The solar arrays are cleverly designed to unfold on rails along both sides of the irrigation canal, providing optimal coverage without disrupting the flow below. When access to the water surface is needed, the arrays can easily be folded back, offering seamless flexibility for maintenance or inspection. This adaptable design not only maximizes energy production but also ensures that the canal remains fully accessible, making it a practical and innovative solution for solar over water applications.

Each wave-like roof structure elegantly spans the full width of the canal, housing 14 photovoltaic panels that capture solar energy while shading the water below. Compared to our initial deployment, shown below, this latest iteration features streamlined technology and refined design, enhancing both performance and efficiency. We’re thrilled to bring this optimized solution to the next deployment, pushing the boundaries of what solar over water can achieve in sustainable energy and resource management.

This array arrives on-site fully pre-wired and plumbed, ready to start generating power with minimal setup. Designed for the harsh, dusty conditions of Western Australia, it features an innovative self-cleaning system that automatically removes dust and debris, ensuring maximum efficiency and performance. This smart solution not only saves on maintenance but also keeps the array operating at peak capacity, proving that clean energy can thrive even in the most challenging environments.

The array’s innovative wing design serves a dual purpose, not only allowing for pre-wiring and plumbing to streamline installation but also enhancing structural stability. These wings provide added resistance against the strong winds common to the region, ensuring the array remains secure and operational even in adverse weather conditions. This clever engineering solution maximizes both efficiency and resilience, making it perfectly suited for the rugged landscapes of Western Australia.

Our recent deployment in Sydney featured a three-panel-wide solar array, meticulously engineered for easy rollout and installation. Equipped with a custom wheel system, the array glides smoothly into place, demonstrating the effectiveness of our innovative deployment strategy. This design underwent rigorous testing to ensure reliability and efficiency, highlighting our commitment to engineering excellence. Each aspect of the system was fine-tuned to streamline the setup process, reducing labor and time on-site, and setting a new standard for the rapid deployment of solar solutions.

In our recent testing in Sydney, we introduced a sophisticated solar array, three panels wide, engineered for swift and efficient setup. The array’s wheeled system enabled it to unfold in just minutes, streamlining the installation process. After the array is deployed, the wheels are quickly detached by removing a metal pin and withdrawing the axis, allowing them to be reused in subsequent tests. This innovative approach not only accelerates the deployment but also demonstrates our commitment to enhancing the practicality and adaptability of our solar technology.

The pre-wiring and pre-plumbing integrated into the array’s wings significantly reduced on-site labor. Once installed, the plumbing, visible on the right, is connected to a water pump that supplies the self-cleaning mechanism. This setup ensures that the array remains free of dust and debris with minimal maintenance, highlighting our commitment to efficiency and ease of installation.