Groundbreaking ceremony for green hydrogen production plant in Wunsiedel, Germany

  Enquiry / contact me

Plant to go into operation in summer 2022 with an annual production of up to 1,350 tons of hydrogen and CO2 savings of up to 13,500 tons. It will supply Northern Bavaria, Thuringia and neighboring part of Czech Republic with hydrogen.

Joint efforts of politcians and managers of involved companies at the official groundbreaking at Wunsiedel H2 plant.
Joint efforts of politcians and managers of involved companies at the official groundbreaking at Wunsiedel H2 plant.

Kickoff for one of the largest green hydrogen projects in Germany: The official groundbreaking ceremony in Wunsiedel marked the start of construction of a hydrogen generation plant with a capacity of 8.75 megawatts. The facility will produce up to 1,350 tons of hydrogen per year using only renewable energy, for example from solar or wind power. Using the generated hydrogen in transportation and industry allows for CO2 savings of up to 13,500 tons annually. Siemens Smart Infrastructure is the general contractor for the entire plant, with Siemens Financial Services (SFS) participating in the equity financing as well as holding a share of 45 percent in the operating company WUN H2 GmbH. The electrolyzer will be supplied by Siemens Energy. Attended by Dr. Markus Söder, Minister-President of Bavaria, Hubert Aiwanger, Bavarian State Minister of Economic Affairs, Regional Development and Energy, Thorsten Glauber, Bavarian State Minister of Environmental and Consumer Protection Affairs, Professor Dr. Ralf P. Thomas, Chief Financial Officer of Siemens, Dr. Philipp Matthes and Dr. Thilo Rießner, Managing Directors of WUN H2, Nicolas Lahovnik, Mayor of Wunsiedel, Marco Krasser, Managing Director of SWW Wunsiedel, and Andreas Schmuderer, Siemens Project Manager, the groundbreaking ceremony marked the start of construction of this lighthouse project.

According to a recent analysis by the OECD, global energy demand is estimated to increase by 80 percent by 2050. Meeting this demand while addressing the challenges of climate change will require massive investments in clean energy generation, power distribution, and digitalization. To this end, all energy-consuming sectors, including transportation and industry, must push ahead with their decarbonization efforts.

Lighthouse Project for sustainable energy

The plant will be constructed at Wunsiedel Energy Park and connected to the existing Siemens battery storage facility and adjacent industrial enterprises. These can use waste heat, or the oxygen split off during electrolysis. This connected infrastructure will serve as a model for the whole of Germany.

Converting our energy supply to new, climate-neutral energy sources is one of the main objectives of the energy transition. Hydrogen plays a key role in this,” said Siemens CFO Professor Dr. Ralf P. Thomas at the groundbreaking ceremony. “In this respect, Wunsiedel, with its existing distributed energy system and the use of digital technology, is a lighthouse project for a sustainable energy future.” For Siemens, digitalization and sustainability are increasingly becoming the focus of business activities. At an event for investors, Siemens had presented its new “Degree” framework for sustainable commitment to environmental, social and governance issues.

Advanced electrolyzers are important for technology commercialization 

If hydrogen is produced through the electrolysis of water by only using power from renewable energy sources for this process, it is referred to as “green”, i.e. carbon-free hydrogen. The Wunsiedel plant uses Siemens Energy’s most advanced electrolyzer. “Green hydrogen plays a crucial role, especially in the decarbonization of industries and the transportation sector,” said Dr. Christian Bruch, CEO of Siemens Energy AG. “With our latest generation of electrolyzers, we are continuing to commercialize this technology. The plant not only supplies green hydrogen from renewable energy sources, it also makes full use of the resulting byproducts, oxygen and waste heat.”

The hydrogen is delivered via truck trailers to local and regional end customers for local distribution, mainly in the regions of Upper Franconia, Upper Palatinate, Thuringia and Saxony as well as Western Bohemia (Czech Republic). The plant also helps alleviate grid bottlenecks and provides flexibility for the power grid. The option to build a public hydrogen filling station for trucks and buses at the same location will make it possible to create an offering for carbon-free heavy goods transportation as well as regional public transportation.

“Thanks to our ‘Wunsiedler Weg’ concept, we’re ideally positioned to achieve climate neutrality. Hydrogen technology will position Wunsiedel as a model city for the energy future far beyond the region, and indeed beyond Bavaria,” said Wunsiedel Mayor Nicolas Lahovnik. “This allows us to create new and sustainable forms of energy use for our residents.”
The new hydrogen production plant is scheduled to go into operation in the summer of 2022.
 

Posted on July 15, 2021 - (186 views)
Related articles
Pepperl+Fuchs Strenghtens Production Capacity with a new State-of-the-Art Facility in the Czech Republic
Acoustic Imaging Cameras
Low-maintenance Control Valves
75 Years of Pioneering Performance: SICK Celebrates
Inductive Stainless-Steel Miniature Sensors
NOV Creates new Business Unit
Modular one-channel/two-channel controller with PLC function
Endress+Hauser Location in Maulburg/Germany Expanded
AMA Innovation Award 2022: Applications now open
Cloud-based Asset Management
Avoid Costly Production Downtimes
SPS Smart Production Solutions
Nuremberg, 23-25 November 2021
Which enclosure cooling measures for Food & Beverage?
The Ultimate Solution for Temperature and Gas Monitoring
Handle with... CO.RA.
Shaping the Future of Process Industries
Handle with CO.RA
Absolutely Efficient. JUMO dTRANS T09 Cable transmitter for temperature.
SPSConnect: The Digital Automation Hub
Inspiring Sustainable Connections
Radar Sensor for Level Measurement in Liquids
Precise Temperature Measurement for Tanks
CANopen Pressure Transmitter
External Powder Flow Sensor
Pressure Sensing with Functional Safety
Commercial Food Processing
Glass vial and syringe production
Critical Asset and Safety Solutions
Thermal Profiling Systems
Infrared Temperature Solutions
Distributive IIoT Architecture
Boiler Management 4.0
Fixed Acoustic Imager Announced
Shaping the Future—the Ethernet-APL Field Switch
Commercial Food Processing
Glass vial and syringe production
Critical Asset and Safety Solutions
Thermal Profiling Systems
Infrared Temperature Solutions
More Safety with Top Lockout Procedures and Custom Shadowboards