INTELLIGENT Nodig solutions for emobility

More power for electric car charging points

Emobility plays a key role in the reduction of climate-damaging greenhouse gases in favour of green energy as one of the most important global climate protection targets. However, the acceptance of electric cars in the population depends on a sufficient number of nationwide charging stations. NODIG technology for the underground installation of the power lines to supply electric car charging pointswith green energy provides an intelligent solution for the efficient and low-emission expansion of the emobility infrastructure.

Advantages of Nodig technology for emobility

Using NODIG technology, development of the charging station infrastructure for electric mobility can be accelerated in an economically and ecologically friendly way.

NODIG systems can be used wherever electric car chargers have to be installed or connected to the power supply system
Installation of charging station cables in any direction without damaging valuable and paved surfaces,
for serial installation of electric car charging stations on public and private grounds as well as
for connection to the sub-distribution for ev charging stations

Well thought-out, application-proven system technology and perfectly matched accessories guarantee maximum speed and economy when developing the emobility infrastructure

Nodig technology for emobility AT A GLANCE

Fast and gentle underground installation of protection pipes for power and control cables from the connection point (sub-distribution) to the charging station and between electric car charging points
The technology is equally economical for the installation of individual charging stations and the serial installation of electric car charging points on public and private ground
House connections for the supply of green energy for electric charging stations can also be installed without trenches
With the minimally invasive keyhole technique, the construction pit can be used as the foundation of the charging station
For all kinds of electric mobility charging stations, e.g. the wall box at home, electric car chargers at hotels, shopping malls or on the street up to cables for large triple chargers, e.g. at freeway service stations

Cabling of charging stations

From keyhole to keyhole

Method:

HDD horizontal directional drilling

Bore length:

Max. 60 m

Pipe diameter:

Up to 90 mm

Pipe materials:

PE (short and long pipes)

Soil classes:

1–5

Our suitable NODIG-System for your application:

Find out more

Pit to Pit

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:

Soil classes:

1–7, acc. to DIN 18324

Our suitable NODIG-System for your application:

GRUNDODRILL - FLUID-ASSISTED HDD RIGS

Find out more

Pit to Pit

Method:

HDD horizontal directional drilling

Bore length:

Max. 100 m

Pipe diameter:

32–160 mm

Pipe materials:

Soil classes:

1–7, acc. to DIN 18324

Our suitable NODIG-System for your application:

GRUNDOPIT - Mini fluid-assisted HDD rigs

Find out more

Pit to Pit

Method:

Non-steerable soil displacement method

Bore length:

Max. 25 m

Pipe diameter:

Up to 160 mm

Pipe materials:

PE, PP, PVC (short and long pipes)

Soil classes:

1–5, displaceable soils

Our suitable NODIG-System for your application:

GRUNDOMAT - Soil displacement hammers

Find out more

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