welt.de
Germany Expands Nationwide Emergency Communication Network: 100th Site Completed in Baden-Württemberg
Netze BW in Baden-Württemberg, Germany, completed its 100th 450 MHz radio site for a nationwide emergency communication and energy grid control network, using LTE technology and backup power; 70 percent of Baden-Württemberg is currently covered, with 95 percent expected by year-end.
- How does the 450 MHz network contribute to the energy transition in Germany, and what specific technological aspects ensure its reliability in emergency situations?
- The 450 MHz network uses frequencies that penetrate buildings well, crucial for digitalizing critical infrastructure like waterworks. Around 170 masts are planned for Baden-Württemberg, with 70 percent coverage achieved, expected to reach 95 percent by year's end. This addresses the need for reliable communication during the energy transition and in crises.
- What is the significance of Netze BW completing its 100th 450 MHz radio site in Baden-Württemberg, and what immediate impact does this have on Germany's energy infrastructure?
- Netze BW, a German energy provider, completed its 100th 450 MHz radio site in Baden-Württemberg, part of a nationwide network ensuring emergency communication and energy grid control during power outages or natural disasters. This network, utilizing LTE technology and backup power, enhances grid resilience and supports the energy transition.
- What are the potential long-term implications of this 450 MHz network beyond emergency communication and energy grid management, and what challenges might arise during its full implementation?
- The completed 100th site highlights progress in building a resilient communication infrastructure for Germany's energy sector. The network's potential for improving mobile phone coverage in underserved areas presents a positive side effect. Future focus will likely be on completing the network and integrating it with existing systems for optimal functionality during emergencies and the energy transition.
Cognitive Concepts
Framing Bias
The article's framing is overwhelmingly positive, emphasizing the network's benefits for energy transition and crisis management. The headline and quotes from the technical director highlight the positive aspects, while potential drawbacks or criticisms are largely absent. The repeated use of positive language, such as "krisensicherer" (more crisis-proof), reinforces this positive framing.
Language Bias
The language used is largely positive and promotional, using terms like "zuverlässig" (reliable) and "entscheidender Schritt" (decisive step) to portray the network favorably. While such descriptions are not inherently biased, their consistent and repeated use contributes to an overwhelmingly positive tone.
Bias by Omission
The article focuses heavily on the benefits of the new 450 MHz network for energy grid stability and emergency communication, but omits discussion of potential drawbacks, costs, or environmental impacts of constructing and maintaining the network. It also doesn't address potential negative consequences of using this frequency range, such as interference with other services.
False Dichotomy
The article presents a somewhat simplistic view of the network's reliability, portraying it as a solution to all potential crises without acknowledging the complexity of large-scale outages or natural disasters. The implication is that this network alone will ensure reliable energy supply in all scenarios.
Sustainable Development Goals
The article discusses the expansion of a 450-MHz radio network in Baden-Württemberg, Germany, to improve energy grid control and emergency communication during power outages or natural disasters. This directly supports affordable and clean energy by enhancing the reliability and resilience of energy infrastructure, which is crucial for the transition to renewable energy sources. The network's ability to restore energy supply in case of disruptions and handle increasing complexity contributes to the security and stability of the energy system.