Features

Occupancy sensing can be used either for switching on and off the lights in a room, or only switching off after manually switching on. It is based on the presence of people in the detection area of the sensor, triggering the lights to switch on or off.

Lights close to a window are made part of a separate zone, to enable slightly different behavior than the other lights in the room. A multi sensor installed in the room controls the lights in the zone. After calibrating the sensor, the light output adjusts to the ingress of daylight through the window.

Lights in a room can be switched manually with a wall switch. Depending on the selected behavior, the lights switch off either manually or automatically after occupancy is not detected any longer.

Scenes are used to set the intensity level of individual lights or zones in a group. They can be applied manually by selecting them in the app. Two scenes can also be assigned to buttons of 4-button switches.

Lights are logically organized into groups, which can be a physical area like a room or a virtual area in a space that is logically grouped for control purposes. Light control features are configured for each group. This configuration data is deployed to and stored with each light in the group.

After commissioning, many features will remain operational even if the connection to the cloud gets lost.

Schedules remain working as long as the gateway is connected with the lights in that network (Zigbee): without an internet connection, they remain operational. The system is highly robust against temporary power glitches and network failures because its lighting control is distributed across all components of the system: this doesn’t require any dedicated setup from installation point of view.

All lighting control features are built with a granularity of 1024 steps that implement a dim scale from 0 to 100%.

High-end trimming limits the maximum output level of a group of lights. By selecting a maximum light level, the maximum light output level of a group of lights is limited to the set percentage.

Owners can control the whole system using the app: they have access to all groups in the system and can change their settings. In standalone, only one user can control the system at a given point in time. In connected , multiple owners have full control at all times.

Luminaires with emergency functionality are equipped with an emergency driver. The emergency driver will autonomously start to power the luminaire when it detects that the mains voltage has dropped.

standalone can easily be upgraded to connected by simply adding one or more gateways to the system to enable features that are only supported in connected .

In connected , owners can also invite additional users to have control over their work area. Users can be given control over a restricted number of groups. For those groups, the user can adapt intensity levels using the app, manage scenes, or turn groups on or off.

Schedules provide additional functionality by defining switching moments for a group at a selected day and time. A schedule can be defined across multiple groups and for each group it can be specified what action to perforkm:

A fully connected system like connected can be controlled securely both via the app or portal from any location in the world. Owners can even change specific setup settings using the app, if so desired. The gateways that are 24/7 connected to the cloud enable this remote control functionality.

For connected systems, users can view power consumption and health status of the system using the dashboard of the portal.

The app, the cloud, and portal are regularly updated to enable new features and fix issues. As part of such a release, a new firmware version for the system devices can be made available. The app or the portal can be used to trigger an update of these devices to enable all new functionality.

Demand response is a feature specific for the US market that is supported in connected .

The purpose of the demand response feature is to reduce energy for time periods when there is an energy shortage. Utility companies request their customers to reduce energy consumption. They put out a Demand Response message to energy users like building owners, requesting to save energy. On building level, the Demand Response request is passed on to systems in the building.

In connected , the amount of energy reduction can be specified in the portal per project. The portal also allows to enable and disable load shedding manually for a period and reduction level that can be specified by the user. When enabled, the output power as consumed by the lighting system will be lowered as specified. The app provides the ability for the installer to test the feature.

Interact-Pro - connected also supports automatic demand response through OpenADR v2. This is set up by adding a dedicated gateway that is controlled by a third party device. When this device receives a trigger from the OpenADR server, the gateway will be powered that results in all lights in the project to reduce power.