City of Ashland Daniel Meyer Pool Renewable Energy Study

The Daniel Meyer Pool in Ashland, Oregon was supplied with natural gas and consumed roughly 20,000 therms per year of fossil fuel energy while emitting 117 tons of CO₂ annually. The City of Ashland knew it was time for a change and approached us/SWE for help, and so began our exciting journey towards a greener, more sustainable option.

Turning up the Heat on Carbon Emissions

The challenge was clear: How do we significantly reduce carbon emissions and incorporate a renewable energy system that aligns with the State of Oregon’s Green Energy Technology (GET) requirements? Robertson Sherwood Architects approached Systems West to perform an energy analysis to identify alternatives.

Electric boilers were projected to save an impressive 28 tons of CO₂, and heat pump chillers with electric boiler backups offered a solution with the potential to save around 14 tons. These alternatives promised an impressive 80% reduction in carbon emissions, making it clear that renewable energy was environmentally responsible and economically sound.

Strides in Innovation

Systems West is no stranger to solar photovoltaic and solar hot water systems. But to truly make waves in the renewable energy space, we had to dive deeper, exploring new systems that would meet the project’s goals and exceed them.

One of our designers harnessed thermal analysis information from a previous project, leveraging their academic expertise to lay the groundwork for innovation. Meanwhile, another designer delved into the depths of research, conducted rigorous cost analyses, and sought insights from fellow professionals regarding geothermal systems. This unwavering commitment to pursuing excellence showcased our tenacity and dedication to every project we undertake.

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