The year in precast elements

On a hill above Gaildorf, a town located some 60 km north of the German metropolis of Stuttgart, four towers are currently rising into the sky. These are wind power plants that will be combined with a pumped-storage power station. In high winds, surplus energy is used to pump water up the hill. With weak wind or whenever energy is needed, the stored water rushes through the turbines back down into the valley and generates electric power.

The so-called water battery provides illustrative examples for the innovative use of precast elements. This project is described in detail in our yearbook...

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Issue 02/2014 Efficient electric power generation

Hybrid towers for wind power plants in precast construction –

Large wind power towers measuring up to far over 100 m in height are of crucial significance for efficient wind exploitation and electric power generation. Towers of these dimensions are virtually...

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Issue 08/2020 COBOD/GE/LAFARGEHOLCIM

Tall wind turbine towers with 3D-printed concrete bases

GE Renewable Energy, Cobod and LafargeHolcim announced that they will partner to co-develop wind turbines with optimized 3D printed concrete bases, reaching record heights up to 200?m. The three...

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Issue 09/2022 CONCRETE UNITS

Roggeveld wind farm generators mounted on precast concrete towers

Forty seven precast concrete towers were deployed for the construction of the Roggeveld Windfarm which is owned by Independent Power Producer (IPP), Red Rocket (formerly Building Energy), and is...

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Issue 10/2014 Faymonville

Low-bed semi-trailer for wind turbine towers

The Austrian company Prangl and Faymonville have been closely collaborating in the semi-trailer sector for special and heavy-haul transports already for many years. Faymonville just now delivered...

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Issue 02/2016 Preliminary tests and prototype

Towers for wind turbines comprised of double-wall elements

The energy transition requires electricity to be generated from renewable sources such as wind power. In the foreseeable future, there will be a scarcity of potential high-yield onshore generation...

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