- New brewery building equipped with Siemens power distribution technology for medium
and low voltage
- Innovative fluorine gas-free medium-voltage switchgear contributes to greater sustainability
- Digitalized low-voltage technology increases safety, efficiency and
economy in operation
C. & A. Veltins, one of Germany’s
largest breweries, has set itself the goal of becoming one of the most modern
and sustainable breweries in Germany by the time it celebrates its 200th
anniversary in 2024. Siemens Smart Infrastructure is supplying technology to
ensure the sustainable energy supply of a new building at the company's
headquarters in the town of Grevenstein in the Sauerland region, where a new
bottling plant will go into operation in 2022. The centerpiece is the new 8DJH
12 blue GIS fluorine gas-free medium-voltage switchgear. It completely
eliminates the greenhouse gas sulfur hexafluoride (SF6) as well as other
fluorine gases. Instead, the switchgear uses the climate-neutral Clean Air
insulation gas, which consists exclusively of natural components of the ambient
air. The system is supplemented by low-voltage technology with digital
measurement and communication functions for safe and efficient power
distribution.
The University of
Birmingham, in partnership with Siemens, is combining digital sensor and
analytics technologies, artificial intelligence, decentralized energy
generation and storage, renewable energy and concepts that help change users’
behaviour to transform the university’s Edgbaston and Dubai campuses into the
world’s smartest global campus, creating a ‘Living Lab’ where research,
teaching and learning all benefit from access to new data and
connectivity.
Matthias Rebellius, Member of the Managing Board of Siemens AG and CEO of Smart Infrastructure, will highlight and discuss the latest trends in the field of infrastructure and the integration of eMobility. Cedrik Neike, Member of the Management Board of Siemens AG and CEO Digital Industries, as well as other executives, will give you a closer look at the developments around all things mobility and what the future has in store.
- Launch of Simulytic, a Siemens venture, accelerates the move to safe, autonomous mobility
- World premiere of Siemens Autonomous Charging System
- Partnership with Verein Sozialhelden e.V.: Siemens committed to easing use of charging infrastructure by the disabled
- Siemens is official charging infrastructure partner for the Blue Lane Road at IAA Mobility 2021
- #MoveToTransform campaign in Munich embodies the spirit of the IAA Mobility and shows the faces behind mobility’s transformation
For Siemens,
it’s a home game of a special kind: taking as its motto #MoveToTransform, the
company is exhibiting at the IAA Mobility 2021, which is being held for the
first time in Munich, Bavaria’s capital and Siemens’ hometown. As a focused
technology company, Siemens is presenting a holistic look at mobility for today
and for the future. The focus is on how the real and digital worlds are combined
in technical products and digital solutions to make industry, infrastructure
and transportation more intelligent, efficient and sustainable.
Siemens and SITA are providing the Kansas City Aviation Department with future-proof, scalable technologies for the Kansas City International (MCI) Airport’s New Terminal project, dubbed Build KCI.
- Requirements-based function expansions for protection devices
designed for use in utilities, industrial plants or infrastructures
- License file easily created in seconds
Siemens Smart Infrastructure has launched a
new application for the Siprotec 5 and Siprotec 5 Compact series of protection
devices: In just a few seconds, customers can now generate new license files
for their protection device using a cloud-based app. This allows new device
functions to be enabled very quickly. These functions are added depending on
the type of application of the device, for instance to protect lines and motors
in the distribution network of utilities or industrial plants. Until
now, the ordering process for a license file took almost week.
- Meter Data
Management System enables timely and accurate collection of electricity meter
data digitally
- Technology
deployed for over 200,000 smart meters in North Delhi
- The
implementation of Advanced Metering Infrastructure will play a key role in the
deployment of smart grids across the country
Siemens Limited and Tata Power
Delhi Distribution Limited (Tata Power-DDL) jointly announced the successful
deployment of Smart Metering Technology for over 200,000 Smart Meters in North
Delhi. The state-of-the-art EnergyIP Meter Data Management System installed and
commissioned by Siemens enables timely and accurate collection of electricity
meter data leading to increased visibility of the consumer network and
reduction in carbon emissions. The Advanced Metering Infrastructure
(AMI) program is one of Tata Power-DDL’s
key strategic initiatives for the modernization of the grid.
- Each level of the S-building is ventilated using a separate HVAC
system to ensure 100% fresh air
- This system helps the hospital to comply with more stringent energy
standards and ventilation requirements
- Lighting, air conditioning and access control are managed from a
single user-friendly interface using the Desigo CC system
- Technology ecosystem and energy equipment to provide optimum support
for healthcare personnel
Siemens has finished installing a
leading-edge HVAC system in the new S-building which has extended the A.S.Z.
(general city hospital) campus in Aalst, Belgium. The building technology
experts have also supplied the CCTV and access control systems. All air
conditioning, ventilation and security functions have been brought together in
the Siemens management system, Desigo CC. This makes it much easier to operate
for both healthcare personnel and patients, thereby providing more comfortable
rooms and reducing energy consumption at the same time. Siemens is therefore
helping the A.S.Z. in Aalst to meet the Belgian Supreme Council of Health's
increasingly stringent requirements and standards for energy efficiency in
buildings.
- Environmentally-friendly
and sustainable portfolio
- New Siemens ADVtechnology ensures more efficient design process with
multi-use components
- Support throughout the entire fire safety system lifecycle thanks to
extensive Siemens expertise and access to digital tools
Siemens Smart Infrastructure introduces its
new natural agent extinguishing portfolio, Sinorix NXN. Focusing on the
protection of lives, assets and business continuity, the new fire extinguishing
portfolio combines simplicity with advanced technology to modernize traditional
fire safety. The agents consist of the natural gases argon, nitrogen and carbon
dioxide. They are ideal for specific application areas such as storage rooms
for chemicals (argon), critical electrical infrastructure (nitrogen) or
unmanned areas (carbon dioxide). The new Sinorix NXN portfolio uses only agents
and compounds that are naturally found in our atmosphere and do not harm the environment. It also has a reduced
ecological footprint, thanks to its compact and versatile product design.
- Letter of intent signed for the construction of one of Europe’s largest energy storage facilities in Wunsiedel, Germany
- Zukunftsenergie Nordostbayern GmbH aims to store locally-generated electricity from renewable energy and reduce CO2 emissions
- Siemens to supply 100 megawatt turnkey plant
- Partners to examine implementation, develop suitable financing concept
Siemens Smart Infrastructure and Zukunftsenergie Nordostbayern GmbH (ZENOB) signed a letter of intent in Wunsiedel for the turnkey construction of a 100 megawatt battery storage facility in the German town. The plant, with a storage capacity of 200 megawatt hours, is intended to use surplus renewable energy and cover demand peaks in the power grid. The 5,000 square meter energy storage facility is capable of supplying 20,000 average households with electricity. The lithium-ion battery storage system will be provided by Fluence, a joint venture between Siemens and AES. Siemens will handle project management, including a technical implementation concept, as well as the construction of a medium-voltage switchgear system and connection to the high-voltage grid. Among other things, the letter of intent also includes the development of a financing concept.