- Siemens and Hassan Allam Construction to build new control center located in Egypt’s New Administrative Capital
- Customer is Egyptian Electricity Transmission Company
- Latest software to monitor, manage and control extra-high voltage transmission networks and power generation plants across the country
- Contract worth more than EUR 45 Mio.
Egyptian Electricity Transmission Company has awarded a contract to the consortium consisting of Siemens Smart Infrastructure and Hassan Allam Construction to build the new National Energy Control Center in the New Administrative Capital of Egypt. The country’s new power grid control center will deploy advanced software and equipment to monitor, manage and control extra-high voltage (220 kV and 500 kV) transmission networks and power generation stations across Egypt. The necessary technologies will be included in the new control center for future grid expansion while maintaining secure energy supply, including intermittent renewable energy sources and storage. The project is expected to be completed by the end of 2022.
- Closed system operation for patients and medical personnel’s safety
- Contamination protection with flexible, scalable HVAC control solution
- Compliant with healthcare industry standards
- Easy installation and operation from anywhere
Siemens Smart Infrastructure (SI) has teamed up with Auto-Info to jointly develop a modular COVID-19 examination unit. The mobile lab structure and system have been designed to avoid contamination among patients or from patients to medical staff by using the Climatix IC platform, a flexible and scalable advanced HVAC control solution from Siemens.
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White Space Cooling Optimization for highly efficient greenfield data center in Paris region
- Intelligent, continuously learning solution to support data center’s 24/7 availability and energy efficiency
Siemens Smart Infrastructure is supplying the first Tier IV-certified data center in the region of Paris, France. The “Thésée” data center will meet the highest industry standards for availability and energy efficiency. Siemens will install its White Space Cooling Optimization (WSCO) smart solution to optimize the building’s energy efficiency as well as the thermal protection of the server rooms by automatically adjusting the operation of the cooling systems.
- Charging technology for 37 new electric buses installed at West London depot
- Fully electric-enabled bus garage incorporates power infrastructure, maintenance and charging facilities
- Supplying 11 megawatt hours to 37 double-decker buses daily
In partnership with Tower Transit, a bus operator in London and part of
the SeaLink Travel Group, Siemens Smart Infrastructure provided the charging
infrastructure for 37 new fully-electric double decker buses in London.
Westbourne Park garage, on the Great Western Road, is the operator’s first
depot in London incorporating fully electric routes with power infrastructure,
maintenance and charging facilities. Bus routes 23 and C3 operate from the
Westbourne Park site, with the first few Optare Metrodecker zero-emission
double-deckers already in operation, the remaining fleet is expected to be in
service in the next months.
- Grid edge estimated to be crucial to tackle the energy transition
- Assessment of grid edge readiness and need for 36 countries worldwide
- Results provide valuable insights for governments and industries alike
In the effort to mitigate climate change, global energy markets are changing for good. Energy generation is increasingly relying on renewables, and formerly passive consumers are becoming active prosumers. For this energy turnaround to succeed, the grid edge – the interface between energy supply and energy demand – is more important than ever. Grid edge technologies are crucial to support the energy transformation. They encompass a wide range of technologies, from electric vehicles to heat pumps, solar panels, and smart meters to apps which allow remote control of appliances.
- TIA Selection Tool enables mechanical, electrical and automation planning on a single platform
- Complete standards know-how for electrical planning integrated in one software program
- Time-saving dimensioning of protection and switching devices, including essential design calculations
With “Control Panel Design” Siemens Smart
Infrastructure has integrated new electrical planning features into TIA
Selection Tool, the Siemens configuration and ordering software. This makes
electrical pre-planning completely digital. Now, electrical planners can design
and dimension the main electrical components of a machine quickly, easily, and
in accordance with IEC and UL standards. This reduces the required effort to
perform the task, minimizes potential error sources, and helps machine and
control panel builders improve their competitiveness. TIA Selection Tool is
designed to make it easy and convenient to configure and select all components
of industrial control panels. By integrating the new features, the tool allows
users to design electrical as well as mechanical and automation components
using one set of data and one platform. This lays the foundation for
significantly more efficient development processes, faster lead times, and
smarter electrification solutions for industrial environments.
- Process bus significantly increases level of digitalization in substations
- Faster installation and commissioning
- Improved system reliability
- Benchmark for future-proof design
Siemens Smart Infrastructure has installed process bus technology at the new high-voltage substation in Los Sauces for one of the largest Peruvian distribution network operators, Luz del Sur. This process bus installation with Siprotec merging units and Siprotec protection devices is one of the first fully digitized energy automation system in operation. The new technology sets benchmarks with its future-proof design and will help optimize the entire operation of the power grid.
- Siemens, MW Storage International, Fluence and Vibeco develop unique ecosystem for global beverage manufacturer
- Solution to enable new levels of energy optimization
- Encompasses software, financing, latest storage technology
- Sinebrychoff’s first energy storage service contract
In a move that brings new market opportunities for industrial players, Siemens has developed a unique business model to support the next level of energy optimization for Finnish brewery Sinebrychoff, a subsidiary of the international Carlsberg Group. At the heart of the solution, which will be implemented at Sinebrychoff’s plant in greater Helsinki, is a virtual power plant (VPP) and the latest energy storage technology, supported with financing solutions, to create one of the first examples of power flexibility in an industrial site.
- Load-break switch with vacuum interrupter in secondary current path
- Economical alternative to circuit breakers
- Safety through switching using a consistent operating concept
Siemens Smart infrastructure is continually expanding its portfolio for climate-neutral power distribution. In the medium-voltage switchgear of the blue portfolio, the company has completely eliminated fluorine-based gas mixtures (F-gases) while retaining the compact design and safe, proven operation. An innovative load-break switch equipped with a special vacuum interrupter is the new centerpiece for F-gas-free medium-voltage applications in secondary distribution grids from 12 to 24 kV.
As part of the pebbles research project,
Siemens, the regional utility Allgäuer Überlandwerk (AÜW) and their project
partners are developing a local electricity market using blockchain technology.
Today, the parties launched pebbles’ electricity trading platform, bringing
them one step closer to creating the first local marketplace for optimized
electricity trading based on blockchain. The platform will be utilized in in
the town of Wildpoldsried in the Bavarian Allgäu region of Germany. Now, during
the platform’s demonstration phase, private producers can use an app to market
their electricity directly to local consumers without going through marketers
or traditional grid operators. The market platform also supports flexible power
from battery storage or controllable loads such as heat pumps or charging
stations for electric vehicles. The blockchain technology, which forms the
basis for managing market transactions, is designed to create end-to-end
transparency and trust between users.