MTech Projects for Renewable Energy — Geothermal, Bioenergy & Ocean/Marine 2026
MTech Renewable Energy projects for 2026 focus on geothermal heat pumps and binary-cycle power plants, biomass gasification and anaerobic digestion for biogas/biodiesel, and ocean energy technologies including wave energy converters, tidal turbines and ocean thermal energy conversion (OTEC) — all grounded in recent IEEE, Elsevier, Renewable Energy journal and ASME publications (2021–2026).
At ProjectsatBangalore, we support end-to-end Renewable Energy projects using MATLAB / Simulink, ANSYS Fluent, HOMER Pro, TRNSYS, OpenFOAM and Python — with university-format reports for VTU, Anna University, JNTU and autonomous colleges, IEEE base paper, simulation files, PPT and viva Q&A coaching.
Renewable Energy Specialisations We Cover
- Geothermal heat pumps & ground heat exchangers
- Binary / flash geothermal power plant cycles
- Biomass gasification & syngas utilisation
- Anaerobic digestion & biogas plant design
- Biodiesel production & process optimisation
- Wave energy converters (point absorber, OWC)
- Tidal stream turbines & barrage concepts
- Ocean Thermal Energy Conversion (OTEC)
- Hybrid renewable system sizing (HOMER)
- CFD of turbines, heat exchangers and flow devices
- Thermal system simulation (TRNSYS)
- Techno-economic and environmental assessment
Geothermal
Heat pumps, binary cycles, reservoir and borehole modelling.
Bioenergy
Gasification, anaerobic digestion, biodiesel and waste-to-energy.
Ocean / Marine
Wave, tidal and OTEC systems for coastal power generation.
Wave Energy
Point absorbers, OWC and power take-off modelling.
Tidal Energy
Horizontal/vertical axis turbines and farm array studies.
Simulation
MATLAB, ANSYS, HOMER, TRNSYS and CFD toolchains.
Simulation Tools & Platforms
Industry-standard modelling, CFD and hybrid-system platforms used in all MTech Renewable Energy projects.
MATLAB / Simulink
ANSYS Mechanical
ANSYS Fluent
HOMER Pro
TRNSYS
OpenFOAM
Python
Aspen Plus
GAMS / Pyomo
WEC-Sim
Scilab / Xcos
COMSOL
65+ Best MTech Renewable Energy Project Topics — 2026
Topics sourced from IEEE Xplore, Elsevier, Renewable Energy journal and related venues (2021–2026). Primary simulation tools are listed for each project.
| # | Project Topic | Category | Simulation / Analysis Tool |
|---|---|---|---|
| 🌋 Geothermal Energy | |||
| 01 | Modelling and Simulation of Ground Source Heat Pump (GSHP) System for Building Heating | Geothermal | TRNSYS · MATLAB · borehole model |
| 02 | Binary Cycle Geothermal Power Plant Performance Analysis using Organic Rankine Cycle | Binary Cycle | MATLAB · Aspen Plus · thermodynamic cycle |
| 03 | Single-Flash and Double-Flash Geothermal Power Plant Comparative Study | Flash Cycle | MATLAB · energy balance · efficiency |
| 04 | Borehole Heat Exchanger Design and Thermal Response Test Simulation | BHE | TRNSYS · MATLAB · ground thermal model |
| 05 | Enhanced Geothermal System (EGS) Reservoir Heat Extraction Modelling | EGS | COMSOL / MATLAB · porous media heat |
| 06 | Geothermal District Heating Network Optimisation for Campus Load | District Heat | TRNSYS · MATLAB · network model |
| 07 | CFD Analysis of Geothermal Heat Exchanger Fluid Flow and Heat Transfer | CFD | ANSYS Fluent · conjugate heat transfer |
| 08 | Low-Temperature Geothermal Resource Assessment and Power Potential Study | Resource | MATLAB · GIS data · resource maps |
| 09 | Hybrid Geothermal–Solar System for Continuous Heat Supply Modelling | Hybrid | TRNSYS · HOMER · thermal storage |
| 10 | Working Fluid Selection for ORC Geothermal Plant — Thermodynamic Comparison | ORC | MATLAB · REFPROP concepts · cycle efficiency |
| 11 | Direct-Use Geothermal Application for Greenhouse Heating Simulation | Direct Use | TRNSYS · building thermal model |
| 12 | Geothermal Heat Pump Control Strategy Optimisation for Seasonal Performance | Control | MATLAB Simulink · COP optimisation |
| 🌿 Bioenergy & Biomass | |||
| 13 | Biomass Gasification Process Modelling and Syngas Composition Optimisation | Gasification | Aspen Plus · MATLAB · equilibrium model |
| 14 | Anaerobic Digestion Biogas Plant Design and Methane Yield Prediction | Biogas | MATLAB · kinetic models · ADM1 concepts |
| 15 | Biodiesel Production from Waste Cooking Oil — Process Simulation and Yield Study | Biodiesel | Aspen Plus · experimental correlation |
| 16 | Combined Heat and Power (CHP) from Biomass — System Modelling and Efficiency | CHP | MATLAB · TRNSYS · energy balance |
| 17 | Pyrolysis of Agricultural Residue — Product Yield and Energy Analysis | Pyrolysis | Aspen · MATLAB · product distribution |
| 18 | Municipal Solid Waste to Energy — Incineration vs Gasification Comparison | WtE | MATLAB · mass/energy balance · emissions |
| 19 | Algal Biofuel Production System Modelling and Techno-Economic Assessment | Algae | MATLAB · growth kinetics · cost model |
| 20 | Biomass Co-Firing with Coal — Emission and Efficiency Impact Study | Co-firing | MATLAB · combustion model · NOx/SOx |
| 21 | Biogas Upgrading (Scrubbing) Process Simulation for Grid Injection | Upgrading | Aspen Plus · purity · energy demand |
| 22 | Torrefaction of Biomass for Improved Fuel Properties — Process Modelling | Torrefaction | MATLAB · mass/energy · product quality |
| 23 | Life Cycle Assessment (LCA) of Biomass Power Plant vs Fossil Baseline | LCA | MATLAB / openLCA concepts · inventory |
| 24 | CFD Analysis of Biomass Combustion Chamber Temperature and Flow Field | CFD | ANSYS Fluent · combustion · radiation |
| 25 | Hybrid Biomass–Solar Dryer Modelling for Agricultural Produce | Hybrid | TRNSYS · MATLAB · drying kinetics |
| 26 | Syngas Engine Performance Modelling for Distributed Power Generation | Engine | MATLAB · engine maps · efficiency |
| 〰️ Ocean Wave Energy | |||
| 27 | Point Absorber Wave Energy Converter Modelling and Power Take-Off Optimisation | Wave | MATLAB · WEC-Sim · hydrodynamic model |
| 28 | Oscillating Water Column (OWC) Wave Energy Device Performance Simulation | OWC | MATLAB · CFD concepts · chamber pressure |
| 29 | CFD Analysis of Wave Interaction with Floating Point Absorber | CFD | ANSYS Fluent · Free surface · RAO |
| 30 | Wave Energy Farm Array Layout Optimisation for Maximum Power Capture | Array | MATLAB · hydrodynamic interaction |
| 31 | Linear Generator Power Take-Off for Wave Energy Converter Design Study | PTO | MATLAB · electromagnetic model · control |
| 32 | Nearshore Wave Resource Assessment and WEC Sizing for Indian Coast | Resource | MATLAB · wave data · power matrix |
| 33 | Structural Analysis of Wave Energy Device Mooring and Hull using ANSYS | Structural | ANSYS Mechanical · wave loads · fatigue |
| 34 | Control Strategy for Maximum Power Extraction from Point Absorber WEC | Control | MATLAB Simulink · latching / reactive |
| 🌀 Tidal Energy | |||
| 35 | Horizontal Axis Tidal Turbine Hydrodynamic Performance using Blade Element Theory | Tidal | MATLAB · BEM · power coefficient |
| 36 | CFD Analysis of Horizontal Axis Tidal Turbine Blade and Wake | CFD | ANSYS Fluent · rotating frame · wake |
| 37 | Vertical Axis Tidal Turbine (Darrieus / Gorlov) Performance Simulation | VAST | MATLAB · CFD concepts · torque |
| 38 | Tidal Barrage Power Plant Modelling — Basin Operation and Energy Yield | Barrage | MATLAB · tidal range · generation schedule |
| 39 | Tidal Stream Farm Array Interaction and Optimisation Study | Array | MATLAB · wake models · spacing |
| 40 | Structural Design and FEA of Tidal Turbine Blade under Hydrodynamic Loads | Structural | ANSYS Mechanical · composite blade |
| 41 | Tidal Resource Assessment for Selected Indian Estuaries / Channels | Resource | MATLAB · tidal data · power density |
| 42 | Bidirectional Tidal Turbine Design Concepts for Reversing Flow | Design | MATLAB · BEM · efficiency maps |
| 🌊 Ocean Thermal & Other Marine Energy | |||
| 43 | Ocean Thermal Energy Conversion (OTEC) Cycle Modelling and Efficiency Study | OTEC | MATLAB · Rankine / Kalina · heat exchangers |
| 44 | Closed-Cycle OTEC Heat Exchanger Design and Heat Transfer Analysis | OTEC | ANSYS Fluent · MATLAB · UA design |
| 45 | Salinity Gradient (Blue Energy) Power Potential — Pressure Retarded Osmosis Concepts | SGE | MATLAB · membrane model · power density |
| 46 | Hybrid Wave–Wind Offshore Platform Concept and Power Assessment | Hybrid | MATLAB · resource data · combined yield |
| 47 | Marine Current Energy Converter Farm Siting using Resource and Environmental Criteria | Siting | MATLAB · GIS concepts · multi-criteria |
| 48 | Offshore Floating Platform Mooring System Analysis under Wave and Current Loads | Mooring | ANSYS · coupled hydro-structure |
| ⚡ Hybrid Systems, Techno-Economics & Cross-Cutting | |||
| 49 | Hybrid Geothermal–Biomass Power Plant Sizing and Dispatch Optimisation | Hybrid | HOMER · MATLAB · cost of energy |
| 50 | Hybrid Wave–Solar System for Coastal Microgrid — HOMER Based Design | Hybrid | HOMER Pro · resource data · reliability |
| 51 | Techno-Economic Analysis of Geothermal Heat Pump vs Conventional HVAC | Techno-Eco | MATLAB · TRNSYS · LCOE / payback |
| 52 | Life Cycle Cost and Environmental Impact of Biomass CHP Plant | LCA | MATLAB · inventory · impact categories |
| 53 | Optimal Sizing of Hybrid Renewable System including Marine Energy Component | Optimisation | HOMER · MATLAB · multi-objective |
| 54 | Grid Integration Challenges of Variable Marine Energy — Power Smoothing Study | Grid | MATLAB · storage · filter strategies |
| 55 | Energy Storage Sizing for Wave/Tidal Farm to Meet Firm Power Commitment | Storage | MATLAB · battery / hydrogen · dispatch |
| 56 | Policy and Incentive Impact Modelling on Renewable Project Viability | Policy | MATLAB · cash flow · sensitivity |
| 57 | Multi-Criteria Decision Analysis for Site Selection of Marine Energy Farm | MCDA | MATLAB · AHP / TOPSIS · criteria weights |
| 58 | Digital Twin Concept for Geothermal Plant Performance Monitoring | Digital Twin | MATLAB · sensor data · model update |
| 59 | Comparative Study of ORC Working Fluids for Low-Grade Geothermal Heat | ORC | MATLAB · property libraries · efficiency |
| 60 | Environmental Impact Assessment Framework for Offshore Wave Energy Project | EIA | Criteria framework · case study |
| 📊 Advanced Simulation & Control | |||
| 61 | Model Predictive Control of Geothermal Heat Pump for Peak Demand Reduction | MPC | MATLAB · MPC toolbox · building model |
| 62 | Machine Learning based Prediction of Biogas Yield from Process Parameters | ML | Python · regression / ANN · dataset |
| 63 | Coupled Hydro-Elastic Analysis of Floating Wave Energy Platform | Hydroelastic | ANSYS · potential flow / CFD |
| 64 | Optimisation of Biomass Gasifier Operating Parameters using Response Surface Methodology | RSM | MATLAB · DOE · response surfaces |
| 65 | End-to-End Simulation of Hybrid Geothermal–Bioenergy–Marine Microgrid | Full System | HOMER · MATLAB · multi-source dispatch |
★ All 65 MTech Renewable Energy project topics are sourced from IEEE Xplore, Elsevier, Renewable Energy journal and related venues (2021–2026). Each project includes the base paper, MATLAB / ANSYS / HOMER / TRNSYS simulation files, university-format report for VTU / Anna University / JNTU, PPT (20–25 slides) and 50+ viva Q&A specific to the project topic.
FAQ — MTech Renewable Energy Projects
Top topics include: Geothermal Heat Pump System Modelling, Binary Cycle Geothermal Power Plant Simulation, Biomass Gasification and Syngas Optimisation, Anaerobic Digestion Biogas Plant Design, Point Absorber Wave Energy Converter Modelling, Tidal Turbine CFD Analysis, OTEC Cycle Modelling, and Hybrid Geothermal–Biomass System Sizing with HOMER. All include IEEE base paper, simulation files, report and viva support.
System modelling: MATLAB / Simulink, TRNSYS. Hybrid sizing: HOMER Pro. CFD: ANSYS Fluent, OpenFOAM. Structural: ANSYS Mechanical. Process: Aspen Plus. Wave: WEC-Sim. Optimisation: Python, GAMS, Pyomo. Multiphysics: COMSOL.
Yes. Every project includes: (1) IEEE / ScienceDirect / Renewable Energy 2026 base paper; (2) complete simulation project files (MATLAB, ANSYS, HOMER, TRNSYS, etc.); (3) results plots and comparison tables; (4) university-format report for VTU, Anna University, JNTU; (5) PPT (20–25 slides); and (6) 50+ viva Q&A covering theory, modelling, tool usage and result interpretation.
Yes. Reports and presentations are customised to your university’s MTech Renewable Energy / Energy Systems / Thermal format — VTU, Anna University, JNTU, RGPV, PES, RV, Manipal, BITS, NIT and autonomous colleges. Chapter structure, abstract, citation style and evaluation checklist are tailored on request.
Typical completion is 7–18 working days. MATLAB / TRNSYS modelling projects are ready in 5–10 days. Full CFD (ANSYS Fluent) or hybrid system studies take 12–18 days. Express delivery is available. Contact +91 95919 12372 with your submission date.
Renewable Energy Lab — Bangalore
Inside our Renewable Energy lab — MATLAB / Simulink and TRNSYS workstations, ANSYS Fluent CFD seats, HOMER hybrid system design, geothermal and biomass process modelling tools, and mentoring rooms for MTech and PhD Renewable Energy scholars at VTU, Anna University, JNTU.
MATLAB
Simulink
Systems · ControlSimulink
TRNSYS
Thermal
GSHP · BuildingsThermal
ANSYS Fluent
CFD
Turbines · HeatCFD
HOMER Pro
Hybrid
Sizing · LCOEHybrid
Geothermal
Cycles
Binary · Flash · ORCCycles
Biomass
Gasification
Syngas · BiogasGasification
Wave / Tidal
WEC
Point Absorber · TurbineWEC
OTEC &
Marine
Cycle · ResourceMarine
Report & PPT
Preparation
VTU / Anna UniversityPreparation
Viva & Review
Sessions
MTech / PhD RESessions