|By JCN Newswire||
|March 6, 2014 01:01 AM EST||
The power output capacities of KXZ Series will be 10-20 horsepower (HP) with single units and up to 60HP by combining up to three units.
The new series will retain the basic configuration of current models, which have established a solid position in the market for their robust reliability. They will adopt improved heat exchangers and newly developed compressors to achieve even higher efficiency. Concentrated winding motors(1) equipped in the new compressors enable a reduction in power loss in the motor coils. The adoption of a multi-discharge port system for the compressor scroll mechanism suppresses power loss caused by excessive compression and thereby achieves energy-saving benefits especially in the seasonal efficiency rating.
As a result of these various improvements, the KXZ Series achieves near 40% higher cooling efficiency (EER)(2) and about 8% greater heating efficiency (COP)(3) than the current model (in case of 24HP).
The basic performance of the KXZ Series has also been enhanced, offering a broader operation temperature range than current models. Cooling range of operation is now up to 46 degC DB (dry bulb temperature) instead of 43 degC DB and to cope with installation demands in tall buildings, the new models can also accommodate greater height differences between the indoor and outdoor units by expanding the limitation length from 50 meters (m) with current models to 70m (when installing outdoor units above indoor units).
The new KXZ series also promotes further energy savings by optimizing the supplied capacity based on the actual heat demand from each room. This newly developed capacity controlling method provides both energy saving and comfort to individual rooms and users (patent pending).
MHI will continue development of products that are easy to operate and enable energy savings in the area of air conditioners for light commercial usage and air-conditioning systems for building applications in a quest to further expand its air conditioner business.
(2) Energy efficiency ratio (EER): an indicator of performance calculated by dividing rated cooling capacity (kW) by electricity consumption (kW). The higher the EER value, the higher is the level of energy-saving efficiency.
(3) Coefficient of performance (COP): the ratio of a system's useful energy output versus the system's energy input. Similar to EER, in the case of heating, COP value is calculated by dividing heating capacity (kW) by electricity consumption (kW). The higher a system's COP, the higher is its energy-saving efficiency.
About Mitsubishi Heavy Industries
Since its foundation in 1884, Mitsubishi Heavy Industries (MHI) has sought pioneering new monodzukuri (manufacturing) techniques, building the foundations for the development of the entire industry. Today, with environmental and energy issues to the fore, MHI provides people around the world with eco-friendly products, and contributes to society through its involvement in global infrastructure projects and other business activities. For more information, please visit the MHI website at www.mhi.co.jp.
Source: Mitsubishi Heavy Industries
Mitsubishi Heavy Industries Hideo Ikuno [email protected] +81-3-6716-5277
Copyright 2014 JCN Newswire. All rights reserved. www.japancorp.net
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