Sustainable Operating Solutions for Higher Education

Engineered as a practical high-temperature-water-heating heat pump solution to help your campus make the transition from fossil fuel-burning boilers, the YVWH is the first screw heat pump in North America to use ultra-low GWP R-1234ze refrigerant, making it compliant with both current and upcoming refrigerant regulations. With up to 25% lower annual energy costs and up to 30% less water consumed when compared to a conventional chiller and boiler system, ROI can be seen in as little as 3 years with 3x more efficiency. 

Additional Benefits

• Delivers up to 176 °F (80 °C) water temps – the highest of any screw heat pump on the market 
• 3-mode operation: heating only, cooling only or simultaneous heating and cooling.
• Turndown: 25% of design capacity made possible through VSD and compressor VI control technologies
• Significant carbon savings translate to an annual CO₂ emissions reduced by approximately 20% (approx. 4,000 metric tons per year) 

Turn the corner from fossil fuel-burning boilers in campus buildings with stand-alone heating and cooling needs by electrifying with the purpose-built YORK® CYK – jump-starting your path to decarbonization in buildings with lesser heating and cooling loads. The CYK Compound Centrifugal Heat Pump is the ideal, high-efficiency electric heating solution for HVAC systems delivering high-temperature hot water as high as 170 °F (77 °C). 

Additional Benefits

• Designed specifically for high-head conditions, the YORK® CYK heat pump delivers high-temperature water with superior efficiency
• Two electric motor-driven centrifugal compressors deliver simultaneous hot water and chilled water @ 42 °F (5 °C) / 170 °F (77 °C)
• Two-compressor design also provides unique adaptability, with each compressor capable of being optimized to match specific operating conditions and requirements
• Compressors and motors mounted above the shells for a compact footprint
• Patented OptiSoundTM Control for reduction in operational sound levels

The YORK® YMC² chiller reduces energy consumption and increases efficiency via advanced design and active magnetic-bearing technology. With years of YORK® chiller advancements and active magnetic-bearing technology, the YMC² chiller delivers higher education facilities a lower overall cost of ownership, extraordinary efficiency, versatility, dependability and quiet operation – all in one of the widest-operating, fully integrated, optimized chillers available today.

Additional Benefits

• Stable inverted mode cooling operation down to 36 °F (2 °C) entering condenser water temperature
• Fully integrated, lubrication-free and oil-free design
• Exceptional efficiency with below 0.1 kW/ton at part load
• Lower total cost of ownership, competitive first cost, low maintenance and operating costs thanks to fewer moving parts

The YORK® YZ Magnetic Bearing Centrifugal Chiller is a revolutionary advancement that challenges everything about conventional chiller design. Built upon decades of industry-leading chiller expertise, our engineers questioned every component and challenged every assumption. The result is the first chiller fully optimized for ultimate performance with a next-generation, low-GWP refrigerant, delivering exceptional efficiency and operation. It’s the first chiller built to exceed every expectation.

• Variable-speed drive, variable-geometry diffuser and magnetic-bearing technology deliver up to 35% annual energy savings versus traditional, fixed-speed, oil-bearing chillers
• Magnetic-bearing driveline offers outstanding reliability and 80% fewer moving parts than traditional oil- or refrigerant-lubricated drivelines
• Optimized, single-stage compressor design provides best real-world energy efficiency and the widest operating range at off-design conditions
• Patented falling-film evaporator design reduces refrigerant charge up to 60% and reduces evaporator shell size up to 20%