High-fidelity, physics-driven modelling, from PV cells through to solar arrays.
Who We Are
A team of technical experts delivering unrivalled modelling results and speed to solar innovators - in the field and factory.
What We Do
The SunSolve approach applies interdependent optical, thermal, and electrical models. With one change in physical dimension, the advanced modeling system updates automatically, delivering fast, precise, and reliable results.
Grounded in the science of cell manufacturing, SunSolve applies cell-by-cell, timestep-by-timestep rigour through to the system level – enabling confident decision-making through detailed comparison and experimental validation.
Developed in close collaboration with solar scientists, R&D teams, and industry leaders, SunSolve delivers sophisticated analytical tools that explain complex and often counterintuitive field results.
SunSolve’s modelling works seamlessly at both the cell level with SunSolve Power, to the system level with SunSolve Yield, delivering the same precision and reliability across every scale.
At the core of the SunSolve philosophy is clarity. Intuitive software and streamlined visualizations make it easy to interpret device and system behaviour, transforming complex data into immediate insight.
While many PV simulation platforms lag behind industry innovation, SunSolve is already modelling perovskite tandem modules – accurately capturing spectrum and layered absorption effects natively within our analytical engine.
How We Work
We apply our powerful tools, alongside your team,to deliver understanding, solve challenges, and drive smarter decisions.
PhD-level engineers bring deep scientific insight and a passion for accurate simulation to solve problems with precision and purpose.
We translate advanced modelling into real-world impact – helping your team navigate complex data and turn it into confident product and project decisions.
Our collaboration extends beyond an individual engagement – as an addition to your team, we share your goals, urgency, and pursuit of better results.
Our experts get to the heart of underlying problems by revealing what's really happening, why it matters, and how to fix it.
OUR PRODUCTS
OUR CUSTOMERS
• SunSolve subscribers were responsible for over 50% of module shipments in 2024
• 10 of the world's 25 largest project developers use SunSolve’s modelling technology
• All five of the world’s largest manufacturers use SunSolve
CASE STUDIES
Explore real-world applications where precision modelling delivers measurable gains and see the difference accuracy makes.
NEWSROOM
Stay connected to the latest features, developments, learning materials, and academic presentations from the SunSolve team and PV industry.
Cell-to-module loss (CTM) sits at the intersection of cell and module engineering. As cell performance approaches practical limits, the challenge is how much of that value survives into the finished module. This article introduces CTM and shows how simulation tools are being used to understand, predict, and optimise the cell-to-module transition.
Albedo boosters lose their edge when they get dirty. Snow melts unevenly. Ground cover varies across every site. An independent study validates SunSolve's ability to model these non-uniform albedo conditions against field measurements — and the yield impact is larger than most engineers assume.
Conventional yield tools couldn't capture the performance of 5B's innovative Maverick mounting system. By working together with SunSolve, 5B uncovered two separate 1–2% yield uplifts — improvements that were invisible to standard modelling — and gained the insights to drive their next-generation design.
Discover how SunSolve delivers smarter solar outcomes today.