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110kV Xiling - Luming Transmission Line Project
Project Overview
The110kV Xiling - Luming Transmission Line Project is a key power transmission infrastructure designed toenhance the reliability and efficiency of the 110kV power supply system forYichun Luming Mine. The project ensuresstable and continuous power to support mining operations, industrial production, and regional economic development.
Key Project Highlights
• Voltage Level:110kV
• Transmission Type:Double Circuit on Same Tower
• Total Length:14.7 km
• Starting Point:110kV Busbar Line Structure of Xiling
• Ending Point:New 110kV Luming Mine Line Structure
• Primary Function:Power supply enhancement for Yichun Luming Mine
This project plays acritical role in supporting mining activities, ensuringpower reliability, and reducing transmission losses in the region.
Construction Plan & Execution
1. Route Planning & Environmental Adaptation
The transmission linepasses through varied terrains, includingforested areas, rocky zones, and industrial land, requiring:
• Comprehensive topographical and geological surveys to optimize tower placement.
• Environmental impact assessments to minimize disruption to local ecosystems.
• Wind and weather resistance analysis to ensure the long-term stability of the infrastructure.
The project utilizesGIS-based route mapping forefficient design and minimal land use impact.
2. Tower Construction & Foundation Engineering
The transmission line is supported bydouble-circuit steel lattice towers, designed to:
• Withstand harsh environmental conditions such as strong winds and heavy snowfall.
• Ensure optimal mechanical strength and electrical performance.
• Provide long-term durability through corrosion-resistant materials.
Tower foundations werecustomized to adapt todifferent ground conditions:
• Reinforced concrete foundations in stable soil areas.
• Rock-anchored foundations in hilly or rocky terrain.
• Deep-pile foundations in softer soil regions to ensure stability.
Fordifficult-to-access locations,pre-fabricated modular tower structures were used tospeed up construction and minimize environmental impact.
3. Conductor Installation & Transmission Line Stringing
Tomaximize energy efficiency and transmission reliability, the project incorporates:
• High-performance aluminum alloy conductors to reduce power loss.
• Weather-resistant composite insulators for improved durability.
• Advanced tension stringing techniques forprecise conductor alignment and reduced electromagnetic interference.
The installation process was optimized usingautomated pulling and tension control systems, ensuringminimal sag and maximum efficiency in power transmission.
4. Grid Integration & System Performance
The transmission line is fully integrated into theregional power grid, ensuring:
• Stable voltage regulation through advanced reactive power compensation.
• Enhanced grid stability with smart relay protection systems.
• Improved power distribution efficiency, reducing downtime and fluctuations.
By connectingYichun Luming Mine to the110kV power grid, this project enhancesindustrial power security and operational efficiency.
Design & Technical Services
1. Electrical System Optimization & Grid Studies
Comprehensive engineering studies were conducted, including:
• Load flow analysis to optimize energy distribution.
• Voltage stability assessments to prevent fluctuations.
• Power quality analysis to ensure compliance with grid regulations.
2. Smart Grid & Digital Monitoring Solutions
The project integratesmodern digital control systems, including:
• SCADA (Supervisory Control and Data Acquisition) systems for remote monitoring.
• IoT-based sensors for predictive maintenance and real-time diagnostics.
• Automated grid protection systems to enhance fault detection and response.
3. Environmental & Safety Compliance
Toensure sustainability and safety, the project includes:
• Low-noise transmission technology to minimize community impact.
• Wildlife protection measures, includingavian flight diverters to prevent bird collisions.
• Advanced grounding and lightning protection systems to enhance electrical safety.
After-Sales Service & Maintenance
1. Routine Inspection & Preventive Maintenance
To ensurelong-term reliability, we provide:
• Regular drone-based line inspections for efficient monitoring.
• Structural integrity assessments for towers and foundations.
• Insulator and conductor testing to detect wear and potential faults.
2. Emergency Response & Grid Security
A24/7 emergency response system is in place to handle:
• Extreme weather conditions affecting power transmission.
• Unexpected system faults or voltage fluctuations.
• Cybersecurity threats and operational risks.
3. Expansion & Future Upgrades
To meetgrowing power demands, we offer:
• Capacity expansion services through conductor and transformer upgrades.
• Renewable energy integration to enhance sustainability.
• Hybrid AC/DC transmission solutions for improved long-distance efficiency.
4. Training & Technical Support
We provide:
• On-site and virtual training programs for power system operators.
• Workshops on high-voltage grid maintenance and troubleshooting.
• Ongoing expert consultation for system performance optimization.
The110kV Xiling - Luming Transmission Line Project is astrategic power infrastructure initiative that enhancesgrid connectivity, industrial energy security, and power transmission efficiency.
By leveragingadvanced engineering, smart grid technologies, and comprehensive maintenance services, this project deliversreliable, cost-effective, and future-ready energy solutions forYichun Luming Mine and surrounding industrial zones.
For inquiries regardingpower transmission projects, high-voltage solutions, or technical support, pleasecontact us today!
Hotline
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ADD：Puji Industrial Park,Jiaozhou, Qingdao, Shandong, China
TEL：+86-532-55595161
E-Mail：marketing@hjttower.com
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