Introducing ventilation equipment proposals for offices and restaurants during the summer! We will suggest ventilation volumes according to the intended use.
Here is an example of using an outdoor air processing unit with direct expansion coils for supply and exhaust in an office during the summer. By using a heat pump type outdoor air processing unit with direct expansion coils for supply and exhaust, reliable first-class ventilation is possible. We propose a ventilation volume of 1,500 m³/h for 30 occupants (required ventilation volume of 900 m³/h), ensuring sufficient ventilation. (Ventilation volume will be proposed according to the application.) 【Key Points of the Proposal】 - Use of a heat pump type outdoor air processing unit with direct expansion coils for supply and exhaust, ensuring reliable first-class ventilation. - Proposal of a ventilation volume of 1,500 m³/h for 30 occupants, ensuring sufficient ventilation. - Standard features include humidification and filter dust removal functions. *For more details, please refer to the PDF materials or feel free to contact us.
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[Proposal Image for Second Type of Ventilation Equipment] <Example using ceiling-mounted high-fresh indoor unit for air supply (restaurant, summer)> ■ Air supply using a heat pump type ceiling-mounted high-fresh indoor unit ■ Creating an ideal positive pressure space in the seating area ■ For 50 people in the room (required ventilation volume of 1,500m3/h), proposing a ventilation volume of 2,100m3/h for the seating area ■ Ensuring sufficient ventilation volume (ventilation volume will be proposed according to the application) ■ Indoor air conditioning implemented with a four-way ceiling cassette type *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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Company information
During a disaster, the energy that should be prioritized for recovery is "electricity." Electrical equipment in building systems (electricity, air conditioning, ventilation, sanitation, gas) is the mainstay of building performance, and even gas systems cannot function without electricity. In the Business Continuity Plan (BCP), the "energy conservation" and "energy diversification" of building systems are believed to reduce disaster response costs and running costs for power generation facilities, leading to a swift return to business after a disaster. In the basic plan for national resilience, which is guided by the Cabinet Secretariat, LP gas has been newly specified as a stockpiled fuel for disasters, in addition to oil, starting from the fiscal year 2019. LP gas has been recognized for its advantages, such as relatively stable distribution during disasters, no fuel degradation, ease of large-scale long-term storage, and availability for use during normal times. Ikeda Shokai has leveraged its experience in the LP gas business for half a century, and since introducing GHP to its own company in 1990, has handled equipment and products for disaster and infection control, while providing information related to BCP for many years. We would like to work together with everyone to create disaster-resistant communities.