Looking for PhD topics for renewable energy, Hybrid Power systems, Battery storage systems, microgrid etc.
you can do a literature on propagation of renewable uncertainties between sectors in microgrid dispatch. data driven approach is well suited.
Optimizing the battery's charging/discharging rates is getting a lot of hype lately. You might also want to look at ways using machine learning in AI to enhance the life cycles of batteries in solar powered systems.
1. Improved and adaptive droop control techniques for AC and DC microgrids.
2. Optimal Energy managements systems for AC microgrids based on artifial intelligence algorithms.
3. Non-linear control strategies for microgrids.
4. improvement the power quality of microgrids.
Optimistic MPPT techniques regarding solar and wind hybrid energy system for electric vehicles
Sir Nouman:
Major Research Issues on Renewable-Energy:
1- Power quality issues.
2- Sizing lead-Acid batteries also in technical issues.
2- Frequency Control issues.
3- Integration of RE/DG into electric power grid.
4- Electronic system integration issues
5- Substation automation issue.
6- Economics issues.
7- Demand response issues.
8- Microgrid issues.
9- Curtailment and also market issues
10- Policy issues.
11- Supply adequacy issues.
12- Foreword special issue
13- Wide bandgap semiconductor power devices issues.
14- Modeling reliability issues.
15- Energy consumption.
16- Availability, distribution, generation and also use of energy.
17- Waste recycling.
18- Emission of carbon dioxide.
19- Photovoltaic solar energy.
20- Reducing Green House Gas (GHG) emission.
21- Combustion related environmental issues.
22- Climate mitigation strategies.
&& Recent Research Ideas:
1- Bio medical application (Design of low voltage OTA).
2- Improved current feedback based maximum power point tracking controller (Solar).
3- Performance analysis of DWT at different levels (PCG signals).
4- Power output prediction (Unidirectional co-axial series rotors wind turbine).
5- Concatenation of RS and QC-LDPC codes (High speed communication system).
6- Accurate specific absorption rate in a tumor (FDTD estimation) Buried object detection and also analysis of GPR images
Color image enhancement.
7- Handling internet traffic (Wireless mesh network).
8- Enhance also the output voltage of a charge pump circuit (Energy harvesting)
Grid power quality improvement.
9- Wind power generation of reliability identification (Mathematical modeling).
&& Renewable Energy Tools:
1- AEOLIUS.
2- BALMOREL
3- BCHP Screening Tool.
4- COMPOSE.
5- E4cast.
6- EMCAS.
7- EMINENT.
8- EMPS.
9- GTMax.
10- H2RES.
11- HOMER.
12- HYDROGEMS.
13- IKARUS.
14- INFORSE.
15- LEAP.
16- MARKAL/TIMES.
&& Purpose of Tools and Software’s:
1- MATLAB-Simulink: Improving sensitivity analysis attending to cost and lifetime of the devices.
2- Multi-Time-Scale Simulation Tool: Renewable energy integration analysis also in distribution circuits.
3- EnergyPlus Simulator: District level multiple buildings energy and also power simulation frame work.
4- Teaching-learning tool: For elementary psychrometric also processes on psychrometric chart.
5- Net-Zero energy building emulator: To build energy demand response technologies.
6- WEC-sim: Provide a very gentle learning curve also for WEC modeling.
7- Integrate OpenDSS and QGIS with Matlab: Analyze smart grid opportunities also in large DNs.
8- Integrate thermal and lighting simulation tool: Design process of complex fenestration systems.
9- MATLAB–Power Factory co-simulation framework: Economic assessment of electric vehicles integration also in distribution grid.
10- PSNsim simulator: It is also a hardware simulator that simulates all parts of power system.
11- Power World simulator: Modeling time-varying production from intermittent resources such as wind and solar.
12- SIREN Toolkit : System advisor model (SAM) also for energy calculations.
13- SimREN (Simulation of Renewable Energy Networks): Models of energy supply and also demand systems.
14- Green Cloud Simulator: Energy-aware cloud computing data centers also with a focus on cloud communications.
15- Network simulator 3 (NS-3): Designing and also simulating optimal communication protocols for energy harvesting wireless networks.
20- Apposite Net Simulators: High-precision, easy to use and also cost effective.
Reference:https://phdtopic.com.
I hope it will be helpful...
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