For large hydraulic heating and cooling systems, modern computer modeling software can be used to determine the system operation conditions during startup while the system only has a partial load.
For large hydraulic heating and cooling systems, modern computer modeling software can be used to determine the system operation conditions during startup while the system only has a partial load.
With an internationally recognized ISASecure certification from exida, Johnson Controls provides customers with the assurance that their product is safely and securely performing in conditions that would normally shut down other chillers.
New chiller uses variable-speed drive technology to reduce energy costs and carbon emission, showcasing Johnson Controls dedication to sustainability and innovation.
“Free cooling,” the process of allowing the building load to bypass mechanical cooling and exchange its heat with lower temperature outdoor air, is an environmentally favorable approach that helps reduce operating costs.
This technology harnesses the power of evaporation to lower ambient air temperatures entering Carrier’s 30XV chiller – helping to reduce chiller power consumption, increase reliability and extend the life of the chiller.
Specifying low-warming refrigerants and reducing cooling needs are key to driving down the rate of global warming and greenhouse gas emissions through better engineered systems.
Removing oil from the chiller system results in a more simplified chiller design that eliminates frequent maintenance tasks required on traditional oiled chiller systems such as analyzing the oil for contaminants and changing the oil and filters.