ACADA Light is an open system for managing public lighting that eliminates vendor lock-in and allows for the integration of various types of luminaires and communication units. With this flexibility, cities can utilize a wide range of devices and technologies without being limited to a single platform.
The system offers advanced features for managing light profiles, organizing, and manually controlling luminaires. Additionally, it enables fault detection and automatic notifications in the event of a luminaire failure, making lighting management and maintenance easier. This ensures efficient and reliable operation of public lighting with minimal costs.
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.
ACADA Light is designed to support a wide range of hardware from various suppliers, allowing you to choose and combine components based on your specific requirements and budget.
This not only enables you to take advantage of the latest technologies without being tied to a single vendor, but also allows for the integration of existing systems and infrastructure elements.
This approach minimizes the need for complex and costly modifications, while ensuring you can utilize the best the market has to offer without concerns about technical issues or incompatibility.
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 user interface is designed for the mass management of end devices, not just public lighting. It supports a variety of other devices and enables easy integration of completely new devices with your public lighting system.
The dashboard displays groups in which devices can be organized, allowing the creation of different views, such as grouping lamps by streets, electrical cabinets, phases, and more.
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.
✓ Leaflet: LogimicLight4_en.pdf
✓ Hardware price list: Link..
Vendor lock-in is a persistent issue in public lighting, where customers are forced to use technologies and services from a single supplier. This problem limits flexibility, drives up costs, and reduces competitiveness. ACADA Street Light offers an innovative solution, enabling suppliers and integrators of public lighting to use a mix of different technologies, freeing them from reliance on a single provider.
What is Vendor Lock-In?
Vendor lock-in occurs when customers become dependent on the products or services of a single manufacturer. This situation often arises due to specific technological standards, proprietary solutions, or incompatibility with other systems. Vendor lock-in restricts choice, often leading to higher maintenance costs, more expensive updates, and difficulties in system expansion.
How Does ACADA Street Light Solve Vendor Lock-In?
ACADA Street Light is designed to enable seamless integration of diverse technologies from various manufacturers. Here’s how it achieves this:
- Open Architecture: ACADA Street Light features an open and modular architecture compatible with a wide range of technologies and standards, allowing suppliers and integrators to connect and manage devices from different manufacturers easily.
- Support for Multiple Protocols: The system supports a broad range of communication protocols (e.g., DALI, Zigbee, LoRaWAN, IQRF), enabling the use of various luminaires, sensors, and control units regardless of their manufacturer.
- Easy Integration: ACADA Street Light is designed for easy integration into existing public lighting infrastructures. This means cities and municipalities don’t need to replace their entire system but can gradually incorporate new technologies according to their needs and budget.
- Interoperability: The system ensures interoperability between different devices and systems, meaning they can work together regardless of the manufacturer. This allows cities to create intelligent public lighting solutions tailored to their specific needs.
Examples of Supporting Diverse Technologies
Integration of IQRF Communication Units from Microrisc ACADA Street Light seamlessly supports IQRF communication units, a wireless technology from Microrisc. This technology enables simple and reliable lighting control, with ACADA Street Light ensuring smooth integration of these units into the system. With IQRF support, lighting managers can easily deploy and manage sensors, control units, and other devices from various manufacturers without concerns about compatibility.
Support for LoRaWAN Communication Units from Oliptec, Fonda, and Weeclouds The ACADA Street Light system is fully compatible with LoRaWAN communication units from several manufacturers, including Oliptec, Fonda, and Weeclouds. LoRaWAN is ideal for long-range deployments, which is crucial for urban and suburban areas with dispersed public lighting. ACADA Street Light allows for easy integration of these units, offering cities and municipalities flexibility in choosing technologies that provide optimal coverage and performance.
Benefits for Suppliers and Integrators
ACADA Street Light offers several key benefits for suppliers and integrators:
- Independence from Manufacturers: Users can freely choose and mix technologies from different manufacturers, increasing their independence and flexibility.
- Lower Costs: The open architecture helps reduce integration and maintenance costs by eliminating the need for expensive proprietary solutions.
- Increased Competitiveness: The ability to combine the best available technologies on the market allows suppliers and integrators to offer innovative and cost-effective solutions.
Benefits for Cities and Municipalities
Cities and municipalities also stand to gain significant advantages from using ACADA Street Light:
- Flexibility: The option to gradually modernize without needing massive investments.
- Long-Term Sustainability: Invest in technologies that will remain compatible with future innovations.
- Cost Savings: By choosing the best available technologies and implementing them progressively, operational costs are reduced.
Conclusion
ACADA Street Light revolutionizes public lighting by eliminating vendor lock-in and giving suppliers, integrators, and cities the freedom to mix and match different technologies. This system not only enhances efficiency and reduces costs but also fosters innovation and competitiveness in the public lighting market.
As urban environments continue to evolve, cities need more than just efficient street lighting; they require an integrated approach to managing various aspects of urban infrastructure. ACADA Street Light is designed to be more than just a public lighting solution. It provides a flexible platform that seamlessly integrates a range of smart city technologies, including energy meters, environmental sensors, smart waste bins, parking sensors, and water level monitors.
The Need for Integration in Smart Cities
Cities today face significant challenges in resource management, sustainability, and improving the quality of life for their residents. Integrating diverse smart devices into a unified platform allows cities to monitor and control various aspects of urban life in real-time. Without a system capable of integrating these technologies, cities may encounter inefficiencies, higher costs, and fragmented management.
ACADA Street Light: Beyond Just Lighting
ACADA Street Light is not only a public lighting management system but a comprehensive platform that supports the integration of essential smart city devices.
1. Energy Meters
Effective energy management is crucial for cities. ACADA Street Light integrates with energy meters to provide real-time data on energy consumption across different sectors, including public lighting and buildings. This allows cities to optimize energy use, reduce costs, and implement energy-saving initiatives. The platform supports various types of meters, enabling comprehensive monitoring of electricity, water, and gas consumption from a single interface.
2. Environmental Sensors
Air quality, temperature, humidity, and noise levels are vital factors affecting urban living. ACADA Street Light facilitates the integration of environmental sensors that provide real-time data on these parameters. This information can be used to implement measures to improve air quality, manage heat islands, and reduce noise pollution, ultimately enhancing the urban environment.
3. Smart Waste Bins
Efficient waste management is essential for maintaining clean and orderly public spaces. ACADA Street Light integrates with smart waste bins equipped with sensors to monitor fill levels. This integration helps cities optimize waste collection routes, reduce unnecessary pickups, and lower operational costs. By incorporating these bins into the ACADA platform, cities can achieve cleaner public areas and more efficient waste management.
4. Parking Sensors
Managing parking efficiently is another critical aspect of a smart city. ACADA Street Light integrates with parking sensors that track the availability of parking spaces in real-time. This data guides drivers to available spots, reduces traffic congestion, and improves overall parking efficiency. The integration with ACADA allows cities to synchronize parking management with other smart city functions, creating a more coordinated urban experience.
5. Water Level Monitors
Managing water resources is crucial, especially in the face of climate change. ACADA Street Light supports the integration of water level monitors that track the levels of rivers, reservoirs, and stormwater systems. This data helps cities predict and manage risks associated with both flooding and low water levels, enabling proactive measures to protect infrastructure and residents. The ability to integrate water level monitors into the platform ensures that cities are better prepared for extreme weather events and water shortages.
Benefits of Integration with ACADA Street Light
Integrating various devices with ACADA Street Light offers several key advantages for cities:
- Unified Management: Manage all smart devices from a single platform, improving efficiency and reducing complexity.
- Real-Time Data and Analytics: Access real-time data and advanced analytics to make informed decisions quickly.
- Scalability: Easily expand and integrate new technologies as city needs evolve.
- Cost Efficiency: Lower operational costs and optimize resource allocation by consolidating device management.
- Enhanced Urban Experience: Improve the quality of life for residents by creating a safer, cleaner, and more efficient urban environment.
Use Case: A Smart City Powered by ACADA Street Light
Scenario: A mid-sized city is modernizing its infrastructure by integrating various smart technologies.
Challenge: The city’s traditional public lighting system lacks integration capabilities. As the city grows, it needs a platform to manage not just lighting but also energy meters, environmental sensors, smart waste bins, parking sensors, and water level monitors.
Solution: The city adopts ACADA Street Light as its central management platform.
- Energy Meters are deployed throughout the city, with real-time data sent to ACADA, enabling energy-saving initiatives.
- Environmental Sensors are installed to monitor air quality, temperature, and noise levels, aiding in urban planning and pollution reduction.
- Smart Waste Bins are integrated, optimizing waste collection routes and reducing operational costs.
- Parking Sensors are connected to the platform, guiding drivers to available parking spaces and reducing congestion.
- Water Level Monitors are added to track flood risks and water shortages, allowing for better preparedness.
Outcome: The city successfully upgrades its infrastructure, reducing operational costs, improving resource management, and enhancing residents’ quality of life. The integrated approach allows for a smarter, more sustainable urban environment.
Conclusion
ACADA Street Light is more than just a public lighting solution—it is a comprehensive platform for integrating smart city technologies. By supporting a wide range of devices, from energy meters to parking sensors, ACADA Street Light enables cities to manage their infrastructure more effectively and ensure a sustainable and efficient future.
