Watch a demoSimulating your site as it is: near shading, bifacial modules, and terrain-aware backtracking
Most energy models ignore what's actually on your site — trees, wind turbines, nearby buildings, and the slopes that shift tracker angles row by row. In this webinar, Cecilia walks you through how RatedPower's 3D Energy tool handles all of it: near shading from external objects, bifacial gain variations across uneven terrain, and terrain-aware backtracking, computed in a single simulation run.
Cecilia Hernandez
Technical Advisor
Technical Advisor at RatedPower with a strong background in solar energy and project development. Nearly three years of experience supervising civil and mechanical works in utility-scale PV projects, complemented by previous roles in quality, environment, and production engineering. Skilled in technical support, construction management, and analytical problem-solving.
Related Resources
- Preliminary 3D Energy Validation Report: Unlock precision in PV plant design with 3D Energy yield model
- How to run a 3D energy simulation and understand its results (Article by RatedPower)
- Adding Near Shading Objects (Article by RatedPower)
- What is the difference between terrain aware backtracking, flat backtracking and true backtracking？ (Article by RatedPower)
- Mulilo: Slashing layout generation time while strengthening stakeholder alignment
- 3D Energy
Start accelerating your PV plant design and engineering today
Our team of specialist is happy to answer your questions and show you RatedPower first-hand.