Backtracking 3D

is an advanced tracking algorithm designed to reduce shading in complex terrains

Find the perfect balance

PVH’s Backtracking 3D is the most advanced solar tracking solution on the market, designed to optimize energy production on complex terrains. Unlike traditional systems, our algorithm finds the perfect balance between shadow management and maximum energy output, resulting in unprecedented profitability for your project—ideal for IPP developers seeking a high ROI.

Validated engineering

Our technology has been validated by third parties like DNV, ensuring its precision and reliability. Our energy recovery calculation tools allow you to accurately assess your project’s viability and return on investment from the earliest stages. With Backtracking 3D, you get an invaluable tool for project analysis, ensuring every decision you make is backed by reliable data.

Optimization at every project stage

Backtracking 3D benefits everyone involved in the project. For construction, it reduces the need for earthwork, simplifying and speeding up project timelines. For asset managers, it maximizes the plant’s performance throughout its lifespan, transforming the solar market into a more profitable one. This comprehensive solution is the evolutionary step the industry needs to get the most out of every installation.

Frequent questions and answers

Isn't an advanced solution like Backtracking 3D too complex or expensive for my project?

Backtracking 3D is a strategic investment, not just an added cost. By maximizing energy production and minimizing shading on your site, it significantly lowers your Levelized Cost of Energy (LCOE) and accelerates your Return on Investment (ROI). Our algorithm provides a long-term financial advantage that far outweighs the initial investment.

My site isn't particularly complex. Is this technology still a valuable investment for me?

Yes, absolutely. While Backtracking 3D excels on challenging terrains, its benefits extend to all projects. Even on seemingly flat ground, minor undulations or variations in row height can lead to significant self-shading during critical sunrise and sunset hours. Our algorithm accounts for these subtle differences to ensure you capture the maximum amount of energy throughout the entire day.

How can I be sure that Backtracking 3D will deliver the promised performance on my specific site?

Our technology has been independently validated by third-party experts like DNV, providing an objective seal of approval. Furthermore, we provide a detailed, site-specific analysis tool that models the exact energy recovery for your project, allowing you to see the tangible benefits and make a data-driven investment decision with confidence.

How does Backtracking 3D affect the long-term reliability and maintenance of my solar trackers?

Our algorithm is designed to enhance the lifespan of your solar trackers. By preventing collisions and optimizing movement based on real-time site conditions, it reduces mechanical stress and wear and tear on the equipment. This leads to fewer maintenance interventions, lower operational costs, and increased long-term reliability for your entire plant.

Can Backtracking 3D be integrated with my existing site design and different tracker configurations?

Yes, our solution is highly flexible and scalable. It is designed to be fully compatible with diverse site layouts, including those with a mix of topographies, different tracker models, or even a combination of fixed and tracking systems. This allows for a single, unified control strategy to maximize performance across your entire plant, regardless of its complexity.

Downloadable resources

Solar Expert: 3D Backtracking Whitepaper

Ready to build smarter?

Talk to our team and see how Backtracking 3D improves your project performance.