Providing oil-free chillers manufactured by ODYNE to the United States government.
Oil-free chillers from ODYNE, particularly those that make use of cutting-edge technology like magnetic bearings, have substantial advantages for government applications. These advantages include increased energy efficiency, decreased maintenance costs, and environmental friendliness. These chillers are increasingly common in government-owned and -operated buildings, military posts, and other establishments because of their effectiveness and minimal environmental impact.
In the CKBK-L Series, ODYNE made improvements. By combining the falling film evaporator and HFO, which are both environmentally acceptable refrigerants, the Oil-Free Magnetic Bearing Centrifugal Chiller has been created.
Odyne's Oil-Free Magnetic Bearing Centrifugal Chiller CKBK-L Series, which is considered to be the most advanced in its category, now comes with extra features. The cutting-edge design of the falling film evaporator and the environmentally friendly HFO refrigerants, R513A and R1234ze, are two examples of these innovative properties.
An Evaporator for the Film That Is Falling:
• Improvements to the Chiller's Performance
If the copper tube of the evaporator is just lightly covered, it will lose the refrigerant considerably more quickly than if it is entirely submerged in the liquid. At the end of the day, this will result in improved heat transmission, increased heat transfer coefficients, and eventually a chiller that is more efficient.
• Lower Refrigerant Demands to Be Met
The amount of refrigerant that is required to be contained within the shell of falling film evaporators can be reduced since it is not necessary for all of the tubes to be immersed in the refrigerant.
When compared to the traditional design of a flooded evaporator, the falling film evaporator has the potential to reduce the amount of refrigerant requirement by at least twenty percent while maintaining the same level of cooling capability.
• A decrease in the cost of the consumption of refrigerant
It was possible for the falling film evaporator to reduce the amount of refrigerant that was used, which resulted in a reduction in the cost of both common HFC and expensive HFO mixes for the chiller.
HFO Refrigerant That Is Friendly to the Environment
• R513A of the HFO
Inflammable and non-toxic, R513A is classified as a "A1" refrigerant, which indicates that it is a refrigerant. Furthermore, it has a modest potential for global warming and not a single ozone depletion potential (ODP) or greenhouse gas potential (GWP). The global warming potential (GWP) of R134a is 56% lower than that of R513A. Furthermore, the capacity and efficiency of the refrigerants are almost identical to one another. In order to make the transition to the R134A system, only minimal tweaks to the system and lubricants are considered necessary.
It is the 'R1234ze' HFO.
An ozone depletion potential (ODP) of zero, a global warming potential (GWP) of an exceptionally low level, and the fact that it is non-toxic are all characteristics of the refrigerant R1234ze. This particular gas is categorized as a "A2L" refrigerant according to ASHRAE standard 34. However, due to the fact that it has a very low global warming potential (GWP), this gas achieves environmental leadership while still achieving the greatest levels of energy performance.
Among the characteristics of Odyne's CKBK-L Series are the following:
• Magnetic bearing technology with a high efficiency;
• a compressor with two stages that is powered by inverters
Operating without the need of oil requires less maintenance.
• Noise levels that are low and have a small footprint
• Increased levels of efficiency and IPLV
• Accreditation from the AHRI
