OHTL DESIGNS Training Program – Course Description
The OHTL Designs Training Program is a comprehensive, industry-focused course designed to equip engineers, designers, and utility professionals with the knowledge and skills necessary to design and analyze overhead transmission lines effectively and safely.
This program covers all critical aspects of Overhead Transmission Line (OHTL) design, from fundamental electrical and mechanical principles to advanced modeling, route selection, structural analysis, and compliance with national and international standards (e.g., IEEE, IEC, CIGRÉ).
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Program Highlights:
Fundamentals of OHTL Design:
Overview of transmission systems
Voltage levels and system planning
Key design parameters (span length, sag, clearance, etc.)
Electrical Design:
Conductor selection and bundling
Corona effect and radio interference
Insulation coordination
Mechanical Design:
Structural loading (wind, ice, temperature)
Pole/tower types and selection
Sag-tension calculations
Use of PLS-CADD, PLS-Tower, and other design software
Route Survey and Environmental Considerations:
Route selection and optimization
Right-of-way (ROW) and land acquisition issues
Environmental and social impact assessments
Standards and Codes:
IEEE, ASCE, NESC, IEC, and local utility standards
Safety and reliability compliance
Case Studies and Hands-on Design Projects:
Real-world examples
Practical design exercises using software tools
Who Should Attend:
Electrical and civil engineers
Power system planners
Utility professionals
EPC contractors
Final-year engineering students or recent graduates interested in transmission systems
Training Format:
Duration: Typically 20 to 30 days (customizable)
Mode: Online, on-site, or hybrid
Tools: Software-based practical training (PLS-CADD, AutoCAD, etc.)
#OHTL #plscadd #plstower #transmissionline #onlinetraining #India #usa #uae #Philippines #ksa #canada #Australia #southafrica
The OHTL Designs Training Program is a comprehensive, industry-focused course designed to equip engineers, designers, and utility professionals with the knowledge and skills necessary to design and analyze overhead transmission lines effectively and safely.
This program covers all critical aspects of Overhead Transmission Line (OHTL) design, from fundamental electrical and mechanical principles to advanced modeling, route selection, structural analysis, and compliance with national and international standards (e.g., IEEE, IEC, CIGRÉ).
---
Program Highlights:
Fundamentals of OHTL Design:
Overview of transmission systems
Voltage levels and system planning
Key design parameters (span length, sag, clearance, etc.)
Electrical Design:
Conductor selection and bundling
Corona effect and radio interference
Insulation coordination
Mechanical Design:
Structural loading (wind, ice, temperature)
Pole/tower types and selection
Sag-tension calculations
Use of PLS-CADD, PLS-Tower, and other design software
Route Survey and Environmental Considerations:
Route selection and optimization
Right-of-way (ROW) and land acquisition issues
Environmental and social impact assessments
Standards and Codes:
IEEE, ASCE, NESC, IEC, and local utility standards
Safety and reliability compliance
Case Studies and Hands-on Design Projects:
Real-world examples
Practical design exercises using software tools
Who Should Attend:
Electrical and civil engineers
Power system planners
Utility professionals
EPC contractors
Final-year engineering students or recent graduates interested in transmission systems
Training Format:
Duration: Typically 20 to 30 days (customizable)
Mode: Online, on-site, or hybrid
Tools: Software-based practical training (PLS-CADD, AutoCAD, etc.)
#OHTL #plscadd #plstower #transmissionline #onlinetraining #India #usa #uae #Philippines #ksa #canada #Australia #southafrica
