Designed to meet the unique needs of small to mid-size properties such as shops, restaurants, and classrooms, the PRIMAIRY system is an energy-efficient and cost-effective option.
The design work at Boston Medical Center exemplifies it's possible to reduce energy operating costs, usage, and carbon footprint while simultaneously benefiting their patients and the environment.
There are many factors to consider when looking to achieve ultra-efficiency in an HVAC system. Newer homes, for example, are built to a substantially higher standard than homes with previously existing code demands, evidenced by insulation levels that are at least 25% higher and blower-door scores of half or better than code.
New chiller uses variable-speed drive technology to reduce energy costs and carbon emission, showcasing Johnson Controls dedication to sustainability and innovation.
After evaluating several low global warming potential (GWP) refrigerant alternatives on a variety of performance and market metrics, including safety, capacity efficiency, reliability, availability, and longevity, R-454B was chosen as the best solution to minimize environmental impact and energy use.
Instead of needing to build in resilience for both fossil fuels (natural gas, propane, fuel oil, etc.) and electricity to keep your building systems running, an efficient all-electric design only requires resilience for one energy supply.