What is a dual-axis solar tracker?
A dual-axis tracker moves solar modules in two dimensions, allowing the array to follow both the sun's daily east-west movement and seasonal change in elevation.
Built from the field backward
Built from the field backward.
MaxxTraxx did not begin as an exercise in adding another tracker to an already crowded solar catalog.
Why this product exists
How do we produce more energy from the same solar modules?
How do we make tracking viable in places where wind makes lightweight systems uncomfortable?
How do we install solar on uneven rural land without turning site grading into a major civil project?
How do we build something owners will still trust years after installation?
Those questions became MaxxTraxx. The technology is being developed within the AgriPower Solar ecosystem, bringing together practical solar installation experience, mechanical engineering, rural-energy applications, and direct exposure to the operating realities of farms and commercial solar customers.
FAQ
How much more energy can dual-axis tracking produce?
Published studies and measured field data have reported meaningful gains over fixed-tilt systems, often in the range of roughly 30–45% depending on geography, weather, array design, and methodology. Final MaxxTraxx performance claims will be based on validated product-specific data.
Is MaxxTraxx for every solar project?
No. MaxxTraxx is being designed as a premium tracker for applications where increased energy yield, terrain flexibility, and structural durability justify additional mechanical complexity and upfront cost.
Is MaxxTraxx available today?
MaxxTraxx is currently in development. Early project discussions are welcome.
Early project conversations
We are beginning conversations with project owners, EPCs, agricultural operators, and commercial energy users interested in early deployments.