Welcome to the Future of Cooling: The Solar Ice Project
Solar Ice is pioneering a groundbreaking solar thermal cooling technology designed to significantly reduce electricity usage and environmental impact. Our innovative system utilizes advanced non-imaging solar thermal collectors to harness sunlight efficiently, converting solar heat into powerful cooling capabilities without relying heavily on grid electricity—particularly during costly peak hours.
Why an Ice Rink?
Our demonstration ice rink is not just about skating; it’s a showcase for our technology’s remarkable efficiency. This pilot project features a 2,500 sq ft solar thermal array, sufficient to reliably chill a 1,500 sq ft outdoor ice surface. By successfully cooling an outdoor ice rink—one of the most energy-intensive cooling applications—we vividly demonstrate the potential of Solar Ice technology across various commercial refrigeration markets, including food storage, industrial refrigeration, and air conditioning.
Through this demonstration, we validate our solution’s ability to deliver sustainable, cost-effective, and reliable cooling, paving the way for broader applications that benefit both the environment and energy consumers.
Economic and Environmental Impact
Solar Ice delivers immediate and long-term value by significantly lowering electricity bills—cutting cooling-related energy use by 30% to 50%. By easing the load on conventional compressor systems, it also reduces maintenance needs and extends equipment lifespan. These combined savings result in a strong return on investment over time. In parallel, the system helps shrink your carbon footprint, aligning your facility with sustainability goals and demonstrating leadership in environmental stewardship.
Innovative Technology
At the core of Solar Ice is a solar thermal absorption chiller that shifts the cooling load away from traditional electric compressors during peak heat periods. This thermally driven system harnesses renewable solar energy to produce chilled fluid, reducing grid dependency and operating silently without high electrical demand. The result is a resilient, low-emission cooling solution that integrates seamlessly with existing infrastructure and supports advanced energy management strategies.
Join Us:
Explore our journey of making ice sports eco-friendly and economically viable. Stay updated on our progress and discoveries as we set new standards for the future of recreational ice facilities.