Abstract
A new multi-chamber rotary compressor (MCRC) is introduced in this paper. This new compressor is designed for compactness and energy efficient, with potential applications in refrigeration systems. In this paper, the design of the new compressor will be presented. Various components and their functions together with the overall advantages will be shown and discussed. In its basic form, it is a rotary compressor with two chambers working simultaneously to increase its output by maximizing the available working space and hence reduces material usage. The basic working principles will also be discussed and its advantages will be presented in comparison with other existing rotary compressors.
Highlights
In the past three decades, depletion of ozone layer and global warming are the environmental issues that world leaders tried to overcome
To overcome the environmental issues, Montreal Protocol [1] aimed at phasing out the substances causing ozone depletion was signed and it was followed by Kyoto Protocol [2] and Paris Agreement [3], to tackle the climate change issues
Since the compressor is used in almost all these systems, and it is the device which consumes the most energy in the systems, it is the objective of this paper to introduce a new compressor which is more compact, and saving materials usage and at the same time, it is energy efficient
Summary
In the past three decades, depletion of ozone layer and global warming are the environmental issues that world leaders tried to overcome. The applications of cooling and heating systems worldwide result in significant usage of energy. It is estimated that about 32% [4] of the world energy demanded has been used in cooling and heating in the building sector alone. There is a need to increase the energy efficiency of the cooling and heating systems.
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