Siemens Enhances Hydrogen Production with AI Tools
Siemens introduces three AI tools—Hydrogen Plant Configurator, Comos AI, and SFC Generation—to boost green hydrogen applications and industrial efficiency, available by late 2024.
Innovative AI Solutions for Hydrogen Production
Siemens, a global leader in automation and digitalization, has launched three groundbreaking AI tools designed to revolutionize hydrogen production—Hydrogen Plant Configurator, Comos AI, and SFC Generation. These tools, set to be available by the end of 2024, aim to streamline the design, engineering, and automation of hydrogen production plants, making green hydrogen more accessible and efficient.
Hydrogen Plant Configurator: Smart Design with AI
The Hydrogen Plant Configurator is an intelligent chatbot that aids users in creating detailed designs for hydrogen production facilities. By inputting desired design features, the AI generates seamless block flow diagrams and precise layouts of system units and connections. This iterative process allows users to develop robust initial concepts for plants, including key predictions such as power consumption and heat production[1][2].
Comos AI Engineering Assistant: Enhancing Project Planning
Comos AI is an engineering assistant that supports the project planning phase of hydrogen plants. This tool can generate equipment specifications and diagrams based on natural language descriptions. Additionally, it assists in cross-domain phases in engineering and product workflows, enabling users to input relevant information like images, scans, or PDFs to create accurate diagrams and models[3][4].
SFC Generation: Simplifying Process Automation
The SFC Generation module, integrated into Siemens’ Simatic PCS neo control system, uses generative AI to generate sequential function charts (SFCs). This allows for simplified management of complex workflows in hydrogen plants by entering specific prompts or copying process descriptions into the module’s chat window. This tool is designed to enhance process automation and streamline operations in hydrogen production facilities[5][6].
Accelerating Production Capacity
Michael Veenhuijsen, Head of Vertical Markets at Siemens Netherlands, highlighted the importance of green hydrogen in the energy transition. He stated, ‘Hydrogen has significant potential in the energy transition and will contribute to sustainability. However, it will be a scarce resource in the near future, making it crucial to accelerate production capacity.’ Siemens is actively involved in various hydrogen production projects, including the construction of one of the world’s largest green hydrogen production plants for Shell in Rotterdam[7][8].
A Key Role in the Energy Transition
Green hydrogen plays a pivotal role in the energy transition, and Siemens is at the forefront of supporting its production, distribution, and application. By simplifying design, engineering, and automation, Siemens’ new AI tools contribute to the availability of green hydrogen, which is essential for achieving sustainability goals in the industrial sector. The company’s continuous innovation underscores its commitment to a greener future[9][10].
Bronnen
- tw.nl
- www.automation.com
- sustainability-news.net
- www.linkedin.com
- www.processonline.com.au
- www.linkedin.com