Solar PV Systems
Array sizing, irradiance-based generation and performance assessment for grid or standalone operation.
Renewable Energy
From resource data to a validated energy system.
Support for solar, wind and hybrid renewable systems — resource assessment, modelling, yield analysis and electrical integration, scoped around your coursework, assignment or graduation project.
System Routes
Three renewable system routes for student projects.
The scope can cover one technology in depth or combine several into a hybrid system with storage and grid or off-grid integration.
Wind Energy Systems
Turbine selection, wind resource evaluation and aerodynamic or structural checks on the rotor.
Hybrid & Storage
PV–wind combinations with battery support, load matching and grid or off-grid operation.
Analysis Outputs
What the renewable analysis produces.
Results are organised so each number in the report has a model, a figure and an explanation behind it.
Energy Yield
Monthly and annual generation estimates with load matching.
Performance Analysis
Losses, availability and comparison against design targets.
System Behaviour
Voltage, current and power curves from the simulation model.
Report-Ready Evidence
Figures, tables and explanations prepared for submission.
Work Approach
Two connected halves of one study.
Assessment feeds the model, and the model feeds the results — both are documented together.
Assessment & Modelling
- Site data and resource evaluation
- System topology and component sizing
- Model built in the required software
Simulation & Outputs
- Generation, storage and load scenarios
- Result checks against design criteria
- Figures, tables and explanations
Software Used
Tools matched to the course and the deliverable.
Each project is scoped to the software already used in the course, or to the tool that fits the deliverable best.
System Simulation
MATLAB / Simulink
Wind & CFD
ANSYS Fluent
Documentation
Technical ReportsPresentation Boards
See the full software overview on the Software Expertise page →
Selected Technical Experience
Examples of renewable energy capability.
These visuals demonstrate technical experience. Each student project is reviewed and scoped independently.
Hybrid
Hybrid PV–Wind ModelMATLAB / Simulink
Offshore
Floating Wind TurbineAQWA · Offshore Wind
Storage
PV + Fuel Cell SystemMATLAB / Simulink
Project images are presented to demonstrate technical capability and do not imply university endorsement or permission to reuse the work as an academic submission.
Where This Fits
Renewable work usually feeds a wider academic deliverable.
Resource studies and system models connect into graduation projects and research workflows.
Renewable Energy Review
Send your resource data, Simulink model or project brief for an initial technical review.
A finished model is not required. Site data, screenshots, calculation notes or a partial design are enough to begin.