An image of an illustrated house with the air management products in a beautiful sky

How the Complete Air Management System helps you all day

The Complete Air Management System constantly monitors temperature, humidity, CO2, and PM 2.5 with an IAQ sensor and automatically controls air conditioners and supply fans. Here’s how the Complete Air Management System operates throughout the day in the bedroom of a 3-person family.

Average outdoor temperature: 32℃ /Average outdoor humidity: 88%/ Set temperature: 22℃

4 sensors monitor air conditions

The IAQ Remote Controller has 4 sensors—temperature, humidity, CO2, PM 2.5—and constantly monitors indoor air quality.  

An image of an IAQ remote controller

Panasonic Advanced Algorithm

Analysis data is constantly shared to the Cloud. A unique algorithm determines and transmits operation commands.

A diagram showing the objects of sensing, CO2, PM 2.5, temperature, and humidity

Automatic control

Air conditioner and supply fan mode and airflow are controlled from the cloud.

A chart decribing products and right settings
An image of opening a curtain when waking up

On waking up, windows are opened to enjoy the sunshine and let outdoor air in.

A diagram showing the temperature and humidity are poorly controlled
A diagram showing the temperature and humidity are controlled well

Polluted and humid hot air from outside flows inside.

Temperature and humidity are controlled immediately, and PM 2.5 is quickly removed, so it’s comfortable when you’re dressing or doing make-up.

A diagram showing the objects of sensing, CO2, PM 2.5, temperature, and humidity
A chart decribing products and right settings

Control
The system works to adjust air volume in order to purify the air first. When ventilation air volume is high, air-conditioning air volume is also high to maintain temperature.

A graph showing the reduction of PM 2.5 with the Complete Air Management System

Result
Ventilation air volume is optimised to quickly remove PM 2.5. In addition, remaining PM 2.5 is inhibited by nanoe G.

A diagram showing the objects of sensing, CO2, PM 2.5, temperature, and humidity
A chart decribing products and right settings

Control
To make cooling efficient, ventilation air volume is set to OFF until temperature goes down.

A graph showing the control of indoor temperature with the Complete Air Management System

Result
Immediate detection is performed with a sensor based in the living space, and ventilation air volume is optimised so that temperature control is immediate.

An image of opening a curtain when waking up

On waking up, windows are opened to enjoy the sunshine and let outdoor air in.

A diagram showing the temperature and humidity are poorly controlled
A diagram showing the temperature and humidity are controlled well

Polluted and humid hot air from outside flows inside.

Temperature and humidity are controlled immediately, and PM 2.5 is quickly removed, so it’s comfortable when you’re dressing or doing make-up.

A diagram showing the objects of sensing, CO2, PM 2.5, temperature, and humidity
A chart decribing products and right settings

Control
The system works to adjust air volume in order to purify the air first. When ventilation air volume is high, air-conditioning air volume is also high to maintain temperature.

A graph showing the reduction of PM 2.5 with the Complete Air Management System

Result
Ventilation air volume is optimised to quickly remove PM 2.5. In addition, remaining PM 2.5 is inhibited by nanoe G.

A diagram showing the objects of sensing, CO2, PM 2.5, temperature, and humidity
A chart decribing products and right settings

Control
To make cooling efficient, ventilation air volume is set to OFF until temperature goes down.

A graph showing the control of indoor temperature with the Complete Air Management System

Result
Immediate detection is performed with a sensor based in the living space, and ventilation air volume is optimised so that temperature control is immediate.

An image of a business person using a smartphone in an office

At your office or wherever you are before going home, you can turn on your bedroom air conditioning via smartphone app.

A diagram showing the temperature and humidity are poorly controlled
A diagram showing the temperature and humidity are controlled well

Even when the room is closed, temperature and humidity rise and indoor air quality deteriorates.

Via remote operation, temperature and humidity can be adjusted to comfortable levels before you get home.

A diagram showing the objects of sensing, CO2, PM 2.5, temperature, and humidity
A chart decribing products and right settings

Control
To ensure efficient cooling, ventilation air volume is set to off until the temperature goes down.

A graph showing how the Complete Air Management System controls temperature

Result
To make cooling efficient, ventilation air volume is set to off until temperature goes down.

A diagram showing the objects of sensing, CO2, PM 2.5, temperature, and humidity
A chart decribing products and right settings

Control
Dehumidification can be realised with the dry mode of the air conditioner while the supply fan is set to prevent outside air from entering if the humidity is high outside.

A graph showing how the Complete Air Management System controls humidity

Result
With constant sensing, humidity is quickly detected and its return prevented.

An image of a business person using a smartphone in an office

At your office or wherever you are before going home, you can turn on your bedroom air conditioning via smartphone app.

A diagram showing the temperature and humidity are poorly controlled
A diagram showing the temperature and humidity are controlled well

Even when the room is closed, temperature and humidity rise and indoor air quality deteriorates.

Via remote operation, temperature and humidity can be adjusted to comfortable levels before you get home.

A diagram showing the objects of sensing, CO2, PM 2.5, temperature, and humidity
A chart decribing products and right settings

Control
To ensure efficient cooling, ventilation air volume is set to off until the temperature goes down.

A graph showing how the Complete Air Management System controls temperature

Result
To make cooling efficient, ventilation air volume is set to off until temperature goes down.

A diagram showing the objects of sensing, CO2, PM 2.5, temperature, and humidity
A chart decribing products and right settings

Control
Dehumidification can be realised with the dry mode of the air conditioner while the supply fan is set to prevent outside air from entering if the humidity is high outside.

A graph showing how the Complete Air Management System controls humidity

Result
With constant sensing, humidity is quickly detected and its return prevented.

An image of familes sleeping together

Even on a humid night, three family members are enjoying their sleep.

A diagram showing the air quality before the CO2 concentration are controlled
A diagram showing the air quality after the CO2 concentration are controlled

As more people are at home, the CO2 concentration rises and humidity can become uncomfortable.

The systems prevents a rise in humidity when the set temperature is reached so everyone can sleep well.

A diagram showing the objects of sensing, CO2, PM 2.5, temperature, and humidity
A chart decribing products and right settings

Control
The system works to adjust air volume to purify first. When ventilation air volume is high, air conditioning air volume is also high to maintain a stable temperature.

A graph showing how the Complete Air Management System controls CO2 volume

Result
Ventilation is automatically controlled for optimal volume and suppression of CO2 levels.

A diagram showing the objects of sensing, CO2, PM 2.5, temperature, and humidity
A chart decribing products and right settings

Control
Dehumidification can be realised in the dry mode of the air conditioner while the supply fan is set to prevent outside air from entering if the outside humidity is high.

A graph showing how the Complete Air Management System controls humidity

Result
Humidity control is optimised to prevent humidity from returning after set temperature is reached.

An image of familes sleeping together

Even on a humid night, three family members are enjoying their sleep.

A diagram showing the air quality before the CO2 concentration are controlled
A diagram showing the air quality after the CO2 concentration are controlled

As more people are at home, the CO2 concentration rises and humidity can become uncomfortable.

The systems prevents a rise in humidity when the set temperature is reached so everyone can sleep well.

A diagram showing the objects of sensing, CO2, PM 2.5, temperature, and humidity
A chart decribing products and right settings

Control
The system works to adjust air volume to purify first. When ventilation air volume is high, air conditioning air volume is also high to maintain a stable temperature.

A graph showing how the Complete Air Management System controls CO2 volume

Result
Ventilation is automatically controlled for optimal volume and suppression of CO2 levels.

A diagram showing the objects of sensing, CO2, PM 2.5, temperature, and humidity
A chart decribing products and right settings

Control
Dehumidification can be realised in the dry mode of the air conditioner while the supply fan is set to prevent outside air from entering if the outside humidity is high.

A graph showing how the Complete Air Management System controls humidity

Result
Humidity control is optimised to prevent humidity from returning after set temperature is reached.