Alternative Tower Construction

Completed

Other Power and Storage Technologies(Electricity transmission and distribution)

Applied Research and Development

ENGINEERING AND TECHNOLOGY (Mechanical, Aeronautical and Manufacturing Engineering)

Not Cross-cutting

Project Contact
Scottish and Southern Energy Power Distribution

Network Innovation Allowance

Ofgem

01 April 2013

30 April 2015

25 months

£384,914

Power

Scotland

Project Contact, Scottish and Southern Energy Power Distribution

To use a modified SBB ERS as an LTC in the trial construction and dismantlement of an appropriate range of towers (may include 132kV, 275kV and/or 400kV) to establish if the method can achieve:

• Reduction of construction time and costs
• Reduction of environmental impact by reducing need for temporary access roads
• Mitigation of safety issues of concern in tower construction that uses Derricks.

Expected Benefits:
Completion of trials using a modified SBB ERS as an LTC on an appropriate range of towers in SHE Transmissions licence area, to provide sufficient data for evaluation of the methods viability. Establishment of the methods viability to reduce costs, construction time, environmental impact and safety hazards in Derricks. The projects outcome has potential to generate new lessons about:

• The methods viability to reduce construction time and associated costs
• Understanding of the extent to which the method can reduce the need for temporary access roads and the level of potential environmental benefits
• The best practice, procedure or methodology for using the method in the construction of transmission towers
• The range of tower designs to which the method would be applicable

The learning obtained from the project will be disseminated through reports and presentations.

To investigate the use of a modified SBB Emergency Restoration System (ERS) as a Lightweight Tower Crane (LTC) in the trial construction and dismantlement of transmission towers in SHE Transmissions license area to establish if it is technically feasible, economical, minimises environmental impact and mitigates safety issues inherent in existing construction methods.

28/09/16