We’re proud to be part of the Merford family, and here we take a another look at a fanstastic project delivered by Merford Noise Control at Amsterdam Centraal Railway Station in 2018.
Alstom awarded contract to deliver six large power transformers to Amprion
The transformers set to be delivered by late 2015 have a rated power of 350 MVA / 400 kV and 600 MVA / 400 kV and will be manufactured in Alstom's Mönchengladbach plant. The project will modernise the substations in Niederstedem, Urberach, Pfungstadt and Walsum in Germany.
With less power plants, and new fluctuating sources of renewable energy, electric networks are facing significant challenges in stability and transmission capacity.
Germany has an ambitious plan to phase out nuclear power plants by 2022, and achieve an energy mix with 50 per cent of renewable energy sources by 20301.
Germany's Grid Development Plan requires that transformers must be either added or replaced.
Ludger Meier, Head of Construction and Operation at Amprion GmbH comments:
"Amprion will invest approximately €4.5 billion in its high voltage grid by 2023. The feed-in of renewable energies requires additional transformers to exchange the power between the distribution and transmission grid, and the transport of the up to 400 tonne large power transformers calls for an intact infrastructure, especially stable bridges,"
"This major order confirms the confidence our long-standing customer Amprion has in the quality and technology of our products. Our power transformers from Mönchengladbach will contribute to the continuous expansion of the power grids, and to the implementation of the energy transition in Germany," says Dr Jochen Schwarz, Member of the Board at Alstom Deutschland AG and General Manager of Alstom Grid GmbH in Mönchengladbach.
More than 1,000 power transformers for onshore and offshore use have been built in the last 10 years at the production site in Mönchengladbach.
Each transformer is tailor-made to the specific customer requirements, such as performance characteristics, site and transport conditions, losses and noise level.