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energy management automation system

Flexibility

Our wireless energy automation platform enables changes, expansions, and modifications without the need for rewiring or operational downtime.

  • Simplified Installation & Configuration: Intuitive configuration makes implementation and transition from existing systems easier.

  • Intelligent Communication Network: Each node communicates with other nodes and can identify changes in its environment. If a node goes offline, the network can automatically establish alternative communication paths.

  • Centralized Control: Manage lighting and other connected devices from a single platform through an intuitive user interface.

 

Cost-Effective & Sustainable

Intelligent automation enables energy to be used only when and where it is needed, helping reduce unnecessary consumption and operating costs.

  • Energy Control: Lighting and other devices can automatically turn off or dim when they are not required.

  • Lower Installation Costs: Wireless architecture can significantly reduce the need for cabling and associated installation work.

  • Energy Savings: Intelligent control systems can deliver energy savings of up to 70%, depending on the installation, configuration, and usage patterns.

 

Intelligent Control

Gain precise, automated control over lighting and other connected devices.

  • Group and control multiple fixtures and devices from a single platform.

  • Create customized schedules to automate the operation of each group.

  • Configure different operating levels: high, medium, low, or off — based on schedules, occupancy, and specific area requirements.

  • Integrate occupancy and daylight sensors to automatically adjust system operation in real time.

  • Scalability: The mesh network can support up to 2,000 nodes per centralized control panel, allowing management of large-scale facilities.

 

Intelligent

The system provides ongoing visibility into facility performance, helping identify opportunities to optimize operations and improve energy efficiency.

  • Monitoring & Fault Detection: Identify potential issues with lighting fixtures, ballasts, and connected devices.

  • Performance Reporting: Periodic reports provide insight into system performance and energy consumption.

  • Continuous Optimization: Data and controls allow system operation to be adjusted according to the actual needs of the facility.

 

Simple

A platform designed to make the daily management of lighting and energy systems easier.

  • Intuitive Interface: Easy to learn, use, and manage.

  • Centralized Management: Core functions and tools are accessible from a single interface.

  • Specialized Support: Our team provides technical guidance and support to help customers maximize the value of the system.

 

Intelligent Automation. Greater Control. Lower Consumption.

'smart city' roadway lighting automation system

Intelligent Automation for Exterior Applications

An intelligent wireless platform for controlling, monitoring, and measuring exterior lighting systems, designed to provide facility managers, engineers, technicians, and maintenance teams with the tools needed to operate installations more efficiently.

  • Energy savings

  • Lower operating and maintenance costs

  • Remote access from anywhere

  • Fast event and fault notifications

  • Detailed reporting

  • Real-time management and control

  • Enhanced security and reliability

  • Seamless integration with other automation systems

One Platform. Multiple Technologies.

 

All of these functions are integrated into intelligent modules capable of controlling, monitoring, and measuring virtually any lighting system using standard, industry-leading products, without requiring customers to be tied to a specific ballast or driver manufacturer.

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The modules support a range of operating voltages and frequencies, including 100 V and 347 V, as well as 50 Hz and 60 Hz systems, depending on configuration.

Installation is fast and flexible for street and roadway lighting, decorative and architectural lighting, and other exterior applications.

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Modules can be installed inside or outside the fixture and allow existing lighting sources to be controlled and monitored without the need for new control wiring.

 

Compatible with Multiple Lighting Technologies

The platform can integrate with a wide range of lighting sources, including:

  • LED

  • Induction

  • MH / HPS / LPS

  • Incandescent

  • Halogen

  • Plasma

This allows intelligent control to be added to existing lighting infrastructure without requiring a complete replacement of the lighting system.

 

Intelligent Control

The platform is designed to scale from small installations to large lighting networks without requiring additional routers or complex network configuration.

  • ​Each module operates as an independent logical processor, distributing intelligence and control directly to individual lighting points.

  • ​From a few modules in a small installation to thousands of devices distributed across municipal, commercial, or industrial locations, the system can manage large-scale lighting networks.

  • The architecture can support up to 2,000,000 modules, depending on the system configuration and platform implementation.

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Intelligent Operations

SLCM modules integrate with an intuitive software platform that allows users to configure, control, monitor, and measure lighting systems through a centralized interface.

The platform provides multiple visualization options, including architectural views and interactive map views with zoom and pan functionality, allowing users to monitor network operations in real time.

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Users can:

  • Monitor the status of lighting fixtures and connected devices.

  • Receive notifications and alarms for events and potential faults.

  • Identify equipment requiring attention or maintenance.

  • Analyze energy consumption and system performance.

  • Improve network operating and maintenance efficiency.

  • Manage the system remotely from compatible smartphones, tablets, and other wireless devices.

The platform supports industry-standard protocols and can integrate with other automation and management systems.

 

Why Automation?

Reducing energy consumption is not only about changing the light source. Adding intelligent control can unlock significantly greater value from existing lighting infrastructure.

The combination of controls, sensors, monitoring, and measurement enables energy to be used only when and where it is needed, while providing greater visibility into system performance.

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For organizations looking to reduce costs, improve operational efficiency, and lower their environmental impact, intelligent automation provides a strategic way to maximize the performance of their lighting infrastructure.

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Control & Monitoring Platform

The platform integrates control modules, relays, sensors, measurement devices, and user interfaces into a unified ecosystem designed to configure, control, monitor, and measure lighting systems.

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Its flexible architecture supports different lighting technologies, voltages, and configurations, providing an adaptable automation solution for both new installations and retrofit projects.

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Intelligent Control. Real-Time Monitoring. Greater Efficiency.

automated parking systems

A Solution Built for Developers

Automated parking systems make more efficient use of available space while helping increase the value and functionality of real estate developments.

  • Up to 50% less space required for parking, depending on system design and configuration.

  • More efficient use of land, allowing greater areas to be allocated to higher-value uses.

  • Greater potential real estate value through more efficient use of available space.

  • Reduced construction time and costs compared with conventional parking solutions, depending on the project.

 

Better for Cars & People

A more efficient, organized, and secure parking experience.

  • Convenient parking in clean, organized facilities.

  • Reduced risk of vehicle damage during parking and maneuvering.

  • Enhanced security for vehicles and users by limiting unauthorized access to parking areas.

  • Reduced exposure to vandalism, theft, and other incidents.

 

More Efficient for Owners & Operators

Automation can optimize parking operations and reduce costs throughout the life of the facility.

  • Lower operating costs compared with systems requiring greater levels of staffing, depending on configuration.

  • Reduced electricity consumption for lighting, ventilation, and other auxiliary systems.

  • Reduced vandalism and theft through a more controlled environment.

  • Greater parking capacity without requiring additional high-value land.

  • More efficient and predictable operations through automated management and control systems.

 

Better for the Planet

Automated parking can help reduce the environmental impact associated with the construction and operation of conventional parking facilities.

  • Smaller construction footprint through more efficient use of space.

  • Potential reduction in construction materials by requiring less space for equivalent parking capacity.

  • Lower energy consumption through optimized lighting, ventilation, and other building systems.

  • Lower operational emissions, depending on facility design and operating conditions.

 

More Capacity. Less Space. Greater Efficiency.

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