Cost efficiency in laboratories energy efficiency 9,3 KwH/24 hr Panasonic Biomedical Journal

Cost and energy efficiency are rapidly becoming leading considerations when purchasing any piece of laboratory equipment. With key equipment and instrumentation operating continuously or for extended periods, it is perhaps not surprising that laboratories are capable of consuming more power than a typical office building. ssential laboratory items such as ultra-low temperature (ULT) freezers can contribute significantly to this expensive energy consumption. ULT freezers each have the potential to consume ten times as much energy as a domestic freezer. Despite this, with an increasing amount of...

Features, Benefits and Performance Advantages of the VIP and ECO VIP Series What It Is Natural Refrigerant Natural hydrocarbon refrigerants provide more efficient cooling due to their high latent heat of evaporation. Smaller compressors can be used, leading to reduction in energy use and eventually to enormous savings in energy costs. New Heat Exchanger Design The new tube-in-tube technology increases the surface of the heat exchange area. This reduces compressor running time and improves the overall efficiency. Finally leading to energy cost savings. Due to better thermal conductivity and density...

Energy efficient cascade cooling system One of the most important concepts in designing a superior energy saving ultra-low freezer is how efficiently heat is exchanged between the high and low stage circuits. By providing optimum heat exchange pathways in the design, it not only increases efficiency of the system, leading to greater energy savings, but it will also have an effect of reducing stress on the compressors, leading to greater overall system reliability. Panasonic’s new capillary tube heat exchanger is but the latest step in increasing the available heat exchange areas in the system....