Acrel Smart Micro-Breaker: Intelligent Control for Energy-Efficient Smart City Lighting
I. Traditional Street Light Management: Prominent Pain Points Urgently Requiring Upgrades
Street lights are the “guardians” of urban nights, but traditional management models face many issues demanding immediate solutions: The “one-size-fits-all” lighting approach causes over 30% electricity waste; potential line hazards are difficult to detect in advance; manual inspections are not only costly but also slow in fault detection and response.
II. Acrel Smart Micro-Breaker: Empowering Precise Intelligent Lighting Control and Energy Saving
The emergence of Acrel smart micro-breakers effectively resolves these traditional challenges, propelling urban lighting into the “era of precise intelligent control” through a “hardware + platform” integrated solution. The ASCB series smart micro-breaker integrates “circuit breaker + meter + controller” in one unit, seamlessly adapting to various scenarios such as urban arterial roads, parks, and rural highways, endowing street lights with comprehensive intelligent capabilities of “perception, response, and protection”. In terms of energy saving, the device dynamically adjusts lighting schedules through latitude/longitude-based sunrise-sunset control linked with light sensors, combined with remote time-sharing strategies, significantly improving comprehensive power-saving rates. The branch metering function enables real-time monitoring of electricity consumption and identification of abnormal losses, making energy management transparent and traceable. It also displays real-time line electrical parameters and on/off status, reducing manual intervention.
The emergence of Acrel smart micro-breakers, with their “hardware + platform” integrated solution, drives urban lighting management toward the “era of precise intelligent control”. The ASCB series smart micro-breaker integrates the core functions of “circuit breaker + meter + controller,” seamlessly adapting to various lighting scenarios including urban arterial roads, park roads, and rural highways, endowing street lights with comprehensive intelligent capabilities of “perception, response, and protection”.
III. Intelligent O&M: Quality and Efficiency Enhancement with Multi-layer Protection Building a Safety Defense
The intelligent O&M model dramatically revolutionizes traditional processes: Through the Acrel-EIoT Energy IoT Platform, managers can remotely monitor street light voltage, current, and other parameters 24/7; during faults, the device cuts off the circuit within milliseconds while simultaneously pushing alarm information to the backend and accurately locating the fault position, achieving “second-level alarm, minute-level dispatch”. After implementation, maintenance efficiency improves threefold, O&M manpower is reduced by 70%, and fault repair time is compressed from 24 hours to 2 hours. The platform also supports map display of distribution box locations with click-to-view real-time circuit status. Safety-wise, the device provides multiple protections including overcurrent, short circuit, over-temperature, and leakage protection; the 30mA adjustable leakage threshold can block electric shock risks; DIN rail installation requires no modification of existing structures, offering a worry-free and reliable solution for upgrading aging street lights.
IV. Solving Core Pain Points, Empowering Smart City Lighting Development
From rural roads to urban arterial roads, Acrel smart micro-breakers, with their “small size, big energy,” effectively solve the three core pain points of urban lighting: energy saving, O&M, and safety, becoming the “core capillaries” of smart city lighting. In the future, Acrel will continue to deepen its commitment to IoT technology, helping make urban nights more energy-efficient and lives more convenient, illuminating every corner of smart cities with intelligent light.
Post time: Dec-29-2025
