January 2025 – Initial Complete Ecosystem in Place
The foundational ecosystem for automated solar installation is officially established. This milestone signifies the integration of various components—robotic deployment and navigation systems (based on the Burro platform), material handling (using the SollegaTM FastRack 510 product), and software for route generation - into a cohesive, functional system. With the ecosystem in place, the company is positioned for commercial deployment and industry-wide adoption.
September 2024 – Pre-Production Tub Dispensing Mechanism Testing
As the technology nears production readiness, the tub dispensing mechanism undergoes rigorous testing. This assembly plays a crucial role in automating material handling, ensuring smooth and reliable dispensing of installation components, including the SollegaTM FastRack 510 product shown here. The results from this phase help finalize the design for mass production
January 2024 – Testing Route Following with XL Chassis
The company begins testing advanced route-following capabilities using a Burro XL chassis, designed for larger-scale installations. This phase focuses on the ability to follow pre-defined routes and stop at specified waypoints (where equipment would be dispensed), ready for movement across solar fields and improving efficiency in deployment.
August 2023 – Field Testing of New Prototype
A newly developed prototype undergoes its first field tests, incorporating lessons learned from previous iterations. This version features improved mechanics, enhanced software and greater reliability in the different field environments. Field testing provides critical data to optimize performance before scaling up production.
July 2022 – First Prototype Deployment (Untethered Operation)
Advancing beyond tethered control, the prototype is deployed in an untethered configuration, allowing for autonomy. This marks a significant step toward full automation, as the machine demonstrates its ability to operate independently in real-world conditions.
March 2022 – First Prototype Deployment with Tethered Control
The first prototype is deployed in a controlled environment, utilizing a tethered system for operation. This phase focuses on testing core functionalities, ensuring stability, and validating the machine’s ability to handle tub dispensing effectively. The results from this deployment guide further refinements.
March 2022 – Second Trade Show: NABCEP 2022 CE Conference
Building on the momentum from InterSolar, the prototype is exhibited at the NABCEP 2022 CE Conference, a key event for solar installation professionals. This opportunity allows the team to engage with installers, gather insights on practical applications, and refine the technology based on real-world needs
January 2022 – First Trade Show: Exhibiting at InterSolar 2022
The company makes its public debut at InterSolar 2022, a major industry event. Here, the first prototype is showcased to solar professionals, manufacturers, and potential partners. This milestone provides invaluable feedback from industry experts and helps establish credibility in the commercial and industrial (C&I) solar space.
December 2021 – First Prototype Developed
After months of conceptualization and engineering, the first prototype is built. This early version serves as a proof of concept, demonstrating the feasibility of automating solar installation tasks. The prototype undergoes internal testing to refine its functionality and identify areas for improvement.
September 2021 – LLC Formed: The Original Concept Takes Shape
The journey begins with the formation of the LLC, bringing the initial concept to life. The original goal is proposed, of installing one Megawatt of solar in a day with three workers and their machines. The vision is to revolutionize solar installation through automation, improving efficiency and reducing labor-intensive processes. This marks the official start of research, development, and strategic planning for the company’s future innovations.