Cable Jacket Damage
High Coefficient of Friction
Sidewall Pressure & Tension
Scottish Power -UK case study
Pearl Harbour-USA Case study
Care4Cable Webinar for
Cable Hauling Stories from Australia
Guest Speaker: Mr. Lindsay Taylor
Hosted by Mr. Charles Cole
Design Considerations in underground cable installation
- reduce number of joints in cable
- reduce civil & jointing cost
- eliminate cable damage during installation
- optimise cable system design / life / cost
- reduce Time required for installation
- eliminates cable jam
Fundamentals
- Coeff of Friction & Side Wall Pressure Calculation
- Simulation of Cable Pull – Using Cable details, Duct Details & bend details in Pull Planner Software
Case Studies & Experience
- MV & HV Cable installation through ducts
Tuesday, 14th December 2021
4.00 PM (India)
Guest Speaker
Mr. Lindsay Taylor
Director BD, The Energy Network, Australia
Lindsay Taylor is specialized in Cable hauling space. He works with utilities as well as contractors for cable hauling and support them with engineered solution that provide a positive outcome. Lindsay will share some of his case studies highlighting contractor/customer requirements with calculation of cable tensions using Pull Planner software. Lindsay is Director BD of The Energy Network Group in Australia. He has been working in the Energy Industry for over 15 years.
Hosted by
Mr. Charles Cole
Vice President Int’l Division , American Polywater
Charles Cole, Vice President Int’l Division , American Polywater has over 30+ years of experience in providing infrastructure development services and product s for electrical & telecommunication networks and wastewater treatment projects in Asia, Africa and Latin America. Cole uses his knowledge of effective installation practices and optimal design of underground cable system to help minimize project costs and to maximize
system performance for network stakeholders. Cole has interests in statistical modelling and uses them in quantification of uncertainty in project timing and control of financial risks.