What is SunSolve Yield?

SunSolve Yield is an advanced simulation tool designed to accurately model and optimize the energy yield of photovoltaic (PV) systems. Unlike traditional methods that rely on simplified assumptions, SunSolve Yield employs a physics-based engine to simulate the intricate interactions within a PV system, providing detailed insights into performance under real-world conditions.

The physics engine behind SunSolve Yield builds on the proven SunSolve Power platform, used by leading cell and module manufacturers to design and optimize their photovoltaic products. In 2024, over 60% of all solar modules produced globally were developed by SunSolve customers. By integrating this level of physical accuracy into a yield simulation, SunSolve Yield delivers unmatched precision and insight into system performance.

Key Capabilities

• Comprehensive system modeling: Accurately represents various system configurations, including fixed, single-axis tracker, and bifacial setups, accounting for factors such as tilt angles, module spacing, and mounting structures.
• Detailed performance analysis: Evaluates the impact of environmental variables like ground albedo, weather conditions, and time-of-day variations on energy yield.
• Full spectral solving: Simulates direct and diffuse incident light, including reflections from the ground, mounting structures, and accounts for the module’s quantum efficiency.
• Advanced optical, thermal, and electrical Simulations: Utilizes state-of-the-art algorithms to model light behavior, heat transfer, and electrical characteristics at the module level, ensuring precise performance predictions.
• Integration with industry standards: Supports the generation of PVsyst correction factors, enhancing the accuracy of bifacial yield assessments and facilitating seamless integration with other simulation tools.