Controls for air conditioning systems and heat pumps

Innovative control methods for air conditioning systems and heat pumps

Air conditioning system and heat pump controls have advanced significantly as technology has developed. Manufacturers such as TOSHIBA offer a wide range of options for operating and controlling these systems nowadays. In this report, we focus on the three primary types of control: operation on the unit itself, a remote control, and the TOSHIBA Home AC Control app.

Control using a wired remote control

Control using a wired remote control is the most traditional method and provides direct and immediate control of the air conditioning system or heat pump. With this method, settings such as temperature, fan speed, and operating mode are made directly on the unit, without needing additional devices or apps. Advanced functions may not be possible, but wired remote controls make controlling the unit simple and reliable.

Control using an infrared remote control

Infrared remote controls offer significantly more convenience, as they enable the user to control the air conditioning system or heat pump remotely. This is particularly practical in large rooms or if there are multiple units, as you no longer have to physically be by the unit itself. Modern remote controls also provide advanced functions such as timers and programmable settings. The main advantage of this control method is the increased ease of use and access to a wide range of additional functions, allowing you to conveniently control the system and adapt it to your needs, without having to go to the unit.

View local control systems

TOSHIBA Home AC Control app

The TOSHIBA Home AC Control app represents the state of the art when it comes to air conditioning system and heat pump control. It enables users to control their units via a smartphone or tablet from anywhere with an Internet connection. This app not only provides basic functions such as temperature control, but also advanced options such as monitoring energy consumption, remote access, and creating schedules for automatically switching units on and off.

The big advantage of this control method is the optimum ease of use and flexibility, as users can access their units at any time and from anywhere. A stable network connection needs to be available for this. The advanced functions and monitoring options also offer more precise and more efficient control.

App control