- Safer and more efficient: Catania Airport is updated with integrated building automation by Siemens
- More reliable and accurate fire detection using Sinteso connected to the Desigo CC building management software
- Cloud-based Navigator software to optimize energy consumption
With almost ten million passengers in 2018, Catania Airport is continuing to grow, solidifying its number one position in southern Italy. This makes the hub an increasingly important strategic part of the Mediterranean aviation network. As a result, however, it faces greater security and energy efficiency challenges. This is the context in which the Sicilian airport made the decision to entrust Siemens with its integrated building automation project, intended to increase security levels and monitor overall energy consumption at the hub.
- Stimulating two senses through acoustic (EN 54-3) and optical (EN 54-23) alarm devices
- Voice messages can be emitted in two languages for faster evacuation
- High alarming reliability thanks to daily disturbance-free tests
Siemens Smart Infrastructure has launched new ceiling- and wall-mounted alarm devices. The expanded portfolio includes both acoustic and optical alarm devices in accordance with European Standards EN 54-3 / EN 54-23 and EN 54-17. One highlight of the expanded portfolio are the voice sounders with built-in voice messages because they improve the reaction time to alarms.
With the Junelight Smart Battery, Siemens is offering its first battery storage specially geared to the requirements in private homes for the storage and use of self-generated energy. The lithium-ion storage combines functions for intelligent and safe energy management and a modern design. Homeowners can use it to maximize the share of their self-generated energy, e.g. from photovoltaic systems, for their own consumption, to minimize their energy procurement costs and to make a long-term contribution towards the reduction of CO2 emissions. The Junelight Smart Battery coordinates the predictive charging and discharging procedures depending on the weather-related yield forecast of the photovoltaic system and the individual consumption profile of the household. Using the mobile Junelight Smart App, all energy flows – from production, through storage, right down to consumption and grid in-feed – can always be monitored in real time. The storage capacity can be flexibly adapted to individual needs at any time, encompassing up to 19.8 kilowatt hours (kWh). The Junelight Smart Battery is now available in Germany and will be launched in Austria in April 2019.
LO3 Energy, an energy-tech company set to disrupt energy grids across the globe, announced an investment from Siemens closing out its series A. In late 2015 Siemens and LO3 started collaborating on projects beginning with the Brooklyn Microgrid. Self-sufficient microgrids play an important role in an energy market that is growing through distributed energy systems — whether they are based on wind, sun, water or biomass — such grids are becoming increasingly significant. LO3 Energy is benefiting from Siemens' development of microgrids such as the one that has been operating in Wildpoldsried, a village in southern Germany, since 2014. While the Brooklyn Microgrid continues to grow, insights from the proliferation of the prosumers and consumers provides Siemens the rationale for building resilient grid systems based on local marketplaces. To date, the initial project has attracted more than 60 community members participating in the Brooklyn Microgrid, and LO3 and Siemens expect to partner on further projects across the globe. Specific terms of the investment were not disclosed.
- Siemens will supply four 400 kV HVDC transformers for cross-channel link
- Efficient 2,000 MW power transmission link between France and the UK will supply up to 3 million homes with electricity
Siemens will deliver four transformers, each with a capacity of 400 kilovolts (kV) and 315 megavolt amperes (MVA), on behalf of the British grid operator National Grid. The grid operator will replace the old transformers in the high-voltage direct-current (HVDC) cross-channel link. The new transformers are quieter, have lower transmission losses and will significantly improve the system's reliability. The HVDC link connects France and England and makes it possible to efficiently exchange energy in both directions. The order includes the supply, installation and commissioning of the transformers for the Sellindge converter station in England. Siemens will complete the work by mid-2019.
Siemens has received an order from the regional grid operator EWE Netz GmbH to supply the key components of a Siharbor shore power supply system in Cuxhaven. The order includes the complete transformer station as well as the cable feed system for ro-ro (roll-on/roll-off) ships. The plant owner will be the northern German Gesellschaft für Hafeninfrastruktur Niedersachsen Ports (NPorts). With a power output of 630 kilowatts (kW), the plant will supply these ships with electricity during their lay time. They will thus be able to turn off their diesel generators, significantly lowering exhaust gas and noise pollution. The berth is located next to the new factory for wind turbines operated by Siemens Gamesa, which will be the plant's main user in the future. Siemens Gamesa will ship wind turbine components to its sister factory in Hull, UK. The Siharbor system is expected to go into operation by April 2018.
- Faster processor and more memory space for complex applications
- Increased connectivity
- Efficient refrigeration control with inbuilt electronic expansion valves drivers
With the new Climatix C600 models the Siemens Building Technologies Division is extending its range of controllers for heating, ventilation and air conditioning (HVAC). These are designed for complex applications comprising up to 8,000 objects, for example a ventilation with integrated chiller unit. The new model series includes easy cloud connection for digitalized services for applications like chillers, heat pumps, district heating stations, air handling units and roof top units. Original equipment manufacturers (OEMs) are thereby enabled to develop new business fields or to increase service efficiency.
Siemens has developed new base holders for Neozed fuses in one-pole and three-pole designs and sizes D01 and D02. Made of heat-resistant plastic, the new bases replace the existing Siemens devices. Eight new variants for 16 A and 63 A rated currents were developed. The compact devices are especially safe to use and, thanks to new terminals, can be easily mounted in distribution boards. For the first time, the devices are available with LED indicators that clearly show whether the fuse has been tripped due to an overload or short circuit and must be replaced.
With the 3WL10, Siemens has developed a new air circuit breaker in the especially compact size 0 that can handle rated currents of up to 1,250 amperes (A). With this development, Siemens has closed the last gap in the portfolio and now offers circuit breakers for nearly every application, in four sizes and five performance classes from 630 to 6,300 A. The 3WL10 communication-capable circuit breakers reduce space requirements in the switchgear to a minimum. With two individual electronic trip units and various connection options, they can be installed in switchgear in accordance with IEC61439- and be integrated in energy management systems via communications modules and the internal metering function.
- Siemens to deliver 47 self-service bicycle parking facilities at Dutch railway stations
- Secure and convenient parking solution for seamless transition from bicycle to boarding at railway stations
- Contract includes system monitoring for eight years
The Siemens Building Technologies Division (BT) is working with NS Stations, the operator of railway stations in the Netherlands, to optimize bicycle parking at 47 Dutch railway stations with the user-friendly and secure self-service bicycle parking solution from Siemens. The unmanned bike parking facilities will be available for parking privately owned as well as rental bikes. In addition to modernizing and equipping the parking stations, Siemens will provide 24/7 system monitoring to ensure system availability as well as predictive maintenance for a period of eight years. The volume of the contract is 14.2 million euros. Furthermore, Siemens will continue to work with NS Stations to jointly develop future innovations in access systems for manned bicycle parking facilities using RFID technology (Radio Frequency IDdentification).