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2022 | OriginalPaper | Buchkapitel

3. Risk Factors of the Power Supply

verfasst von: Heinz-Adalbert Krebs, Patricia Hagenweiler

Erschienen in: Energy Resilience and Climate Protection

Verlag: Springer Fachmedien Wiesbaden

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Abstract

The increasingly interconnected, fast-moving, unmanageable and unpredictable world brings with it an unprecedented variety of known and as yet unknown challenges as well as risks. Among the world's most influential analyses of the global risks of our time is considered the Global Risks Report of the annual World Economic Forum held in Switzerland. The January 2021 report, as a result of the approximately 1,000 risk experts surveyed worldwide, lists for the first time seven instead of five hazards that are most likely to occur (in the order shown), including extreme weather events, failure of climate change mitigation measures, human-caused environmental damage, infectious diseases, loss of biodiversity, digital power concentration, and digital inequality.
Fußnoten
1
Cf. Fathi (2019) p. 5 ff., p. 14 ff.; World Economic Forum (2021) p. 7, p. 14 fig. IV.
 
2
Cf. Fathi (2019) p. 8; Allianz (2021).
 
3
Cf. Fathi (2019) p. 15.
 
4
Cf. § 2 (10) BSIG (2021); BMI (2011) p. 8; Schläger/Thode (2018) p. 494 f.; BBK (2019e) p. 16 f., p. 38 table 2; Krebs/Hagenweiler (2021) p. 285.
 
5
Cf. acatech (2020) p. 15.
 
6
Cf. Bartsch/Frey (2017) p. 301 ff.; BBK (2019a) p. 17 ff.
 
7
Cf. BBK (2018) p. 9; Krebs/Hagenweiler (2021) p. 285 f.
 
8
Cf. Mayer/Brunekreeft (2021) p. 11.
 
9
Cf. Voßschmidt/Karsten (2019) p. 22 f. table 1.
 
10
Cf. Menski/Gardemann (2011) p. 1 f.; Zettl/Nell (2019) p. 227.
 
11
Cf. Bundesregierung (2008) p. 33 f.; Jaag/Schnyder (2019) p. 3 f.
 
12
Cf. Bundesregierung (2008) p. 35; Jaag/Schnyder (2019) p. 3.
 
13
Cf. BBK (2018) p. 13; Zettl/Nell (2019) p. 227 f.
 
14
Cf. BBK (2018) p. 17 ff.
 
15
Cf. Mayer/Brunekreeft (2021) p. 13, p. 84 ff.
 
16
Cf. Mayer/Brunekreeft (2021) p. 13, p. 86 ff.; search engines such as Shodan, Censys or ZoomEye, which search the Internet for open IP ports, are used to detect security vulnerabilities, cf. Luber/Schmitz (2019).
 
17
Cf. Mayer/Brunekreeft (2021) p. 13, p. 89 f.
 
18
Cf. Mayer/Brunekreeft (2021) p. 13, p. 90 f.
 
19
Cf. Mayer/Brunekreeft (2021) p. 13 f.
 
20
Cf. BBK (2018) p. 17 ff.
 
21
Cf. Laufs (2018) p. 1.
 
22
Cf. Voßschmidt/Karsten (2019) p. 286.
 
23
Cf. Sträter (2019) p. 11 ff., p. 36 f.
 
24
Cf. Voßschmidt/Karsten (2019) p. 222 ff.
 
25
Cf. Voßschmidt/Karsten (2019) p. 309.
 
26
Cf. BSI (2020) p. 54 f. table 1.
 
27
Cf. Voßschmidt/Karsten (2019) p. 309 f.; Krebs/Hagenweiler (2021) p. 6 f., p. 474 ff.
 
28
Cf. Voßschmidt/Karsten (2019) p. 310 ff.
 
29
Cf. BBK (2018) p. 17 ff.
 
30
Cf. Goertz (2020) p. 1 f., p. 20 f., p. 60 f.
 
31
Cf. Goertz (2021).
 
Metadaten
Titel
Risk Factors of the Power Supply
verfasst von
Heinz-Adalbert Krebs
Patricia Hagenweiler
Copyright-Jahr
2022
DOI
https://doi.org/10.1007/978-3-658-37564-5_3