Why It Matters
Why Proper PV Design Matters
Solar performance is not determined by panel count alone. Layout, orientation, shading, system losses and inverter configuration directly impact yield and return on investment.
Underperforming Systems
Poor layout leads to significant energy yield loss
Incorrect Sizing
Oversized or undersized arrays waste resources
Unnecessary Costs
Inefficient design increases project expenditure
Compliance Issues
Poor planning creates regulatory complications
Engineering led PV design eliminates guesswork.
what we provide
Our PV Design Services
PV System Design
PV System Design & Simulation
Performance simulations using PV*SOL and PVsyst
Detailed energy yield forecasts
String and inverter configuration optimisation
Shading and loss analysis
System sizing based on project objectives
Design outputs suitable for installers, developers and consultants
Our simulations ensure systems are technically sound before installation begins.
3D Modeling
3D Solar Site Modeling
Our simulations ensure systems are technically sound before installation begins.
Drone based or survey based 3D site capture
Accurate roof geometry and terrain mapping
Advanced shading analysis
Visual system placement modelling
Faster and more precise feasibility studies
Accurate modelling improves design precision and reduces downstream risk.
Our Process
How It Works
01
Site Data Collection
We gather site drawings, roof details or drone survey data.
02
3D Modeling
We build an accurate site model and evaluate shading and geometry.
03
PV Simulation & Optimisation
We simulate system performance, refine layout and optimise yield.
04
Delivery
You receive engineering outputs ready for installation or project planning.
Who It's For
Who This Is For
Homeowners
Planning a high-performance PV system
Installers
Requiring engineering validation
Architects
Integrating solar into design
Developers
Needing accurate system feasibility