POSEIDON CITY

Each LED luminaire that is part of public lighting and will be wirelessly controlled using the POSEIDON® City system should be equipped with a NEMA or ZHAGA socket. NEMA and ZHAGA refer to two different industrial receiver standards that enable communication with the control system. For luminaires that do not include these sockets, it is possible to use universal receivers L8 R DL10 V or L8 R DL10 VG, which are also suitable for controlling designer luminaires. Thanks to the built-in relay, the receivers can also be used as switching elements in many installations requiring remote management.

It is not necessary to replace existing wiring. If the luminaires are older and do not support electronic dimming, we recommend replacing them with more modern and energy-efficient ones.

In our product range you will find control modules for NEMA sockets (for analog or DALI output drivers), ZHAGA DALI modules, and both built-in and external receiver variants. The system is compatible with most commonly used LED drivers.

Yes, the system is modular and can be expanded in phases. You can start, for example, with main streets and gradually connect additional parts of the city.

Basic installation and operation do not require training. For advanced configuration and integration into municipal platforms, short basic training is recommended.

Yes, the system enables real-time monitoring, including energy consumption of individual luminaires and their status reporting. The status is visible in the luminaire list or in the detailed view of each luminaire.

Fault reporting is handled by email notifications based on user settings, along with a status overview in the POSEIDON® City control system.

After power restoration, the system follows the previously configured settings. It can continue in the same mode as before the outage or apply predefined intensity settings.
If network communication is lost, receivers switch to an emergency schedule. The emergency schedule is a time plan stored automatically in every receiver.

Astro mode replaces commonly used twilight switches. It determines lighting times based on local sunrise and sunset.
Dimming allows setting different light intensities according to schedules and usage needs.
The system supports individual configuration for each street or zone.

Yes, the system allows integration after verifying compatibility.

This depends on the number of luminaires and achieved energy savings. Typical return on investment ranges from 5–8 years due to energy savings and reduced maintenance costs. You can use the savings calculator for orientation.

Yes. In addition to an annual time schedule, the system allows creating temporary “Extra” schedules, for example for Christmas lighting or cultural events.

The basic software and control functions do not require mandatory monthly fees. Optional services, updates, or cloud platforms may have additional charges depending on the project and customer requirements.

This depends on the specific project and configuration. Recommended maintenance practices are always discussed with the customer before system deployment.

Encrypted communication between receivers and control software.
Access is protected by user accounts and passwords.
Optional role-based permissions.

Warranty for servers, gateways, and luminaires follows standard legislation (2–5 years). ENIKA provides a 5-year warranty on ENIKA products, along with service support, diagnostics, and consulting.

In addition to separate time schedules for each group, a physical push-button can be used to control defined luminaire groups according to preset scenes.

Yes, the system supports integration of motion sensors that increase lighting only when movement is detected, saving energy.

The system uses LoRaWAN wireless communication in the unlicensed 868 MHz band.