Innovation in Solar Energy: The Rise of Ster Solar
Ster Solar, based in Ashland, is paving the way in solar energy innovation, driven by a commitment to maintain land utilization while promoting renewable energy. Founded in 2016, the company harnesses decades of experience in the solar industry, initially starting with a simple installation of red box water heaters on rooftops in the San Joaquin Valley back in 1976. As the founders recognized the limitations of traditional solar setups in maximizing energy outputs, Ster Solar’s dual-axis tracking systems began to take shape.
In the early stages of their journey, the company worked closely with schools in Northern California, helping them realize the potential of renewable energy through installations like the six-tracker system at Grenada Elementary. A significant hurdle they encountered was the need to enclose solar installations with fencing, which limited access to land and disturbed local wildlife habitats. This sparked a transformative idea: by elevating solar panels on sturdy poles, it would be possible to capitalize on solar energy without compromising the land's other uses.
Ster Solar’s innovation led to the development of the stacker system—an elevated dual-axis tracking solution that has garnered recognition as one of the most efficient solar harvesters available today. These systems can generate 50 to 70% more energy than traditional fixed arrays, allowing utility markets to rethink the viability of solar installations on previously unutilized land.
With the evolution of solar technology, there has been a clear shift from fixed mounts to single-axis and now dual-axis tracking systems. These advancements maximize energy output while reducing the total number of panels needed, subsequently lessening waste and environmental impact. The robust design of Ster Solar’s dual-axis trackers allows them to endure severe weather conditions, promising longevity and consistent performance for years.
Each unit utilizes a GPS antenna and sophisticated software to optimize the solar panels' positioning. It continuously adjusts to track the sun with extreme precision, ensuring that energy production is maximized throughout daylight hours. Additionally, safety features are integrated into the design; during high winds, the system can automatically reposition itself to prevent damage.
Generously contributing to the local economy, Ster Solar’s installations include partnerships with businesses such as TC Chevy and Fron Bakery, which leverage this technology to achieve net-zero energy consumption. The company’s innovative approach has garnered attention not only from local enterprises but also from educational and community projects. For instance, in Ashland, a significant project funded by a grant showcases six stacker systems alongside battery backup and electric vehicle charging stations.
The practical implementations of Ster Solar’s technology are versatile, catering to facilities with varied energy needs. This adaptability positions Ster Solar as a vital player in the transition to renewable energy, particularly in markets where traditional installations may not be feasible.
Future Outlook
Ster Solar is on the brink of accelerated growth with a significant backlog of orders and future partnerships. The company is not only looking to expand throughout Oregon but also eyeing larger installations across the country. Discussions are underway with tribal groups, mega churches, and universities nationwide to integrate their technology, demonstrating the scalability and appeal of Ster Solar’s systems.
The company is committed to economic development through local manufacturing, aiming to create living wage jobs while fostering apprenticeship programs within the community. Currently employing around ten individuals in Ashland, and collaborating with various subcontractors, Ster Solar is prepared to reshape the solar landscape, promoting sustainability and economic resilience.
Ster Solar represents a new frontier in the solar industry, melding practicality with innovation. As they continue to expand their footprint in renewable energy, the company exemplifies how local necessities and technological advancement can work hand-in-hand to create sustainable solutions for the future. With the impact they’re making, they hold the potential to influence solar energy practices across the nation, leaving behind a lasting legacy in both the industry and the environment.
Part 1/9:
Innovation in Solar Energy: The Rise of Ster Solar
Ster Solar, based in Ashland, is paving the way in solar energy innovation, driven by a commitment to maintain land utilization while promoting renewable energy. Founded in 2016, the company harnesses decades of experience in the solar industry, initially starting with a simple installation of red box water heaters on rooftops in the San Joaquin Valley back in 1976. As the founders recognized the limitations of traditional solar setups in maximizing energy outputs, Ster Solar’s dual-axis tracking systems began to take shape.
The Need for Efficiency in Solar Installations
Part 2/9:
In the early stages of their journey, the company worked closely with schools in Northern California, helping them realize the potential of renewable energy through installations like the six-tracker system at Grenada Elementary. A significant hurdle they encountered was the need to enclose solar installations with fencing, which limited access to land and disturbed local wildlife habitats. This sparked a transformative idea: by elevating solar panels on sturdy poles, it would be possible to capitalize on solar energy without compromising the land's other uses.
Part 3/9:
Ster Solar’s innovation led to the development of the stacker system—an elevated dual-axis tracking solution that has garnered recognition as one of the most efficient solar harvesters available today. These systems can generate 50 to 70% more energy than traditional fixed arrays, allowing utility markets to rethink the viability of solar installations on previously unutilized land.
Enhanced Solar Technology
Part 4/9:
With the evolution of solar technology, there has been a clear shift from fixed mounts to single-axis and now dual-axis tracking systems. These advancements maximize energy output while reducing the total number of panels needed, subsequently lessening waste and environmental impact. The robust design of Ster Solar’s dual-axis trackers allows them to endure severe weather conditions, promising longevity and consistent performance for years.
Part 5/9:
Each unit utilizes a GPS antenna and sophisticated software to optimize the solar panels' positioning. It continuously adjusts to track the sun with extreme precision, ensuring that energy production is maximized throughout daylight hours. Additionally, safety features are integrated into the design; during high winds, the system can automatically reposition itself to prevent damage.
Real-World Applications and Community Impact
Part 6/9:
Generously contributing to the local economy, Ster Solar’s installations include partnerships with businesses such as TC Chevy and Fron Bakery, which leverage this technology to achieve net-zero energy consumption. The company’s innovative approach has garnered attention not only from local enterprises but also from educational and community projects. For instance, in Ashland, a significant project funded by a grant showcases six stacker systems alongside battery backup and electric vehicle charging stations.
Part 7/9:
The practical implementations of Ster Solar’s technology are versatile, catering to facilities with varied energy needs. This adaptability positions Ster Solar as a vital player in the transition to renewable energy, particularly in markets where traditional installations may not be feasible.
Future Outlook
Ster Solar is on the brink of accelerated growth with a significant backlog of orders and future partnerships. The company is not only looking to expand throughout Oregon but also eyeing larger installations across the country. Discussions are underway with tribal groups, mega churches, and universities nationwide to integrate their technology, demonstrating the scalability and appeal of Ster Solar’s systems.
Part 8/9:
The company is committed to economic development through local manufacturing, aiming to create living wage jobs while fostering apprenticeship programs within the community. Currently employing around ten individuals in Ashland, and collaborating with various subcontractors, Ster Solar is prepared to reshape the solar landscape, promoting sustainability and economic resilience.
Conclusion: A Sustainable Future with Ster Solar
Part 9/9:
Ster Solar represents a new frontier in the solar industry, melding practicality with innovation. As they continue to expand their footprint in renewable energy, the company exemplifies how local necessities and technological advancement can work hand-in-hand to create sustainable solutions for the future. With the impact they’re making, they hold the potential to influence solar energy practices across the nation, leaving behind a lasting legacy in both the industry and the environment.