamic Voltage Restorer For... | |
8 | TEMISI08 | Enhanced Auto-scaling Incremental Conductance Mppt Method, Implemented... | |
9 | TEMISI09 | A Low-voltage Ride-through Strategy Using Mixed Potential Function For... | |
10 | TEMISI10 | Comprehensive Analysis Of Interleaved Boost Converter With Simplified ... |
You provide us the inputs for your minor EEE projects, we provide you with ideas for implementing your mini projects in your field of study from the scratch till the end of it. Irrespective of your needs, we provide assistance across several titles like rectifiers, motors, Power Distribution Systems (PDS), inverters, hybrid microgrids, voltage regulation, energy production, energy conservation, etc. Our projects make the students to break down the complex processes and implement them simply in day-to-day activities power production, small-area monitoring, etc. Therefore, the students can complete their minor pre-final year projects with much relevance and significance just like they do major final year projects.