TA的每日心情 | 愤怒
2021-3-4 19:03 |
|---|
签到天数: 820 天 连续签到: 1 天 [LV.10]以坛为家III 累计签到：821 天
连续签到：1 天
|
楼主 |
发表于 2011-9-9 18:20:56
|
显示全部楼层
NEPLAN News for Version 5.3.5+ R" t0 H* U$ D, g# P3 o: a; U5 }
Major Improvements1 d+ ~) {5 e3 I _: y. Y& o
NEPLAN - All Modules, Graphical User Interface, k( e; h! T g n: p# h
! ]# ?. F4 W9 LAll known bugs have been fixed. + }, j: o, g! h
The graphical user interface has been further improved.6 p3 Z z4 X# q7 `% t/ V3 \
2 X9 C3 d* }- s: t' {! dNEPLAN - Water, Gas, District Heating4 t# R/ @8 m6 V
; r) E- i5 W" M: i. [# Y/ uImprovements in the calculation have been done.8 q1 ? L; a* w$ }2 @ ], g
New models for valves and regulators.
" G7 z- r; J t$ Y0 v3 v5 c! o/ X9 c! Y# x" I6 o% R2 Q8 z }
NEPLAN - Risk based planning and analysis, N6 ^- L0 Q9 P/ z$ c
% S" {' y2 H- g
Although NEPLAN is already the 1st choice and world leading
0 C% z0 P/ d8 j/ z* E* [6 O7 G: s. t& xrisk based analysis tool on the market, we made a lot o effort to : \7 V4 ]. t. j! v5 @- C
further improve the performance and stochastic models of our 4 _; i9 t; A" R' ]& S* x6 f; S
"Reliability"-Module.4 W e. ~4 \3 a% ?3 @0 x, Q: F
The NEPLAN risk based tools have been successfully applied for: 6 s1 Q8 m! O0 U1 ~3 n
- mid- and long term network planning
7 U9 W4 G$ N3 x4 k; I- optimal reinvestment strategies
' M8 D7 \% T* E6 p! {- optimal reinforcement strategies; L- V# K w! Z5 ], Y
- optimal substation configurations
. P" b t; }* B k- penalty payments for different contracts
! b3 N5 v7 b) d+ O- scenario comparisons for automation in distribution networks! _1 L8 d" r' V, y- m7 d
- strategies for asset allocations
8 `4 n% D/ g7 A' b- optimal maintenance scheduling, reliability centered maintenance (RCM)6 u/ }( [0 X' D- b* i0 a2 G$ u
- development of new electrical equipment (like circuit breakers)
6 z% z# b2 B N2 u. h }0 e4 XNEPLAN - Maintenance Module
5 X0 H3 b' {( Y4 k4 U; T8 x; SThe NEPLAN "Maintenance" Module for condition based and " I# W9 M% t+ y ?3 F7 q8 j; }
reliability centered maintenance (RCM) has been improved.
& R. F8 c Z# ?9 w) ?New functions for better integration with the NEPLAN reliability 5 a5 }; `0 X) J' l; v6 f k
module have been developed.
( U8 q1 g% z- T+ LFor more information see:
0 J/ d! E! b d) zhttp://www.neplan.ch/downloads/public/NEPLAN-Maintenance-Descr.pdf& D+ S& g2 v' ]3 T' W, ~- H
NEPLAN - Protection Modules' P I. s; p5 Z( F: \
Many enhancements have been included in the distance and
7 q+ y2 i* O$ B' X; g5 Qovercurrent protection modules. Arc impedances my be added in the short , _, B9 I% ^- _$ Q- }3 u6 ^
circuit module.
8 C* [0 s" m6 s! _7 ?% h9 @NEPLAN - NPL (NEPLAN Programming Library)9 z! {# X8 m! R! Y
New functions have been added to the NPL.+ e. N# e- m9 G1 y1 e; g( ?0 N' Z0 r
The NPL (NEPLAN Programming Library) contains a set of C/C++
9 s6 R0 x( h1 Z% n! Clibrary functions which allows to access data , q, [, \* M6 Q3 R9 a& R
stored in the NEPLAN project files (*.nepprj) through a user
) Z% \ [- ~3 f& S( ?+ I$ Vwritten C/C++ program. The NPL functions allow executing
$ Y' P3 @, L2 ~' ~any analysis function like load flow analysis, transient stability
- I, y! z V. oanalysis, short circuit analysis, etc.
" R2 D4 h% M0 }) p/ A3 K4 F" WMore information may be found at: $ w( G5 P) s. C' K& T4 ]" v$ D0 ]
www.neplan.ch/downloads/public/NPL-Resupply.pdf
% j) j8 N+ a4 D NEW Modules- ]: R( P" S2 W$ T. `, a- o
NEPLAN - Module Restoration$ t2 t- B4 a' h/ L f, _
We have developed the NEPLAN "Restoration" module.
1 l* k* B0 s% c' e7 iThis module helps to find the optimal restoration strategy after a 8 \7 z$ v. x% H" I" Y
fault has occurred. Different objective functions can be chosen
" o: T/ \0 i+ d% b9 [(minimize losses, minimize overloads, minimize loading or maximize voltages).
4 @; Z- U) |6 X; F: U" G$ aMore information may be found at:
1 K9 F- s# v9 q+ z) b! y# zwww.neplan.ch/downloads/public/RestorationModule.pdf
% |# ]) t; z8 y0 v0 ~$ `
: T' j$ d b9 N- E! Q5 JNEPLAN - LV Module (Low Voltage Module)
- ?1 D3 w( @0 N5 E$ h$ W# n/ z/ C8 e# ?
A new module "LV Module" has been developed, which automates) q& b/ S" F) ?4 s* P
The simulation of low voltage networks (e.g. voltage drop calculations,
' _9 P: b3 o' s7 n; ~4 GShort circuit calculation, checking of the protection and their selectivity)
0 H% `' l$ x7 c f- \ NEW Product
: G+ H) p2 W! a! ^NEPLAN - Grounding Design
8 }8 z5 }4 H4 p5 ~3 I! hA new grounding design module is available now.
+ a, x8 [' d ^0 v5 [2 d$ R4 w9 |. I! @9 \4 s+ D( V* H
More information may be found at:
4 L4 ?: e B( P4 k6 \6 ^www.neplan.ch/downloads/public/GSA_EarthingDesign.pdf/ ^# W8 n( e8 z0 {! Q/ f4 M/ x! J
$ a0 h& o8 o/ U" ^! HNEPLAN - DACH-CZ ; \1 c1 m4 y) `6 \3 m: M
h; S7 i) j/ }$ _
BCP has been selected by the Swiss, German, Austrian and Czech
) _, R" K' z- [! qelectrcical organizations (VSE, VDN, VS? CSRES) to develop a new software,
0 @3 V0 q& K/ F9 awhich allows on a simple way to calculate the new standard for
" L5 b, ?6 x1 E+ \$ Dconnecting electrical equipment to LV and MV networks ("Technical Rules
) s, q3 k# E3 m( n$ B: J! c* S% ?for the Assessment of Network Disturbances"). Included in this new product
. d& n) d6 n: Z# ]4 ]4 `4 H"NEPLAN-DACH" are: flicker analysis, load flow and short circuit analysis. |
|
赣公网安备36040302000210号 )|网站地图
狗仔卡
发表于 2011-9-9 17:14:19
提升卡
置顶卡
沉默卡
喧嚣卡
变色卡
显身卡
完全没有流量了！！！！！！！！！！！