Temporary structures are an essential component in overhead line construction, ensuring grid stability and operational safety in the event of failures or during planned construction activities. They allow for the temporary replacement of damaged masts or the bridging of line sections, ensuring that power supply remains uninterrupted during modification or refurbishment works. Cteam provides specially developed modular temporary structure systems for this purpose – such as the CP structure (Auflastprovisorium) and the CLÖ structure (Abankerungsprovisorium).
With fast assembly and high adaptability to various voltage levels ranging from 110 kV to 380 kV, as well as different tower top configurations, the CLÖ temporary structure offers flexible application options. Thanks to its anchoring-based design, it requires only minimal footprint areas, and with an individually adaptable anchoring concept, the system is suitable for both temporary and semi-stationary deployments.
Advantages of the CLÖ temporary structures
Features
CLÖ temporary structures provide a modular construction system, adaptability to all standard mast designs, and eliminate the need for large footprint areas.
Anchorage System
The modular anchorage system of the CLÖ temporary structures allows precise adaptation to local ground conditions. Depending on the site, either surface ballast systems, underground tension anchors, or hybrid configurations can be used.
Voltage Levels
The CLÖ temporary structures are suitable for voltage levels from 110 kV to 380 kV.
Fast Assembly
Depending on the complexity, assembling a CLÖ temporary structure generally requires between 1 and 3 days.
Long-term use
Although temporary structures are designed for short-term applications, the CLÖ structure can be configured for both temporary and long-term use.
Advantages of the CP temporary structures
Features
The CP temporary structures feature a modular design, adaptability to all standard mast types, and no need for anchoring, ensuring the smallest possible footprint.
Voltage Levels
The CP temporary structures are suitable for voltage levels from 110 kV to 380 kV.
Fast Assembly
Depending on the complexity, assembling a CP temporary structure generally requires between 1 and 3 days.
Long-term use
Although temporary structures are designed for short-term applications, the CP structure can be configured for both temporary and long-term use.
Integration of Existing Masts
The CP base sections are designed in such a way that existing masts can be transferred onto them and new mats can also be erected on them.
Our service portfolio
Cteam offers reliable emergency structure solutions for various application areas in overhead line construction.
The CP structures in detail
The Cteam CP structures are available in various configurations to meet the different requirements of overhead line construction. Each system has its own specific features.
CLÖ Structure
Circuits
2 220-kV circuits
Conductor configuration*
LS 2x3x1 382-AL1/49-ST1A • ES 1x 97-AL1/56-ST1A
Bundle
Single conductor
Average tensile stress
Conductor: 30 N/mm² • Ground wire: 42 N/mm²
Phase range
200 m
Weight range
min./max. 100m/300m
Wind/Ice zone*/**
Wind load zone 1 & Ice load zone 2
CP-Light Structure
Circuits
2x 110 kV
Conductor configuration*
Al/St 265/35 (264-AL1/34-ST1A)
Bundle
Single conductor
Average tensile stress
43 N/mm²
Phase range
400 m
Weight range
min./max. 100m/500m
Wind/Ice zone*/**
Wind load zone 1 & Ice load zone 2
CP Structure
Circuits
1x 380 kV
Conductor configuration*
Al/St 265/35 (264-AL1/34-ST1A)
Bundle
Bundle of 4
Average tensile stress
43 N/mm²
Phase range
400 m
Weight range
min./max. 100m/500m
Wind/Ice zone*/**
Wind load zone 1 & Ice load zone 2
CP-Heavy Structure
Circuits
2x 380 kV
Conductor configuration*
Al/St 265/35 (264-AL1/34-ST1A)
Bundle
Bundle of 4
Average tensile stress
43 N/mm²
Phase range
400 m
Weight range
min./max. 100m/500m
Wind/Ice zone*/**
Wind load zone 1 & Ice load zone 2
CP Base Section
Suitable for the transfer of existing masts.
*As long as the basic structural design limits are not exceeded, the structure can also be used with other conductor cross-sections or in different wind/ice load zones.
**Full standard load capacity; no default reduction of wind or ice loads (project-specific reductions are possible).
Download our brochure on temporary structures as a PDF
Rethinking temporary structure deployment planning – with our WMS
Our warehouse management system (WMS) has been specially developed to meet the industry-specific requirements of overhead line construction, combining planning reliability with real-time transparency.
Intelligent deployment planning of temporary structures with our tailored warehouse management system
Efficient project execution begins with careful deployment planning, particularly in the complex environment of overhead line construction.
The system enables seamless inventory tracking. Each temporary structure is recorded in detail throughout its entire period of use, from delivery and downtime to return. This allows us know which materials are being used in which project at all times.
Another key benefit is that the software-supported evaluation of all current and planned projects highlights potential shortfalls at an early stage. This enables us to procure missing modules or components in a timely and economically viable manner. We do this by taking a module-specific approach with foresight, tailored to the overall project requirements. This minimises material bottlenecks and ensures smooth processing on the construction site.
If you want to make use of these advantages, contact us for advice.
As a reliable partner in overhead line construction, we are pleased to support you with all services related to temporary structures in general, and CP temporary structures in particular.
Your benefits at a glance:
Targeted deployment planning
Planning reliability through full transparency of material availability across all project operations.
Seamless inventory tracking
Each temporary structure is documented per project – from dispatch to return.
Early detection of shortages
Detection of bottlenecks before they occur – through system-supported inventory analysis.
Module-specific procurement
Procure only what is truly needed – precise, demand-driven, and cost-optimized.
Optimized processes
The WMS adapts to the processes of overhead line construction – not the other way around.
