The iLCS Data Control Unit (DCU) offers a robust construction with a sleek design carrying LED status indicators and external power button. The internal components have been designed to provide improvements in terms of network reliability and stability.

The DCU allows to manage and to acquire data from all the iLCS LCUs and other iLCS smart devices by using state-of-the-art autonomous wireless mesh connectivity.

The DCU has built-in data hardware encryption and VPN configuration to allow a secure transmission of data to the iLCS Cloud platform.

This state-of-the-art feeder pillar is more than just a passive component in the electrical distribution system; it’s an active participant in the smart grid. Equipped with the ability to send real-time data
remotely to the cloud, it opens up a world of possibilities for monitoring and control. This data, encompassing everything from power usage to system health, is not only available for analysis but also for proactive management. It enables operators to not just observe but also react and adapt to
changing conditions in real-time.

But the capabilities of this Smart Feeder Pillar extend beyond mere data transmission. The cloud integration allows for remote control of I/O (Input/Output) components within the feeder pillar. This feature transforms the way electrical systems are managed, allowing for adjustments and interventions from afar, thereby reducing the need for on-site maintenance and enabling quicker responses to potential issues.

Moreover, the Smart Feeder Pillar is vigilant. It continuously monitors for signs of leakage and abnormal consumption, acting as a guardian against inefficiencies and potential hazards. These features are not just about maintaining functionality; they are about enhancing safety, optimizing
performance, and paving the way for a more sustainable and intelligent electrical distribution network.

In essence, this Smart Feeder Pillar - 4G/LAN Version is not just an equipment upgrade; it’s a leap forward in the way we manage and interact with electrical systems. It represents a harmonious blend of connectivity, control, and intelligence, all working together to usher in a new era of smart grid management.

iLCS Wilamp IoT Street NEMA (WiSN) is an intelligent control device for remote control and monitoring of streetlights.

iLCS WiSN provides a Plug-and-Play installation on the lamp via a 7-pin NEMA connector that meets the ANSI C136.41-2013 standard.

The device is directly powered by the AC line, has an integrated power and energy meter for diagnostics and is equipped with a relay to cut off the driver power suppy during standby time, offering an additional protection.

Communication with the Data Control Unit (DCU) takes place via wireless mesh network on the 2.4 GHz ISM band, with transmission power up to 20 dBm.

Equipped with brightness sensor and on-board GPS, it can also work in standalone mode.

iLCS Wilamp IoT Street Zhaga (WiSZ) is an intelligent control device for remote control and monitoring of streetlights.

iLCS WiSZ complies with the specifications of the Zhaga Consortium Smart Street Lighting (Book 18), ensuring universal compatibility with all LED lamps equipped with standard Zhaga socket.

The device is powered at 24 Vdc and is equipped with a DALI2 / SR interface with the role of Master, capable of controlling up to 24 compatible LED drivers and reading diagnostic data on status and consumption.

Communication with the Data Control Unit (DCU) takes place via wireless mesh network on the 2.4 GHz ISM band, with transmission power up to 20 dBm.

Equipped with brightness sensor, RTC and, in the full version, with on-board GPS, it can also work in standalone mode.

The iLCS® integrates the combination of both smart street lighting management and security features to tackle current city’s challenges such as monitoring traffic flow and air quality, road
safety for drivers and pedestrians, prevent crimes and possible to eradicate danger. The focus of smart cities should protect its citizens, properties and infrastructure on the long term.

An unlimited range of ideal applications can be incorporated into TRIMAX smart light such as public WiFi, telecommunication network coverage, audio announcement, fire and rescue siren alarms, environmental data and occupancy detection.