ACADA cloud enables control and monitoring of outdoor and street lighting so that you can set light profiles for individual luminaires, read their operating parameters and be notified of malfunctions. It supports manual modes and service operations such as assembly, replacement and disassembly. Our solution is suitable both for cities and municipalities, as well as for corporate customers. It focuses on:
✓ Control of lighting fixtures in order to save electricity and extend the life of the lighting fixtures.
✓ Programming of light profiles and time programs for lighting groups according to customer requirements.
✓ Data collection and preparation of reports and statistics.
✓ Immediate notification of malfunctions.
ACADA cloud supports different types of control radio units with regard to the type of installation or the customer’s wishes. These are external Zhaga/Nema units, but also internal DALI converters.
For new customers, we recommend Zhaga/Nema units based on LoRaWAN, IQRF or ZigBee technology, see below. These units are mounted in standard sockets outside the light fixture and communicate wirelessly with a gateway located in the location, which provides two-way data transfer to the cloud using a GSM connection.
✓ We support standard Zhaga/Nema radio modules.
✓ We also connect existing modules or the entire system.
Our goal is to interfere as little as possible with our customers’ infrastructure. The radio units are installed in standard sockets on the luminaire and the communication gateway is usually placed on one of the public lighting poles or completely outside the lighting system.
The communication gateway is designed as a separate unit with an external antenna and requires only an electrical power supply and a suitable location with regard to high-quality radio and GSM signal reception. In the case of mounting on a public lighting pole, which is switched off by an external sensor, we provide a battery-backed gateway that ensures continuous operation, even in the event of a power failure.
The ACADA cloud user interface is designed for mass management of terminal devices and not only public lighting. It supports a variety of other devices and allows for easy integration of brand new devices with your public lighting system.
The dashboard displays groups into which devices can be organized and thus create different views, for example grouping lamps according to streets, switchboards, phases, etc.
Each group is evaluated separately and according to the selected criteria, for example phase failure signaling, street off, error status, the given group is alerted on the dashboard.
These KPIs (Key Performance Indicators) are chosen by the user, for example send an alert when the voltage drops below a certain limit, or alert if one of the lights does not light up during the night, etc.
KPIs also serve as filters, when the system displays those devices that are currently alerting. KPIs are displayed in color on the dashboard and at the same time it is possible to set e-mail notifications if the given alert occurs.
Public lighting lamps regularly send operational information and GPS locations (depending on the type of device). This information is stored in a database and can be displayed graphically on an interactive map.
It is possible to work with individual devices both on the map and in a table or graph.
The map information is used to quickly find the desired light fixture in case of service intervention, it also provides an overview of the status of the light fixtures.
Map materials can be processed with passportization.
Public lighting lamps regularly send operational information and GPS locations (depending on the type of device). This information is stored in a database and can be viewed and evaluated retrospectively.
Each parameter, or a group of parameters of a given device can be displayed in a graph with the selection of a time period. It is thus possible to compare the parameters with each other and also to export to XLS format.
The history is kept for the entire life of the given device.
Schedules helps to automatically change lighting profiles during the night.
✓ creating locations and assigning lights to locations
✓ program creation and assignment to locations
✓ daily, weekly and monthly program cycles
✓ astrodyne function for dynamic programming
✓ the function of switching on, off and adjusting the intensity of the lights
✓ manual control of individual lights and entire locations
✓ immediate detection of lighting status, history of statistics
✓ automatic reports with failure history
✓ service operation of automatic creation of the network and its backup
✓ LoRa WAN RF 868 MHz
✓ Zhaga Book 18 standard, twist Lock mounting
✓ RTC (real-time clock)
✓ GNSS / GPS
✓ Autonomous Scenario
✓ Light Level sensor
✓ Tilt sensor (optional)
✓ Motion sensor input (optional)
✓ AES128-bit security
✓ IP66 grade
✓ Dimensions Ø79.7 mm x 43.43 mm
✓ Weight 0.15 kg
Wireless communication and control unit for LED street lights with Zhaga/NEMA connectors.
✓ Designed for outdoor use, mounting on the lamp cover.
✓ It works as a two-way data tunnel for transmission. of data frames between the IQRF wireless network and the IEC 62386 (Digital Addressable Lighting Interface).
✓ Reliable IQRF network with up to 239 devices.
✓ Easy and fast installation with Autonetwork function.
✓ Remote and local monitoring and control.
✓ Connectivity to cloud services.
The API interface enables the connection of the system with other systems through the REST-API technology. It is possible to access all parts of the ACADA system and not only read data but also write data and configure the system.
Data reading is useful for superior systems that require raw data from the device, or already processed data for further use.
Writing and configuring the ACADA system is possible in the case of controlling the ACADA system using user resources such as feeds, product databases and others.
The entire system is continuously online and automatically checked in the cloud at minute intervals. You therefore have an immediate overview of the system’s status and also any malfunctions. In addition, every morning you will receive a report on the condition and behavior of the lights during the night. If necessary, we are available by phone for remote solutions to your technical questions.
✓ We provide continuous technical support 24/7