! Regelwerk Netzdaten VDN Schema B
! Format: <Regelnummer>;<Regeltext>
! Dateistand: Pietsch 28.04.08
!
1  ;Year must be a 4-digit number higher than 2005.
2  ;Nominal voltage must be a positive decimal number.
3  ;Number of galvanically separately operating networks must be a positive integer.
4  ;Net yearly work of network customers must be a positive decimal number.
5  ;Total circuit length of overhead line must be a positive decimal number.
6  ;Route length of overhead, double, and multiple line must be a positive decimal number.
7  ;Circuit length of paper-insulated cable must be a positive decimal number.
8  ;Circuit length of PE cable must be a positive decimal number.
9  ;Circuit length of XLPE cable must be a positive decimal number.
10 ;Circuit length of other plastic cables must be a positive decimal number.
11 ;Circuit length of oil cable must be a positive decimal number.
12 ;Circuit length of external pressure gas cable must be a positive decimal number.
13 ;Circuit length of internal pressure gas cable must be a positive decimal number.
14 ;Circuit length of other cables must be a positive decimal number.
15 ;Number of tower stations must be a positive integer.
16 ;Number of compact substations, air-insulated must be a positive integer.
17 ;Number of compact substations, gas-insulated must be a positive integer.
18 ;Number of building stations, air-insulated must be a positive integer.
19 ;Number of building stations, gas-insulated must be a positive integer.
20 ;Number of installation stations, air-insulated must be a positive integer.
21 ;Number of installation stations, gas-insulated must be a positive integer.
22 ;Number of other secondary distribution stations must be a positive integer.
23 ;Number of costumer substations (without differentiation) must be a positive integer.
24 ;Number of bays in tower stations must be a positive integer.
25 ;Number of bays in compact substations, air-insulated must be a positive integer.
26 ;Number of bays in compact substations, gas-insulated must be a positive integer.
27 ;Number of bays in building stations, air-insulated must be a positive integer.
28 ;Number of bays in building stations, gas-insulated must be a positive integer.
29 ;Number of bays in installation stations, air-insulated must be a positive integer.
30 ;Number of bays in installation stations, gas-insulated must be a positive integer.
31 ;Number of bays in other secondary distribution stations must be a positive integer.
32 ;Number of outdoor substations, air-insulated must be a positive integer.
33 ;Number of indoor substations, air-insulated, open must be a positive integer.
34 ;Number of indoor substations, air-insulated, metal-enclosed must be a positive integer.
35 ;Number of substations, gas-insulated must be a positive integer.
36 ;Number of other substations must be a positive integer.
37 ;Number of bays in outdoor substations, air-insulated must be a positive integer.
38 ;Number of bays in indoor substations, air-insulated, open must be a positive integer.
39 ;Number of bays in indoor substations, air-insulated, metal-enclosed must be a positive integer.
40 ;Number of bays in substations, gas-insulated must be a positive integer.
41 ;Number of bays in other substations must be a positive integer.
42 ;Number of circuit breakers must be a positive integer.
43 ;Number of disconnecting switches/load-break switches must be a positive integer.
44 ;Number of network transformers must be a positive integer.
45 ;Number of costumer transformers must be a positive integer.
46 ;Number of other substations must be a positive integer.
47 ;Installed rated apparent power of secondary distribution transformers must be a positive decimal number.
48 ;Installed rated apparent power of end user transformers must be a positive decimal number.
49 ;For the input of voltage level only values corresponding to index list are allowed.
50 ;For the input of share of cables in total circuit length only values corresponding to index list are allowed.
51 ;For the input of method of neutral point connection only values corresponding to index list are allowed.
52 ;For the input of recording of self-extinguishing earth faults only values corresponding to index list are allowed.
53 ;Identification of network operator must be given.
54 ;Network operator name must be given.
55 ;Year must be given.
56 ;Identification of network must be given.
57 ;Nominal voltage must be given.
58 ;Voltage level must be given.
59 ;Share of cables in total circuit length must be given.
60 ;Method of neutral point connection must be given.
61 ;Recording of self-extinguishing earth faults must be given.
62 ;Number of galvanically separately operating networks must be given.
63 ;For networks with a nominal voltage above 36 kV net yearly work of network costumers must be given.
64 ;For networks with a nominal voltage up to 36 kV net yearly work of network costumer must not be given.
65 ;For networks with a nominal voltage above 72.5 kV data for secondary distribution substation must not be given.
66 ;For networks with a nominal voltage up to 1 kV network data according to XML scheme must be given for recording scheme A.
67 ;In case of share of cables in total circuit length of overhead line network wiring degree must be lower than 10 %.
68 ;In case of share of cables in total circuit length of mixed network wiring degree must be between 10 % and 90 %.
69 ;In case of share of cables in total circuit length of cable network wiring degree must be higher than 90 %.
70 ;If route length of overhead, double, and multiple line is greater than 0, total circuit length of overhead line must also be greater than 0.
71 ;If number of tower stations is greater than 0, number of bays in tower stations must also be greater than 0.
72 ;If number of bays in tower stations is greater than 0, number of tower stations must also be greater than 0.
73 ;If number of compact substations, air-insulated is greater than 0, number of bays in compact substations, air-insulated must also be greater than 0.
74 ;If number of bays in compact substations, air-insulated is greater than 0, number of compact substations, air-insulated must also be greater than 0.
75 ;If number of compact substations, gas-insulated is greater than 0, number of bays in compact substations, gas-insulated must also be greater than 0.
76 ;If number of bays in compact substations, gas-insulated is greater than 0, number of compact substations, gas-insulated must also be greater than 0.
77 ;If number of building stations, air-insulated is greater than 0, number of bays in building stations, air-insulated must also be greater than 0.
78 ;If number of bays in building stations, air-insulated is greater than 0, number of building stations, air-insulated must be greater than 0.
79 ;If number of building stations, gas-insulated is greater than 0, number of bays in building stations, gas-insulated must also be greater than 0.
80 ;If number of bays in building stations, gas-insulated is greater than 0, number of building stations, gas-insulated must also be greater than 0.
81 ;If number of installation stations, air-insulated is greater than 0, number of bays in installation stations, air-insulated must also be greater than 0.
82 ;If number of bays installation stations, air-insulated is greater than 0, number of installation stations, air-insulated must also be greater than 0.
83 ;If number of installation stations, gas-insulated is greater than 0, number of bays in installation stations, gas-insulated must also be greater than 0.
84 ;If number of bays in installation stations, gas-insulated is greater than 0, number of installation stations, gas-insulated must also be greater than 0.
85 ;If number of other secondary distribution stations is greater than 0, number of bays in other secondary distribution stations must also be greater than 0.
86 ;If number of bays in other secondary distribution stations is greater than 0, number of other secondary distribution stations must also be greater than 0.
87 ;If number of outdoor substations, air-insulated is greater than 0, number of bays in outdoor substations, air-insulated must also be greater than 0.
88 ;If number of bays in outdoor substations, air-insulated is greater than 0, number of outdoor substations, air-insulated must also be greater than 0.
89 ;If number of indoor substations, air-insulated, open is greater than 0, number of bays in indoor substations, air-insulated, open must also be greater than 0.
90 ;If number of bays in indoor substations, air-insulated, open is greater than 0, number of indoor substations, air-insulated, open must also be greater than 0.
91 ;If number of indoor substations, air-insulated, metal-enclosed is greater than 0, number of bays indoor substations, air-insulated, metal-enclosed must also be greater than 0.
92 ;If number of bays in indoor substations, air-insulated, metal-enclosed is greater than 0, number of indoor substations, air-insulated, metal-enclosed must also be greater than 0.
93 ;If number of substations, gas-insulated is greater than 0, number of bays in substations, gas-insulated must also be greater than 0.
94 ;If number of bays in substations, gas-insulated is greater than 0, number of substations, gas-insulated must also be greater than 0.
95 ;If number of other substations is greater than 0, number of bays in other substations must also be greater than 0.
96 ;If number of bays in other substations is greater than 0, number of other substations must also be greater than 0.
97 ;If number of circuit breakers is greater than 0, fields in secondary distribution substations or voltage transformation substations/high voltage must also be given.
98 ;If number of disconnecting switches/load-break switches is greater than 0, fields in secondary distributions or voltage transformation substations/switching stations must also be given.
99 ;If number of bays in secondary distribution substations/voltage transformation substations/high voltage is greater than 0, switching devices must also be given.
100;If number of network transformers is greater than 0, installed rated apparent power of network transformers must also be greater than 0.
101;If installed rated apparent power of secondary distribution transformers or other network coupling transformers is greater than 0, number of network transformers must also be greater than 0.
102;If number of customer transformers is greater than 0, installed rated apparent power of customer transformers must also be greater than 0. 
103;If installed rated apparent power of customer transformers is greater than 0, number of customer transformers must also be greater than 0.
104;If number of network or customer transformers is greater than 0, secondary distribution substations or substations in voltage transformation substation/switching station must be given.
105;Identification of network must be explicit within a network data file.
106;Total circuit length of overhead line must not be lower than route length of overhead, double, and multiple line.
107;Installed rated apparent power of other network coupling transformers must be a positive decimal number.
108;For networks with a nominal voltage above 72.5 kV installed rated apparent power of secondary distribution transformers must not be given.
109;For networks with a nominal voltage up to 72.5 kV installed rated apparent power of other network coupling transformers must not be given.
110;If method of neutral point connection network with low-ohmic neutral point earthing (index 3), recording of self-extinguishing earth faults must be given with no record (index 1).
!
! additional rules ZUVKENN
ZUV01;Implausible, MV: Circuit length per (galvanically isolated) network must not be greater than 800 km.
ZUV02;Implausible, MV: The number of secondary distribution stations per (galvanically isolated) network must not be greater than 500 parts.
ZUV03;Implausible, MV: The number of voltage transformation substations/switching stations per (galvanically isolated) network must not be greater than 40 parts.
ZUV04;Implausible, HV: Circuit length per (galvanically isolated) network must not be greater than 2000 km.
ZUV05;Implausible, HV: The number of voltage transformation substations/switching stations per (galvanically isolated) network must not be greater than 100 parts.
!
! Zusatzregeln Statistik
Stat01;Die Daten weisen aus, dass im Netz mit der Nummer %1 (Nennspannung %2) keine Störungen aufgetreten sind. 
Stat02;Dies ist besonders kritisch zu prüfen, da dies in einem Netz wie ihres mit einer installierten Leistung von %3 MVA in Ortsnetz- und Letztverbrauchertransformatoren sehr unwahrscheinlich ist.
Stat03;Die Daten zum Netz %1 (Nennspannung %2 kV) weisen eine Gesamtanzahl Felder (%2) in Ortsnetzstationen (%3) auf, die die Anzahl der ONS unterschreitet bzw. die mehr als fünffache der Anzahl der ONS entspricht.
Stat07;Ihre Daten weisen eine überraschend hohe Anzahl NS-Letztverbraucher von %1 auf.
Stat08;Ihre Daten weisen eine überraschend hohe installierte Summenleistung in MS-Ortsnetz- und Letztverbrauchertransformatoren von %1 MVA auf.
Stat09;Der Quotient aus Summenwert der installierten Leistung auf der MS-Ebene und der Anzahl der NS-Letztverbraucher weist einen überraschend hohen Wert von %1 kVA auf.
Stat10;Ihre Netzdaten weisen für %1 gegenüber der Meldung des Vorjahres eine überraschend hohe Abweichung von %2 % auf (Wert Vorjahr %3, jetziger Wert %4).
Stat11;Ihre %1-Netze weisen für die DISQUAL-%2 infolge %3 eine überraschend hohe Abweichung gegenüber dem Vorjahr von %4 % auf (Wert Vorjahr %5, jetziger Wert %6).
Stat12;Im Netz mit der Nummer %1 (Nennspannung %2) ist der Quotient aus Störungsanzahl (%3) und Stromkreislänge (%4 km) mit %5 überraschend %6.
Stat13;Im Netz mit der Nummer %1 (Nennspannung %2) sind, obwohl die Stromkreislänge nur %3 km beträgt, mit %4 Störungen überraschend viele gemeldet.
Stat14;Die Anzahl Ortsnetzstationen in ihren NS-Netzen beträgt in Summe %1, in ihren MS-Netzen in Summe %2. Sowohl auf MS- als auch auf NS-Ebene ist die Anzahl der Ortsnetzstationen zu erfassen, so dass eine Anzahl 0 auffällig erscheint, wenn auf einer der beiden Ebenen eine Anzahl vermeldet ist.
Stat15;Trotz einer installierten Bemessungsscheinleistungen von %1 MVA in ihren MS-Netzen, ist die Anzahl der Ortnetzstationen 0.
