X

EFFICIENT WIND FARMS with NODIG technology

RAISE YOUR wind power POTENTIAL

In recent years, the wind farms have greatly developed, making it a significant contribution to power supply worldwide. Its potential for expansion is considered the most economical of all renewable energies. The trenchless installation of the pipes for transporting and distributing the energy from wind farms or providing power for the wind turbines makes it possible to exploit this great potential in an economically sensible and environmentally friendly manner.

GAIN MORE wind power

Whether you generate wind power on land or at sea: our innovative NODIG systems are suitable for connecting onshore wind generators and offshore wind farms as well as for power cabling between individual wind turbines or to the wind farm. Using flexible NODIG techniques, you can create an efficient pipeline network and increase the availability of wind power with minimum effort. And because trenchless technologies are ecological and emissions are low, they can make a valuable contribution to the public acceptance of wind farms. A classical win-win situation!

NODIG technology for wind farms AT A GLANCE

  • Underground installation of pipes for the transport of wind power from onshore and offshore wind farms underneth traffic and waterways, with short or long pipes made of all standard materials
  • The pipelines for connecting wind turbines to each other and to the distributor for feeding wind energy into the grid can also be installed without trenches
  • Reduced space requirement for the necessary line construction for wind generators
  • Calculable costs for construction and expansion of the wind farm pipeline network
  • Sustainable techniques with high economic efficiency

Connection of wind power plants/wind turbines

Cabling: Wind turbine–Wind turbine

Method:
HDD horizontal directional drilling
Bore length:
Max. 500 m
Pipe diameter:
Up to 710 mm (pipe bundles) for single conductors up to 250 mm
Pipe materials:
PE, steel
Soil classes:
1–7, acc. to DIN 18324
Our suitable NODIG-System for your application:
GRUNDODRILL - FLUID-ASSISTED HDD RIGS
Find out more

Cabling: Land–Offshore wind power plant

Method:
HDD horizontal directional drilling
Bore length:
Max. 500 m
Pipe diameter:
Up to 710 mm (pipe bundles) for single conductors up to 250 mm
Pipe materials:
PE, steel
Soil classes:
1–7, acc. to DIN 18324
Our suitable NODIG-System for your application:
GRUNDODRILL - FLUID-ASSISTED HDD RIGS
Find out more

Cabling: Wind turbine–Distribution station

Method:
HDD horizontal directional drilling
Bore length:
Max. 500 m
Pipe diameter:
Up to 710 mm (pipe bundles) for single conductors up to 250 mm
Pipe materials:
PE, steel
Soil classes:
1–7, acc. to DIN 18324
Our suitable NODIG-System for your application:
GRUNDODRILL - FLUID-ASSISTED HDD RIGS
Find out more

DO YOU HAVE ANY QUESTIONS?

WE WILL BE GLAD TO HELP YOU!

You can reach us by phone

Call

 

E-Mail
Contact

Do you have any product or
services related questions?

Please contact us:

+61 7 3420 5455

SEND E-MAIL