Ejector Air Conditioning
Product Highlight
The Thermodynamic Principles of LPA
Most current refrigeration and air conditioning systems waste 20% to 40% of
Co2 Liquid Refrigerant Pump & LPA Economizer
The LPA® pump is an open-drive sealed unit with important design features:
DXFC™ Wall Mounted Split AC unit with Outdoor Condenser
[Public Disclosure-23rd October 2016] DXFC, DX free cooling the alternative to running
Ejector Air Conditioning
An Ejector Refrigeration Cycle for utilizing Solar Thermal Energy
Getting hot thermal energy from solar energy is popular but cooling with solar thermal energy is not spread so far. It is possible to reduce electricity demand to use solar energy for cooling in summer. We are designing a system of an ejector refrigeration cycle, especially concerning the configuration of ejector itself, which can generate […]
View
Ejector Based Air Conditioning using Natural Refrigerants
This paper deals with modeling of the ejection cycle, especially for solar air-conditioning. The presented approach for ejector analysis has been proposed, based on formulation of performance curve of the installation and performance curve of an ejector. The operation point of the whole system is found at the interception of these two curves. The exemplary […]
View
Ejector Air Conditioning and Refrigeration Technology
Ejector or jet pump refrigeration is a thermally driven technology that has been used for cooling applications for many years. In their present state of development they have a much lower COP than vapour compression systems but offer advantages of simplicity and no moving parts. Their greatest advantage is their capability to produce refrigeration using […]
View
Transcritical Co2 Refrigeration Cycle with Ejector Expansion Device
An ejector expansion transcritical CO2 refrigeration cycle is proposed to improve the COP of the basic transcritical CO2 cycle by reducing the expansion process losses.
View
A New Ejector Refrigeration System with an additional Jet Pump
Courtesy of the Corresponding author. Tel.: +86 29 82668738; fax: +86 29 82668725. E-mail address: yujl@mail.xjtu.edu.cn (J. Yu). Download the full article here>> A New Ejector Refrigeration System with an Additional Jet Pump
View
Experimental study on R-134a refrigeration system using a two-phase ejector as an expansion device
[EXTERNAL] Fluid Mechanics, Thermal Engineering and Multiphase Flow Research Laboratory (FUTURE), Department of Mechanical Engineering, King Mongkut’s University of Technology Thonburi, Bangmod, Bangkok 10140, Thailand Received 8 May 2006; accepted 14 May 2007 Available online 2 June 2007 Abstract: This paper is a continuation of the authors previous work. In the present paper, the performance of the […]
ViewNEED HELP? Click here for online help