More hydropower from existing plant

01 Jun 2021

Tractebel’s hydropower experts are designing resource-efficient pumped-storage plant in Austria, the Limberg III, which will increase the output of the Kaprun district power plants by around one third. 

For decades, the VERBUND power plant group in Kaprun has been supplying consumers with regenerative energy, both within Austria and beyond. A new pumped-storage power plant, Limberg III, will be built in the vicinity of Zell am See as an addition to the existing plants in the Kaprun district. The new plant connects the existing reservoirs Mooserboden (upper reservoir) and Wasserfallboden (lower reservoir) and, apart from the tunnel portals, is entirely situated underground. 

From tender to project design 

Following our Tractebel hydro experts’ successful completion of the tender phase, facility operator VERBUND Hydro Power GmbH entrusted our team to design the project. The new task comprises the construction design for the power and transformer caverns, the design of further power plant components and the coordination of design services. 

The Building Information Modelling (BIM) advantage 

To tackle this highly complex task, we will be using the digital BIM planning method, among other state-of-the-art tools. The application of this technology enhances efficiency by providing a virtual three-dimensional design displayed equally and unambiguously to all project partners. Additional attributes are defined in the model, for instance the construction sequence (4D), which can also be animated. 

Challenging design for a sustainable goal 

The Limberg III pumped-storage plant will deliver a total output of 480 MW from two variable-speed pump turbines, representing an increase of one third of the installed capacity of the VERBUND power plant group in Kaprun – and using existing resources. Tractebel’s participation in this project supports the aim of engineering a carbon-neutral future. 

 “Our work will go a long way towards more efficient use of water resources in the existing power plant system, and make an important contribution to the expansion of renewable energies in Europe”, says Stefan Schmitt, Tractebel Head of Department Hydropower and Hydraulic Structure Design.

 

 

Our experts are designing a new, resource-efficient pumped-storage plant for sustainable power supplies using BIM technology. 

The new Limberg III pumped-storage plant (waterways shown as red lines) will increase the capacity of the existing plant by around one third, with zero use of any additional water resources. Image: VERBUND

 

Gerelateerd nieuws

AH_PVT_Crop_2a

Tractebel welcomes new CEO

Tractebel announces that Anne Harvengt stepped into the role of Chief Executive Officer on May 1, 2024

Lees verder
02 May 2024
Banner_photo

Hydroelectric project in India sets two world records

The 960 MW Polavaram hydroelectric project provides hydropower, irrigation, and drinking water to five regions across India’s...

Lees verder
23 Apr 2024
Tanahu_Ceremony_at_tunnel_2

Tunnel breakthrough a key milestone in 140-MW hydropower project in Nepal

Nestled among the towering Himalayas west of Kathmandu, the Tanahu hydropower project reached a major milestone on March 31, 2024: the breakthrough of the 1.4-km...

Lees verder
19 Apr 2024
Cover_1

Listen to Engineering Angles, Tractebel’s podcast!

We caught up with Stéphanie Brine, Group Manager at Tihange nuclear power station in Belgium, to discuss her fascinating career path, her experience as a woman in...

Lees verder
02 Apr 2024