Long Operating Hours
Advertising lightboxes usually cover concourses, platforms, corridors and other areas, with electricity costs accumulating over long operating periods.
Display-Based Lighting Energy-Saving Solution
Digital Energy Management Solution for Metro Advertising Media
Enable energy savings, remote management and sustained operating improvement for advertising lightboxes through intelligent dimming and a digital operations platform.
Long-Term Lightbox Operation Creates Ongoing Energy Costs
Metro advertising lightboxes are numerous, widely distributed and operate for long hours. Without unified digital energy management, energy use becomes hard to see, scheduling is delayed and savings are difficult to evaluate.
Fixed Brightness
Traditional lightboxes often run at fixed brightness and cannot automatically adjust by time period, passenger flow or ambient light.
Distributed Locations
Lightboxes are distributed across stations and areas, making manual inspection, switching and troubleshooting inefficient.
Limited Data
Without unified energy and operating data, it is difficult to quantify savings potential and operational improvement.
The lightbox itself is not the issue. The gap is digital energy management.
Display Lighting Energy-Saving Solution Architecture
Build a closed loop for digital lightbox energy management with intelligent terminals, communications, a cloud platform and operations decision support.
- 01Intelligent Terminals
Deploy dimming controllers, energy metering devices and status monitoring terminals to make each lightbox visible and controllable.
- 02Communication Network
Use a stable communication network to upload device data and issue remote control commands.
- 03Cloud Platform
Manage lightbox devices, operating data, energy data, alerts and energy-saving strategies in one platform.
- 04Operational Decisions
Use operating data for energy-saving analysis, strategy optimization, benefit assessment and maintenance management.
Four Core Capabilities
Use real-time data to drive brightness strategies, device control and maintenance response, forming a closed loop for lightbox energy management.
01
Intelligent Dimming
Adjust lightbox brightness by area, time period, traffic and ambient light to reduce unnecessary lighting energy use.
02
Energy Data Collection
Collect lightbox energy consumption and operating status in real time to support savings calculation and operational assessment.
03
Remote Control
Support remote switching, brightness policy delivery, group control and status viewing to reduce on-site operating costs.
04
Exception Alerts
Issue timely alerts for device exceptions, abnormal energy use and offline status to improve maintenance response.
Project Implementation Process
Use a standardized implementation approach to manage project schedule, installation quality and ongoing operating results.
- 01Site Survey
Review lightbox quantity, installation locations, power conditions, current operating hours and management methods.
- 02Savings Calculation
Estimate savings potential based on operating hours, lightbox power and management strategy.
- 03Solution Design
Define dimming strategies, device configuration, platform functions and implementation plan.
- 04Installation
Complete device deployment, control integration, system commissioning and on-site acceptance.
- 05Operations Service
Continuously track energy data, optimize control strategies and provide maintenance support.
Energy-Saving Effect Verification
Compare management efficiency and estimated energy-saving performance before and after renovation under consistent operating boundaries. Actual results are subject to on-site testing.
Before RenovationExtensive Operation
- Manual Management
Relies on manual inspection and on-site adjustment, with slower response and higher cost.
- Fixed Brightness
Lightboxes run at fixed brightness for long periods and cannot adjust by time, traffic or environment.
- Overtime Operation
Some devices may run beyond effective lighting periods, causing energy use to accumulate.
- Limited Data
Without unified energy and operating data, it is difficult to quantify savings potential and operational improvement.
Estimated Savings Potential50%
Estimated Savings Rate
Actual data is subject to on-site operating testsAfter RenovationDigital Management
- Intelligent Dimming
Automatically adjust brightness by strategy to reduce unnecessary lighting energy use.
- Remote Control
Support remote switching, group control and strategy delivery to reduce on-site operation costs.
- Status Monitoring
View device operating status, energy data and exception information in real time.
- Continuous Optimization
Use operating data for savings evaluation, strategy optimization and maintenance management.
Note: Energy-saving data is affected by lightbox quantity, operating hours, ambient light, control strategy and on-site management. Final results are subject to measured project data.
Flexible Cooperation Models
Cooperation and benefit-sharing models can be tailored to project scale, savings potential and customer needs. Zero-upfront-investment or revenue-sharing models may be supported, subject to project assessment.
- 01Project Assessment
Assess lightbox quantity, operating time, electricity cost and estimated savings potential.
- 02Solution Confirmation
Confirm device configuration, implementation scope, savings targets and cooperation model.
- 03Project Operation
Complete system deployment and pilot operation, continuously collecting energy and operating data.
- 04Benefit Sharing
Share benefits based on actual energy-saving results and agreed cooperation terms.
Why Choose REASEED
Project value depends on rail-transit scenario understanding, a reliable technology platform and long-term operating capability.
Rail-Transit Project Experience
Familiar with operating requirements, installation constraints and long-term maintenance needs in rail-transit scenarios.
End-to-End Delivery
Cover site survey, solution design, device deployment, commissioning, acceptance and ongoing maintenance.
In-House Software and Hardware
Provide integrated capabilities across display terminals, control devices and platform systems.
Digital Platform
Support unified management of device status, energy data, alerts and operating strategies.
Energy Performance Contracting
Explore revenue-sharing and energy-saving benefit-sharing models based on actual project conditions.
Long-Term Maintenance Capability
Provide device maintenance, strategy optimization, spare parts support and system upgrade services.
Contact Us
Building B, Konka Guangming Technology Center, No. 288 Xingxin Road, Guangming District, Shenzhen yishi@reaseed.com (0755)2698 1890
