01
Corridor-wide approach
Assess the availability of an entire critical route rather than only isolated junctions.
Resilient Corridors
Keep critical routes operational when the grid fails.
The Circl approach
Reliable power for the routes that matter.
Modular local energy systems that help safeguard the power supply to critical urban traffic assets during grid disruptions.
Every solution is based on modular, technology-agnostic resource infrastructure — designed for long-term performance and adaptability.
Keep selected traffic functions available along designated routes during grid disruption, within a clearly defined technical and operational design.
An electricity outage can affect traffic signals, essential public lighting and supporting communication assets along strategically important routes. Circl helps road authorities identify critical loads and design connected sets of local, modular energy nodes for an agreed level of backup autonomy.
The Circl approach
Local by design.
Adaptable by nature.
The Resource Hub is a modular, technology-agnostic infrastructure concept: select the technologies the project needs, integrate them through defined interfaces and enable future adaptation without redesigning the entire system.
Why Circl
Six reasons to build differently.
Benefits are tailored to the operating requirements and infrastructure of each project.
02
Designed autonomy
Size batteries, protected loads and power interfaces against a specified operating period and scenario.
03
Technology-agnostic skids
Replace or upgrade storage, conversion and control modules as technology evolves.
04
Value in normal operation
Where appropriate, local generation and energy management can reduce grid demand outside emergencies.
05
Asset-level visibility
Monitor battery health, remaining estimated autonomy, faults and service needs.
06
Designed with road authorities
Integrate with existing traffic control equipment, required safety mechanisms and approved operating procedures.
Technical architecture
Technology that works together.
A practical system configuration, adapted to local demand, regulatory conditions and the required service level.
Conceptual technology setup · Traffic & Mobility
Illustrative engineering concept — final interfaces and requirements are project-specific.
Critical load assessmentInventory VRI, road lighting, detection and communications loads along the route.
Protected grid interfaceSafe switching, electrical protection, reserve policy and continuity provisions.
Modular battery storageDistributed battery nodes or grouped systems engineered for target autonomy.
Optional local generationSolar PV or other sources where site constraints and yield justify inclusion.
Local resilient controlsFail-safe, autonomous power management not dependent on cloud availability.
Corridor dashboardCondition and availability visibility through Circl Impact Data, subject to integration.
Modular infrastructure
Replace a technology. Not the entire system.
The skid-based approach is designed around modular components and defined integration points. It enables technology upgrades and maintenance interventions while supporting the longer-term use of the surrounding infrastructure.
- Technology-agnostic selection of suitable components
- Skid-based modules that can be maintained and replaced
- System-level monitoring and intelligent operation
- Engineering based on lifecycle performance
Applications
Where this solution fits.
↗
Urban escape routes
↗
Hospital access corridors
↗
Emergency-services connections
↗
Strategic city arteries
Backup power alone does not guarantee a usable evacuation route. Traffic regulations, communications, physical accessibility and emergency procedures remain essential.
Start a conversation
Discuss your critical corridor project.
Explore the suitable Resource Hub configuration, technical requirements and commercial possibilities with Circl Technologies.