Controls and Monitors

Precise interaction with mechanical equipment through intelligent user interface

Control System
Management and precision control of climate control systems provide complete flexibility through complex software, also providing local status and alarm outputs
Home Automation
Residential applications typically include integration with a Home Automation System and may be controlled via intuitive touchscreens or connected by Wi-Fi to a smartphone app
Monitors
Air quality monitors measure temperature, humidity, air pressure, CO2 levels, volatile organic compounds (VOC) levels, and airflow speeds

Control Systems

The management and precision control of climate control systems is provided through complex software giving the occupant complete freedom to configure the heating, cooling, humidity and ventilation within the building. In addition to equipment monitoring, it is able to provide local status signals and alarm outputs. When a Building Management System (BMS) is present the climate control system may be connected to provide overall control. This is particularly useful in ensuring that separate systems such as underfloor heating are prevented from running at the same time as comfort cooling causing system conflict.

Home Automation

Residential climate control applications typically include integration with a Home Automation System and may be controlled via intuitive touchscreens and connected by Wi-Fi to a smartphone app. A home automation system may also control lighting, entertainment systems, appliances, and home security such as access control and alarm systems through a central smart home hub or gateway. Through this integration, climate control systems may be managed remotely via voice assistants, or automatically through interaction with other devices.

Air Quality Monitors

Indoor air quality monitors use sensors to measure and track air temperature, relative humidity, air velocity and pressure, and levels of carbon dioxide (CO2), volatile organic compounds (VOCs), and pathogens & particulates known as particulate matter (PM). If indoor air quality is a concern the measurement and display of these values as a minimum will be useful in raising awareness. Monitoring may also be used to control an on-demand climate control or ventilation system. This may work by altering the supply and exhaust fan speeds to remove gases, VOCs and PM, activating humidifiers or dehumidifiers to maintain a healthy relative humidity, and altering the system’s heating and cooling capacities to change the temperature. These sensors may also monitor system failure and provide alerts and diagnostic assistance.

Technology

Climate Control

Heating and cooling, and regulating humidity of indoor air.

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Case Studies

Chelsea I

Discreet air conditioning for this terraced 4-bed mews house in a small courtyard just off Fulham Road

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