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Outdoor unit Product List and Ranking from 5 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Oct 01, 2025～Oct 28, 2025
This ranking is based on the number of page views on our site.

Outdoor unit Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Oct 01, 2025～Oct 28, 2025
This ranking is based on the number of page views on our site.

  1. 佐々木環境化学 Miyagi//Service Industry
  2. null/null
  3. ユニヴァ・ジャパン Tokyo//Energy
  4. 4 BLYGOLD JAPAN Tokyo//Manufacturing and processing contract
  5. 5 日本水処理工業 本社 Osaka//environment
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Outdoor unit Product ranking

Last Updated： Aggregation Period:Oct 01, 2025～Oct 28, 2025
This ranking is based on the number of page views on our site.

  1. [Energy-saving case study of a food factory] Cleaning and heat-insulating coating of outdoor air conditioning units. 佐々木環境化学
  2. [Construction Effect Verification Case] Major Food Factory Air Conditioning Outdoor Unit 佐々木環境化学
  3. [Case Study] Case 9 Mie Prefecture Ceramic Factory
  4. Is one ESCO-ONE needed for each outdoor unit? ユニヴァ・ジャパン
  5. 4 [Case Study] Case 4 Tokyo Metropolitan Area Hotel

Outdoor unit Product List

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Panasonic Outdoor Unit Lineup

Panasonic Outdoor Unit Lineup

We respond to our customers' needs with a rich lineup, including standard types!

We would like to introduce the "outdoor units" that we handle. Starting with the standard type "GHP Exeia III," we also offer the "Excel Plus," which allows the use of electrical equipment such as air conditioning, lighting, and emergency outlets even during power outages, and the "High Power Excel," which can supply generated electricity to buildings. Additionally, we provide both integrated and separate types of water heat exchangers to meet diverse needs. 【Product Lineup】 ■ GHP Exeia III (Multi, W Multi, 3WAY Multi) ■ Excel Plus ■ High Power Excel ■ High Power Multi (W Multi) ■ Gas Heat Pump Chiller (Integrated Chiller, Separate Chiller) *For more details, please refer to the PDF materials or feel free to contact us.

  • air conditioning
  • Generators and transmission motors

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[Case Study] High Pressure Abnormality in Outdoor Unit! A Case of Troubles Resolved through Cleaning

[Case Study] High Pressure Abnormality in Outdoor Unit! A Case of Troubles Resolved through Cleaning

This is a case where the issue of the outdoor unit, equipped with a cooling spray system, experiencing abnormal shutdown due to high pressure rise in summer was resolved.

At a mechanical manufacturing plant, an outdoor unit equipped with a cooling spray system experienced an abnormal shutdown due to a rise in high pressure during the summer. The outdoor unit had some white substance attached to it, and the company contacted us stating that "it cannot be removed by conventional regular cleaning with high-pressure water." Upon investigation, it was found that hard well water was used in the spray system, causing scale to precipitate and adhere to the fins of the outdoor unit's heat exchanger. Additionally, it was discovered that excessive cleaning with high-pressure water had caused the fins to bend, and the combination of scale and bent fins was blocking the airflow, leading to the high-pressure anomaly. As a solution, we carried out a cleaning process. During this, we used a special cleaning agent to avoid damaging the aluminum fins. The bent fins were also returned to their normal state, resolving the issue. [Case Summary] ■ Issues - The outdoor unit with a cooling spray system experienced an abnormal shutdown due to a rise in high pressure during the summer. - It could not be removed by conventional regular cleaning with high-pressure water. ■ Solutions - Cleaned with a special cleaning agent to avoid damaging the aluminum fins. - Restored the bent fins to their normal state. *For more details, please refer to the PDF document or feel free to contact us.

  • Contract measurement
  • Contract Inspection
  • Contract Analysis

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[Construction Effect Verification Case] Major Food Factory Air Conditioning Outdoor Unit

[Construction Effect Verification Case] Major Food Factory Air Conditioning Outdoor Unit

The payback period is 6.4 months, which is a short span for a typical investment recovery!

We would like to introduce a case study on the effectiveness of cleaning and heat-insulating coatings applied to the outdoor air conditioning units of a major food factory. The verification method involved receiving the electricity consumption and costs from the customer before and after the installation to assess the effectiveness. As a result of the installation, we successfully achieved a reduction of 14.8% (6.12 million yen). The payback period for the installation costs is 6.4 months, which is notably short for typical investment recovery. 【Case Overview】 ■ Verification Method - Received electricity consumption and costs from the customer before and after the installation to assess effectiveness. ■ Verification Results - Successfully achieved a reduction of 14.8% (6.12 million yen). - The payback period for the installation costs is 6.4 months, which is notably short for typical investment recovery. *For more details, please download the PDF or feel free to contact us.

  • Other Energy Saving

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Is one ESCO-ONE needed for each outdoor unit?

Is one ESCO-ONE needed for each outdoor unit?

Introducing cases where cost-effectiveness improves, such as with multi-type outdoor units!

Q: Is one ESCO-ONE needed for each outdoor unit? A: Generally, one is needed for each outdoor unit, but in the case of multi-type outdoor units, there are models that can control multiple outdoor units with one unit, which may improve cost-effectiveness. *For more details, please refer to the related links or feel free to contact us.

  • Temperature and Humidity Control

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[Energy-saving case study of a food factory] Cleaning and heat-insulating coating of outdoor air conditioning units.

[Energy-saving case study of a food factory] Cleaning and heat-insulating coating of outdoor air conditioning units.

Achieved a 14.8% reduction in annual air conditioning costs through cleaning and heat-insulating coatings! *A collection of case studies from four industries is currently being offered.

In the materials available for download below, you can find case studies of construction verification results by industry. Among them, a notable case is the cleaning and heat-insulating painting performed on the outdoor air conditioning unit of a major food factory, where the construction cost was approximately 1.8 million yen, resulting in a payback period of 6.4 months, which is a relatively short span for typical investment recovery. 【Overview】 ■ Verification Method - We received the electricity consumption and costs before and after construction from the customer to verify the effects. ■ Verification Results - Successfully achieved a reduction of 14.8% (6.12 million yen). - The payback period for the construction costs was 6.4 months, which is a short span for typical investment recovery. *For other industry-specific construction verification case studies, please download the catalog or feel free to contact us.

  • Other Energy Saving

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[Polyual Construction Examples] EcoCute Outdoor Unit and Others

[Polyual Construction Examples] EcoCute Outdoor Unit and Others

Introducing examples of installations for EcoCute outdoor units and building air conditioning outdoor units!

Reliable technology to protect air conditioner aluminum fins from salt damage Here are some examples of the application of "Polyual." To conduct comparative tests at the facilities of a coastal hotel in Okinawa, it was applied to an eco-cute outdoor unit. 【Overview】 ■ Application target: Eco-cute outdoor unit ・ Application example: Facilities of a coastal hotel in Okinawa ・ Notes: Comparative test with Okinawa coating *For more details, please refer to the PDF materials or feel free to contact us.

  • paint

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【Energy-saving case study of leisure facilities】Heat-resistant coating for outdoor air conditioning units

【Energy-saving case study of leisure facilities】Heat-resistant coating for outdoor air conditioning units

The average reduction rate of power consumption due to heat-insulating coating construction is approximately 27.8%! *A collection of case studies from four industries is currently being offered.

In the materials available for download below, you can find a collection of construction verification case studies categorized by industry. Among them, a notable case is the application of heat-reflective paint on the outdoor units of a major leisure facility, which achieved a maximum reduction rate in power consumption of approximately 25.7%. This demonstrates the significant energy-saving effects that can be obtained through the application of heat-reflective paint. 【Overview】 ■Verification Method - After construction, from 5 days to 2 weeks, cumulative meters were installed to measure the electricity consumption of the targeted outdoor units. ■Verification Results - The average reduction rate in power consumption was approximately 27.8%. - The maximum reduction rate in power consumption was approximately 25.7%. *For other industry-specific construction verification case studies, please download the catalog or feel free to contact us.

  • Other Energy Saving

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[Energy-saving case study in nursing facilities] Chemical cleaning (partial) and heat-insulating coating for outdoor air conditioning units.

[Energy-saving case study in nursing facilities] Chemical cleaning (partial) and heat-insulating coating for outdoor air conditioning units.

The reduction rate of electricity consumption is approximately 36% due to partial chemical cleaning and thermal insulation coating! *A collection of case studies from four industries is currently being offered.

In the materials available for download below, you can find a collection of construction verification case studies categorized by industry. Among them, in the case of a major elderly care facility where partial chemical cleaning and heat-reflective painting were performed on the outdoor air conditioning unit, the reduction rate of electricity consumption due to chemical cleaning alone was approximately 8.5%. While cleaning alone is already effective, the reduction rate increased to approximately 36.0% when combined with heat-reflective painting, confirming significant energy-saving effects by implementing both cleaning and heat-reflective painting. [Overview] ■ Verification Method - After construction, an accumulation meter was installed for 10 days to measure electricity consumption. - The extent of the difference in electricity consumption based on the implementation or non-implementation of each construction was verified. ■ Verification Results - The reduction rate of electricity consumption due to chemical cleaning alone was approximately 8.5%. - Additionally, the reduction rate increased to approximately 36.0% with the addition of heat-reflective painting. *For other industry-specific construction verification case studies, please download the catalog or feel free to contact us.

  • Other Energy Saving

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