When accuracy matters.
Trust SunSolve.

SunSolve is the only simulation environment that models the physics from solar cell right through to annual yield.

Features

What you get with SunSolve

SunSolve Power is a fast and powerful modelling system that helps cell and module manufacturers optimise and design new solar cells and modules.

SunSolve Yield takes the same highly accurate simulation engine and applies it to utility-scale projects modelling everything from the solar cell through to mounting structures.

SunSolve Power

Digital twin for cell and module design

With SunSolve Power, you can build an accurate model of your solar cell or module that matches the real-world performance. This can be used to optimise the design of your product and to predict the performance of new materials and design innovations.

Explore hundreds of designs in minutes

Once you have built a model of your solar cell or module, you can explore the performance of hundreds of designs in minutes. This approach has been used to develop world-record solar cells and modules using SunSolve.

Design solar modules for the real world

When you combine SunSolve Power with SunSolve Yield, you can model the entire system from the solar cells to the system yield. SunSolve is the only environment you can use to model next-generation cells and modules from the lab through to annual yield.

SunSolve Yield

Physics First approach

SunSolve Yield is different from other yield forecasting tools because it models in much greater detail. With SunSolve Yield you enter the dimensions and materials of the elements in your scene and it handles the complexity of wavelength dependencies, direct and diffuse illumination, electrical mismatch calculations and much much more.

Fast with no fudge factors

Where other programs force the user to guesstimate fudge factors to account for real-world complexities, SunSolve Yield uses a physics-based model that is fast and accurate and accounts for optical, electrical and thermal complexities at every hour throughout the year.

Works with PVSyst and other tools

SunSolve Yield can calculate the fudge factors required for PVSyst and others within minutes. This improves the accuracy of PVSyst simulations by incorporating site-specific bifacial input parameters and spectral mismatch parameters rather than relying upon vendor-provided estimates.

SunSolve Customers

SunSolve is used by the largest players in the solar industry.

Lightsource BP Logo
Longi Logo
Nextracker Logo
National Renewable Energy Laboratory (NREL) Logo
Hanwha Q CELLS Logo
Shell Logo
Trina Solar Logo
University of New South Wales (UNSW) Logo
FTC Solar Logo
Canadian Solar Logo
Nevados Logo
Fraunhofer ISE Logo
ADANI Logo
Shanghai Advanced Research Institute (SARI) Logo