DOMIQ BASE

In an era where ecological awareness is becoming a priority, companies are increasingly seeking innovative ways to integrate efficient management with care for the planet. In this context, DOMIQ emerges as a pioneer in the revolution of office lighting.

Our mobile application aims not only to automate the lighting system in offices but also to change the way we think about using electricity. Lighting automation is more than just convenience—it’s a strategy aimed at optimizing resource use and minimizing environmental impact.

Thoughtful solutions, such as the ability to adjust lights according to working hours, not only support employee productivity but also lead to significant energy savings. Imagine an office where lights respond to the presence of people, turning off automatically when a room is vacated. This is the reality thanks to DOMIQ.

Our application also caters to presentation needs. With the dimming function for conference rooms, focusing attention on presentation content becomes easier than ever before. This is not only a step towards convenience but also an economical and ecological approach to lighting management.

Energy savings is one of the key pillars of our solution. By turning off lights when the office is empty, we not only reduce bills but also diminish our ecological footprint. This is undoubtedly a step towards a more sustainable future.

At DOMIQ, we believe that innovation and environmental care can and should go hand in hand. Join our mission to make your office more efficient, comfortable, and, above all, friendly to our planet. Together, we can create a future where technology serves not only people but also the Earth.

1. Support for the Shelly Wall panel has been implemented. This integration allows the inclusion of an interactive touch panel in the system, which is both functional and economical. The Shelly Wall is equipped with three sensors: temperature, humidity, and light brightness. Information from these sensors can serve as input data for various functions in the DOMIQ system. For example:
   • The light sensor can control lighting automation, such as by using DALI ballasts.
   • The temperature sensor can provide data to heating or air conditioning management systems, which are integrated with other subsystems like LCN.
2. The panel can operate in one of two modes:
   • Thermostat Mode – where the built-in relay can control a heating circuit, such as an electric valve or heating film. In this mode, lighting control can be delegated to another Shelly module by assigning the appropriate command in the panel configuration or to an entirely different smart home subsystem by sending a command to the DOMIQ/Base module. Integration with DOMIQ/Base allows changing the thermostat’s set temperature and hysteresis values via commands sent from the DOMIQ system, such as the Remote app or through events/timers.
   • Light Switch Mode – the built-in relay controls the connected lighting circuit.
3. Below are examples of identifiers, assuming the device is named ‘shellywall’:
   • Thermostat Commands:
     1. SHELLY.shellywall.thermostat.0.target=5-35
     2. SHELLY.shellywall.thermostat.0.hysteresis=0-2
     3. SHELLY.shellywall.thermostat.0.enabled=true/false/1/0/on/off
     4. SHELLY.shellywall.thermostat.0.type=heating/cooling
     5. SHELLY.shellywall.thermostat.0.invert=true/false/1/0/on/off
   • Relay Commands:
     1. SHELLY.shellywall.relay.0=0/1/on/off/toggle
   • Sensor Readings:
     1. SHELLY.shellywall.lux – light brightness [lux].
     2. SHELLY.shellywall.humidity – relative humidity [%].
     3. SHELLY.shellywall.temperatureF – room temperature [°F].
     4. SHELLY.shellywall.temperature – room temperature [°C].
     5. SHELLY.shellywall.illumination – light brightness threshold: dark/twilight/bright.
4. Improvements in the handling of arithmetic expressions in commands (timers and events).
5. Improvements in loading MEM variables into State in Base.