Distribution Board Manual Content
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The distribution board is a device that receives power from the electrical system and delivers it to lower circuits.
This content enhances the manual using V target markers, incorporating 3D models, text, and images to help users intuitively understand the structure and operation of distribution boards.
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This AR manual content covers the assembly procedures of key equipment such as motors, stators, and rails.
It provides an overview of the preparations required before work and explains step-by-step disassembly and assembly methods, ensuring safe and accurate execution for field workers.
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Using 3D models and reference points, this content introduces both the external and internal structures of hydrogen fuel cells.
It displays detailed specifications of output cells and demonstrates the power generation process through animations, showing how electricity is produced in the cell.
The operational status of the power generation complex is also visualized for clear understanding of system performance.
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This educational training content is designed for virtual training in the diagnosis of power plant facilities.
Based on a 3D model, it enables interactive practice, including training and evaluation for vibration waveform analysis.
Learners can identify the causes of equipment issues through vibration analysis results, strengthening their diagnostic and maintenance capabilities.
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This content provides step-by-step work procedures by referencing the ES box that manages grounding at facilities.
Integrated with power equipment information, it allows workers to easily check operational data and gain a clear understanding of the process.
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This content simulates potential issues in Gas Insulated Switchgear (GIS) facilities for inspection and training purposes.
Stable spatial tracking is implemented by mapping power plant spaces with AR coordinates, and information is displayed according to the user’s field of view.
Through this immersive setup, workers can experience realistic scenarios and effectively strengthen their troubleshooting skills.
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This content serves as a manual for supporting the operation and maintenance of power plant facilities.
The driving support section provides facility operation guides, including parts cleaning and valve operation methods for maintenance.
To enhance the training effect, quizzes are included after each section, ensuring learners reinforce and apply their knowledge effectively.
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This content integrates 3D modeling of power plants with real-time TAG data to monitor a wide range of equipment information, including failure history, existing data, and life prediction.
POIs (Points of Interest) can be generated on major facilities to check parameters such as temperature and pressure.
Additionally, the system can track workers’ positions in real time, enhancing safety and management efficiency on-site.
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This maintenance support content is designed to effectively respond to urgent issues that require immediate resolution in power plants.
Users can locate facilities on the map, check the inspection list, and access detailed maintenance manuals via QR codes.
Once maintenance is completed, a check report can be created and uploaded to the server, ensuring systematic management of inspection results.
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This content is designed to improve the efficiency of substation operations and maintenance through routine inspections.
It automatically recognizes and analyzes the status of substation equipment, supporting both failure recovery and daily operations.
Users can log inspection details during scheduled checks, review reports for each floor, and access inspection manuals as needed.
Smart Workplace Operation Support Content
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This content visualizes the essential information required for line operations, including line start/stop, driving monitoring data, daily inspections, and troubleshooting.
It allows workers to review and check alarm test and maintenance procedures for critical equipment such as DC power sources, uninterruptible power supplies (UPS), and diesel generators.
By providing clear visualizations, the content supports intuitive facility monitoring and stable workplace operations.
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This training content prepares teams to quickly recover transmission and substation facilities after a large-scale earthquake.
While simulating earthquake scenarios, users practice the behavior manual and learn recovery procedures and damage assessment criteria.
Measures for each damage type can be reviewed, and on-site earthquake damage reports can be created and submitted within the content.
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This content provides precision diagnostic procedures applicable to abnormal situations in Gas Insulated Switchgear (GIS) facilities.
It offers access to preventive diagnostic information and diagnostic equipment systems during site inspections, enabling accurate assessments and follow-up measures based on analytical data.
Through this approach, workers can enhance the stability and reliability of GIS equipment and systematically respond to potential issues.
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This AR inspection content supports the maintenance of solar ESS facilities, focusing on battery racks and PCS for intuitive information visualization.
It augments facility positions to display replacement guides with detailed information on each rack’s batteries and cell units.
The content also includes PCS details and normalization guides for error handling, as well as safety inspection support through safety equipment reminders and checklists.
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This content replaces traditional paper-based electrical wiring prints with an XR-based guide, enabling workers to wear smart lenses and check wiring layouts directly in the workspace.
By using gesture-based interactions, users can select buttons to review wiring information step by step.
The content also includes UI guides to handle errors, ensuring intuitive and safe electrical wiring operations.
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This maintenance content covers the disassembly and assembly processes required for inspecting core facilities in ceramic processing.
It provides basic equipment information along with step-by-step instructions for dismantling, assembling, and installation, enabling workers to manage facilities accurately and safely.
Check point
Checkpoint 1. Precise Facility Diagnosis
Vibration measurement and visual monitoring of electrical equipment support accurate detection and resolution of issues.
Checkpoint 2. Effective Electrical Equipment Training
Complex electrical equipment operation and troubleshooting can be learned in a virtual environment, enabling efficient training without practical experience and improving worker proficiency.
Checkpoint 3. Safe Electrical Equipment Inspection Procedures
XR technology allows inspection and maintenance to be virtually performed in real site conditions, ensuring worker safety while enhancing maintenance efficiency.