Currently in the advanced design and engineering phase, Tooloo Start represents the culmination of our multi-year R&D and field testing roadmap. This initiative is strictly focused on finalizing the blueprint for our first fully commercialized, market-ready system. We are leveraging the hard-won operational insights and empirical data from both Tooloo One and Tooloo Ignite to engineer a product that is highly efficient, modular, and optimized for mass manufacturing.
Engineered with scalability and robust industrial application in mind, Tooloo Rise will transition our hardware from bespoke demonstration units into standardized commercial assets. This project will finalize our supply chains, manufacturing protocols, and compliance standards, ensuring Tooloo is ready for deployment to early adopters and enterprise clients.
Starting in May 2026, this project represents our strategic expansion into South Australia. Tooloo Ignite is our flagship pilot phase developed in formal collaboration with the Adelaide University. Backed by Australia’s Economic Accelerator (AEA) Ignite program, this project focuses on the construction and deployment of a low-cost, high-efficiency demonstration plant. This phase is designed to showcase our manufacturing, installation, and operational capabilities to key industry stakeholders and future partners.
The primary objective of Tooloo Ignite is to elevate our system architecture to Technology Readiness Level (TRL) 6, validating the technology in a fully relevant, operational environment. With project completion and final reporting scheduled for May 2027, this pilot acts as the definitive bridge between our successful field testing and full-scale commercialization.
Initiated in 2023, the Tooloo One project marked our transition from laboratory-scale validation to active field testing. This phase involved the deployment of our first fully functional test collector, built to operate outside of a controlled environment. The goal was to subject the system to actual environmental variables, structural stresses, and long-term wear that cannot be perfectly simulated in software.
Ending in 2025, Tooloo One acted as our primary data-harvesting platform. The empirical performance data gathered during this field test directly informed our subsequent design iterations, allowing us to refine the structural integrity, streamline the manufacturing process, and significantly improve the durability of the collector under continuous operational conditions.
Running from 2020 through 2023, our initial prototyping phase served as the foundational proving ground for Tooloo’s core engineering principles. The primary objective of these three years was to rigorously test and validate our theoretical models through rapid, iterative design cycles. By building and evaluating multiple early-stage physical iterations, our engineering team was able to identify structural constraints and optimize the baseline architecture before moving into larger-scale development.
This phase was critical for de-risking the technology early in its lifecycle. By the end of 2023, the prototyping efforts successfully proved the core concept in a controlled environment, establishing the mechanical viability of our approach and clearing the path for real-world environmental testing.
At Tooloo, we harness innovation to transform renewable energy transmission and address global energy challenges. Our mission is to create a sustainable future by revolutionizing how clean energy is shared and utilized, ensuring access to renewable power worldwide.
At Tooloo, we’re redefining solar heat with patented technology that delivers reliable, high-temperature thermal energy without traditional system complexity or cost. Built for efficiency and scalability, Tooloo makes clean heat accessible to industries of all sizes.
