Define the Distribution Point
Identify the incoming supply, municipal cabinet, lighting feeder, lighting zone or auxiliary load being measured. Each metering point should support a defined energy, operating or maintenance requirement.
Application / Smart Lighting
Energy Metering for Smart Street Lighting & Municipal Distribution
Design energy measurement schemes for street-lighting feeders, field cabinets and municipal distribution zones. YTL supplies energy metering hardware and model-specific data interfaces for local measurement or remote collection. Lighting control, city-management platforms, network services and field installation remain project-specific.
Solution Highlights
Design for Field Cabinets, Repeatable Deployment and Maintainability
Fit the Field Environment
Review enclosure dimensions, DIN-rail or panel mounting, terminal access, conductor routing, auxiliary supply, temperature or exposure conditions and safe service access.
Plan Remote Operation
Confirm the selected model interface, network or gateway owner, data interval, platform fields, exception process, asset labeling, replacement procedure and field-support responsibility.
System Scope:YTL supplies metering hardware and model-specific interfaces for measuring street-lighting feeders and municipal distribution points.
Lighting control, dimming, municipal-management platforms, telecom services, field installation and long-term platform operation are separate project scopes unless explicitly agreed.
Metering Architecture
Choose the Metering Route by Cabinet, Feeder and Data Path
Use a repeatable site template for each cabinet or lighting zone. A standard template simplifies model selection, commissioning, replacement and scaled rollout, while still allowing site-specific electrical and enclosure checks.
Lighting feeder metering
Confirm single- or three-phase input, voltage, maximum current, direct or transformer connection, feeder purpose and required energy or operating data.
Municipal Field-Cabinet Installation
Confirm DIN-rail or panel space, enclosure depth, terminals, conductor route, auxiliary power, environmental conditions, labeling and maintenance access.
Remote Collection and Platform Handover
Identify the local or remote data owner, selected model interface, gateway or network route, address plan, required platform fields, exception handling and operating responsibility.
Meter Models
View More Products Featured Smart Lighting Meter Models
DEM1E001
45 A Single-Phase DIN-Rail Energy Meter with SO Pulse Output
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DEM1E202
45 A Single-Phase DIN-Rail Energy Meter with RS485
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DEM2A001
100 A Single-Phase DIN-Rail Energy Meter with SO Pulse Output
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DEM2A202
100 A Single-Phase DIN-Rail Energy Meter with RS485
View ProductsQuick Smart Lighting Meter Finder
DEM1E001
45 A Single-Phase DIN-Rail Energy Meter with SO Pulse Output
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DEM1E202
45 A Single-Phase DIN-Rail Energy Meter with RS485
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DEM1E302
45 A Single-Phase DIN-Rail Energy Meter with RS485 and TOU
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DEM2A001
100 A Single-Phase DIN-Rail Energy Meter with SO Pulse Output
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DEM2A202
100 A Single-Phase DIN-Rail Energy Meter with RS485
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Buyer Checklist
Smart Street Lighting Buyer Checklist
Site and Asset Inventory
List each cabinet or lighting zone, location, circuit purpose, responsible owner, electrical configuration and rollout quantity.
Electrical input
Provide phase, voltage, maximum current, direct or transformer connection, auxiliary supply and the relevant single-line or wiring drawing.
Enclosure and Environmental Fit
Confirm available DIN-rail or panel space, depth, terminals, cable route, enclosure protection, temperature conditions and service access.
Data Purpose
State whether the project requires periodic energy records, remote operational visibility, alarms, maintenance analysis or a defined platform report.
Communication Route
Confirm the selected-model interface, gateway or network topology, address plan, site connectivity, platform fields and operating owner.
Commissioning and Maintenance
Define the asset label, commissioning record, replacement procedure, communication reconfiguration, spare-unit strategy and field-support contact.
What Should Be Metered in a Street-Lighting Project?
Start with the electrical distribution structure: incoming supply, municipal cabinet, lighting feeder, lighting zone or defined auxiliary load. Each measurement point should support a clear energy, operational or maintenance requirement.
How Do I Choose a Meter for an Outdoor or Field Cabinet?
Confirm the electrical input, mounting space, terminal access, auxiliary supply, enclosure protection, temperature conditions, communication route and maintenance requirements. The meter should be installed within a suitable protected enclosure according to its model-specific environmental and installation limits.
Can Street-Lighting Meter Data Be Collected Remotely?
Remote collection depends on the exact meter interface, gateway or network route, site connectivity, required data fields and responsibility for operating the communication path. Compatibility must be verified against the selected model and destination system.
Does YTL Provide a Complete Smart City or Lighting Control Platform?
YTL focuses on energy metering hardware, communication interfaces and project-specific integration support. YTL supplies metering devices and technical information required for measurement, communication and system integration according to the verified project configuration. Complete smart city platforms, lighting control systems, municipal network services and field operation platforms are typically provided by project owners' appointed system integrators or specialized platform providers.
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