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Revolutionizing Power Network Maintenance: Drone-Based LT Network Survey for CESC Ltd

Revolutionizing Power Network Maintenance: Drone-Based LT Network Survey for CESC Ltd

Project Overview


Federal Synergies successfully completed a comprehensive drone-based survey of CESC Ltd's LT (Low Tension) network, covering 100 distribution transformers and their associated infrastructure. This innovative approach combined aerial surveying with thermal imaging to revolutionize network maintenance practices, resulting in significant cost savings and improved reliability.


Project Scope & Achievements


Key Metrics

  • Survey coverage: 100 distribution transformers

  • Cost reduction: 40% decrease in O&M expenses

  • Outcome: Significant reduction in potential downtime

  • Deliverables: Detailed asset maps and thermal analysis reports


Technical Implementation


Survey Methodology

Our team deployed advanced drones equipped with:

  • High-resolution RGB cameras

  • Thermal imaging sensors

  • GPS mapping technology

  • Asset tracking capabilities


Data Collection Process

For each transformer location, we conducted:

  1. Aerial mapping of overhead network infrastructure

  2. Thermal imaging of all connection points

  3. Detailed RGB photography of network components

  4. GPS tracking of asset locations

  5. Comprehensive condition assessment


Key Components Analyzed


Physical Infrastructure

  • Distribution transformers

  • Overhead cables

  • Connection points

  • Support structures

  • Insulators and fittings


Thermal Analysis

  • Hot spots identification

  • Connection point temperature analysis

  • Load distribution assessment

  • Potential failure point detection

  • Thermal pattern analysis


Project Deliverables


Digital Asset Mapping

  • Detailed network layout maps

  • GPS-tagged asset locations

  • Infrastructure condition documentation

  • Accessibility information

  • Maintenance priority zones


Thermal Analysis Reports

  • Hot spot identification

  • Temperature variation mapping

  • Critical point assessment

  • Risk level classification

  • Intervention recommendations


Impact and Benefits

Operational Improvements

  • 40% reduction in O&M expenses

  • Decreased potential downtime

  • Enhanced preventive maintenance

  • Improved resource allocation

  • Better planning capabilities


Long-term Advantages

  • Proactive maintenance framework

  • Risk mitigation strategies

  • Asset lifecycle optimization

  • Enhanced network reliability

  • Data-driven decision making


Implementation Process


Survey Workflow

  1. Initial Assessment

    • Site selection

    • Flight path planning

    • Safety protocol establishment

    • Equipment calibration

  2. Data Collection

    • Aerial photography

    • Thermal imaging

    • Asset documentation

    • GPS mapping

  3. Analysis & Reporting

    • Data processing

    • Hot spot analysis

    • Risk assessment

    • Recommendation development


Success Factors


Technical Excellence

  • Advanced drone technology

  • Precise thermal imaging

  • Accurate GPS mapping

  • Comprehensive data analysis

  • Detailed reporting


Operational Efficiency

  • Systematic approach

  • Standardized procedures

  • Quality control measures

  • Regular calibration

  • Expert analysis


Future Applications


Scalability

  • Expandable to larger networks

  • Replicable methodology

  • Standardized processes

  • Consistent results

  • Cost-effective implementation


Continuous Improvement

  • Regular monitoring capability

  • Trend analysis

  • Performance tracking

  • System optimization

  • Preventive maintenance


Project Learnings


Key Insights

  1. Early detection of potential failures

  2. Cost-effective maintenance planning

  3. Enhanced network reliability

  4. Improved resource allocation

  5. Better risk management


Best Practices Established

  • Regular thermal scanning

  • Systematic asset documentation

  • Preventive maintenance scheduling

  • Risk-based intervention

  • Data-driven decision making


Conclusion

The successful implementation of drone-based LT network surveying for CESC Ltd demonstrates the significant potential of this technology in power distribution maintenance. With a 40% reduction in O&M expenses and enhanced network reliability, this project sets a new standard for infrastructure maintenance in the power sector.


For more information about our drone-based power network surveying services, contact Federal Synergies' expert team.

Power in Numbers

1

Programs

100

Locations

15

Volunteers

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