We will introduce a case where half of the air conditioning units suitable for one room were installed, and the operation of the units that were not installed also decreased.
We would like to introduce a case study of Company A, an automobile manufacturer, that implemented our air conditioning system. The server room operates 24/7 and cannot change the set temperature, making energy savings difficult. As the equipment ages, efficiency decreases, leaving the company with no choice but to update their systems. Thus, they introduced our air conditioning system. When there are both installed and uninstalled units in the same room, the load on the uninstalled units can be reduced, resulting in improved efficiency. Additionally, the air conditioning system has been operating smoothly without any failures. [Case Study] ■ Client: Automobile Manufacturer Company A ■ Issues: - Desire to reduce power consumption of the air conditioning system operating 24/7 and lower CO2 emissions - Concerns about potential failures of the air conditioning system in the server room ■ Results: The units with our product installed showed an increase in cooling capacity. *For more details, please refer to the PDF document or feel free to contact us.
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With the motto of being environmentally friendly, we initially focused our research and development on applying spiral tubes to car air conditioning. However, due to the sudden changes in electricity supply caused by the Great East Japan Earthquake, we recognized the urgent need for energy conservation in commercial refrigeration, cooling, and air conditioning systems that have a very high electricity demand. This led to the development and practical application of the "Miracle Coil." Moving forward, we are determined to challenge ourselves in the development and commercialization of new energy-saving devices, seeking guidance from the professors at Waseda University.