感謝
臺灣科技大學 購買 30人版
勤益技術學院 購買 25人版
台北科技大學 購買 25人版
台電
中鼎
富台
吉興
臺灣機電工程服務社…….

ETAP PowerStation主要功能特色：
1. 可達20,000Bus
2. 短路電流 (Short Circuit)
3. 負載潮流 (Load Flow)
4. 馬達起動 (Motor Starting)
5. 暫態穩定分析 (Transient Stability)
6. 諧波分析 (Harmonic Analysis)
7. 接地系統設計 (Ground Grid Design)
8. 最佳化電力路徑 (Optimal Power Flow)
9. 直流系統分析 (DC System)
10. 設備保護協調 (ETAPStar)
11. 電廠並聯啟動運轉 (Generator Start-Up)
12. 電廠管理自動化
(PowerStation Manager System[PSMS])
……等等。

PowerStation(ETAP) 電力系統分析軟體
ETAP PowerStation是由Operation Technology Inc.所設計的Windows應用軟體。ETAP是Electrical Transient Analysis Program電力暫態分析軟體的簡稱。本軟體已獲得ISO 9001認證，及合乎一般電廠U.S. Title 10 CFR 50、ANSI/IEEE及核能電廠U.S. Title 10 CFR 21標準。我們的客戶：ABB、Duke Power Co.、Tennessee Valley Authority、ARCO、Du Pont、Dow Chemical Co.等世界級的電力公司、顧問公司的廠商及電機技師等，在臺灣的使用者為台電,臺機社,中鼎,益鼎,富台,吉興,台塑,南亞,核能所,工研院,臺科大,北科大,雲科大,長庚大學,勤益科大,南台科大等等，全世界接近5000套。ETAP PowerStation是一個單線圖設計工具，讓使用者擁有直覺式的思考設計，為全世界獨一無二採用虛擬實境(Virtual Reality)設計的電力系統分析軟體，並具極高度的相容性，非常容易使用，適合公司企業、政府機構、研究單位、教育單位、等高階使用者使用。適用於微軟的Windows 9598和NT，本軟體使得傳統複雜的電力系統分析作業，成為很容易使用的設計工具，並提供了完整的開放式資料庫功能，讓您的設計更自動化 。ETAP PowerStation是一套純32位元的電腦輔助軟體，特別設計來與Microsoft Office相容產品一起工作，容易使用的圖型界面、並可以和其它軟體連結。PowerStation主要功能：可達2,000Bus，短路電流(Short Circuit)、負載潮流(Load Flow)、馬達起動(Motor Starting)、暫態穩定分析(Transient Stability)、諧波分析(Harmonic Analysis)、接地系統設計(Ground Grid Design)、最佳化電力路徑(Optimal Power Flow)、直流系統分析(DC System)、設備保護協調(ETAPStar)、電廠並聯啟動運轉(Generator Start-Up)、電廠管理自動化(PowerStation Manager System[PSMS])等等。

實際應用範例及其相關連結:
1.電力系統分析軟體實習
2電機系所操作技術手冊
3.北科大電機系電力系統分析實習軟體
4.臺科大電機系86學年度實務專題
5.2004第25屆電力工程研討會
6.台電公司七二九停電事故調查報告
7.澎湖地區八一三停電事故調查報告
8.
核三廠供電系統過電壓與過電流保護研究
華邦電子公司力行廠區供電系統過電壓與過電流保護研究

關於風力發電:
因為風力發電是未來的能源之一,ETAP PSMS已成功的風力發電農場
且 2005 年中將有完整的風力發電模組

V5.0模組涵蓋以下
設計分析模組
Arc Flash IEEE 1584
Battery Sizing & Discharge
Cable Pulling
Control System Diagram
Data Exchange (DataX)
DC Load Flow
DC Short-Circuit
Device Coordination/Selectivity (STAR)
Electrical Data Processing (e-DPP)
ETAP e-DPP Interface
Generator Start-Up
Geographic Information System (GIS)
Ground Grid Systems
Harmonics
High Voltage DC Systems
Load Flow
Motor Acceleration
Optimal Capacitor Placement
Optimal Power Flow
Panel Systems
Parameter Estimation
Reliability Assessment Short-Circuit ANSI/IEC
SmartPlant Electrical Interface
Transformer Sizing
Transient Stability
Transmission Line – Sag & Tension
Unbalanced Load Flow
Underground Raceway Systems
User-Defined Dynamic Models

即時系統模組
Real-Time Systems
Advanced Monitoring
Real-Time Simulation
Event Playback
Intelligent Load Shedding
Supervisory & Advisory Control

各模組詳細內容
Design & Protection
Short-Circuit
ANSI/IEEE & IEC Standards
Transient Fault Analysis (IEC 61363)
Integrates with Arc Flash (NFPA 70E-2000)
Integrates with Device Coordination
Automatic Device Evaluation

Arc Flash
IEEE 1584-2002 Method
NFPA 70E-2000 & 2004 Methods
Cubic Box & Open Air Calculations
Integrated with ANSI &
IEC Short-Circuit Modules
Integrated with Star Device Coordination

Load Flow
Power Flow
Demand Load
Voltage Drop
Power Factor Correction
Automatic Device Evaluation
Automatic Temperature Correction
Real & Reactive Power Losses

Motor Acceleration
Dynamic Motor Acceleration
Voltage Flicker
Static Motor Starting
Load Transitioning
Motor Dynamic Models
Various Starting Devices

Ground Grid Systems
IEEE 80 Method
IEEE 665 Method
Finite Element Method
Rod & Conductors in Any 3-D Direction
Rod & Conductor Optimization

Harmonics
Harmonic Load Flow
Harmonic Frequency Scan
Filter Design & Sizing
Inter-Harmonic Filter Modeling
Automatically Evaluate Harmonic Limits

Panel Systems
Panel Design & Analysis
1-Phase & 3-Phase
ANSI & IEC Standards
NEC Load Factors
Intelligent Panel Calculations
Automatic Update of Upstream Panels

Device Coordination/Selectivity (Star)
Graphically Adjustable Device Settings
Sequence-of-Operation
Embedded Analysis Modules
Verified & Validated Device Libraries
Multi-Function & Multi-Level Relays
Built-In Interface with Relay Hardware
Display Actual Relay Transient Response
User-Definable Device Library Database

Data Exchange
DataX
Import/Export Data
Data Synchronization
Automatic Diagram Generator
Intelligent Error Checking
GIS Map Interface
Real-Time Data Exchange
Transmission & Distribution
Unbalanced Load Flow
Unbalanced Power Flow
Phase & Sequence Voltage & Current
Voltage & Current Unbalance Factors
Demand Load Transmission Line Coupling
Voltage Drop Transmission Line Coupling
Power Factor Correction
Automatic Device Evaluation
Automatic Temperature Correction
Real & Reactive Power Losses

Optimal Power Flow
Multiple Objectives Simultaneously
Interior Point Method
Minimize Power Losses
Active Power Optimization
Reactive Power Optimization
Infeasibility Handling

Optimal Capacitor Placement
Optimal Location & Bank Size
Minimize Installation & Operation Costs
Individual Source or Average Energy Cost
Voltage and/or Power Factor Objectives
Minimum, Maximum, & Average Loading
Branch Capacity Release & Cost Savings
Review Capacitor Impact on the System
Capacitor Control Method

Reliability Assessment
System Reliability
Customer Oriented Indices
Energy (Cost) Indices
Sensitivity Analysis
Single & Double Contingency

Transmission Line
Overhead Line Parameters & Coupling
Sag/Tension vs. Temperature
Conductor Ampacity vs. Temperature
Calculate Long-Line Constants

High Voltage DC Systems
Detailed Converter Modeling
Composite AC/DC Inverter/AC Systems
Combined Transformer Model
Automatic Harmonic Spectrum Calculation
Built-In Control Systems
Easy-To-Use Dynamic Modes

Transformer Tap Optimization
MVA Sizing including Unit Transformers
Optimize Unit Transformer Turns Ratio
Considers System Voltage Variation
Considers Generation Station
Auxiliary Load
Generator Reactive Capacity vs. Voltage

GIS Map
View GIS Maps in ETAP
Display Analysis Results on GIS Map
Synchronize GIS Data to ETAP Projects
GUI Database Mapping
View Modifications & Accept/Reject Actions
Use GIS Map Tools
Map Attributes of GIS to ETAP Elements
Consistency Checks for Data Synchronization
Real-Time Systems
Advanced Monitoring
Continuous Real-Time Monitoring
On Demand Data Retrieval
State Estimator & Load Distributor
Data Reconciliation &
Consistency Check
Bad Data Detection & Correction
Alarm Management & Processing
Energy Cost Monitoring

Real-Time Simulation
Real-Time Simulation
Predict System Behavior
Perform “What If” Operating Scenarios
Simulate Archived Offline Data
Built-In Training Tool for Engineers & Operators

Event Playback
Replay Archived Data at Different Speeds
Improve Operator Knowledge
Improve System Operation
Investigate Cause & Effect
Explore Alternative Actions
Replay “What if” Scenarios

Supervisory & Advisory Control
Advisory and/or Automatic Control
Shared Decision Making Process
Chain of Logic Controls & Action Validations
Steady-State Optimization Control
Energy Cost Assessment
Online Control & Automation

Intelligent Load Shedding
Optimize Load Preservation
Reduce Downtime for Critical Loads
User-Defined “Teaching” of Neural Network
Automatic “Training” of Neural Network
User-Defined Load Priority Tables (LPT)
Load Shedding Scheme Redundancy with Backup Contingencies
Simulate Various Disturbances & Display the Results
Simulate & Test ILS Recommendations
Robust Calculation Methods

DC Systems
Load Flow
Integrated AC & DC Systems
Voltage Drop
Power Losses
IEEE 946 Standard
Battery Auto-Activation

Short-Circuit
Integrated AC & DC Systems
IEEE 946 Standard
Calculate Total Fault Current
Calculate Current Rising Time

Battery Sizing & Discharge
Battery Sizing
Battery Discharge Simulation
Load Diversity Factor
Voltage Drop & Loss Consideration
Class 1E DC Power &
Control System Models

Control System Diagram
Simulation-of-Operation Sequence
Pickup & Dropout Voltage Calculation
Automatic Alerts
Burden & Inrush Modes
Controlled Contacts
Integrated with Battery Discharge Calculation
Dynamics & Stability
Transient Stability
Unlimited Events & Actions
Short Time & Long Time Simulation
Variable Simulation Time
Comprehensive Exciter/Governor Models
Automatic Load Shedding
Relay & User-Defined Actions

Parameter Estimation
Machine Equivalent Circuits
Single Cage Models with Deep-Bar Effects
Auto-Update Machine Editor
Automatically Recalculate Machine Characteristics

Generator Start-Up
Cold-State Generator Starting
Load Generators Prior to
Synchronous Speed
Frequency-Dependent Machine Models
Frequency-Dependent Network Models
An Expansion to the
Transient Stability Module
Utilizes User-Defined Dynamic Models

User-Defined Dynamic Models
Library of Pre-Built Models
Customize Existing UDM Models
Wide Variety of Blocks for Building Models
Import Simulink Models
Various Model Testing Methods
Real-Time Compiling & Linking of Models

Cable Systems
Underground Raceway Systems
Neher-McGrath Method
IEC 287 Method
Steady-State Temperature
Ampacity Optimization
Automatic Cable Sizing
Transient Temperature

Cable Pulling
Integrated with One-Line Diagram Cables
Integrated with Underground
Raceways Cables
Pull Multiple Cables
Allow Any Pull Geometry
Full ETAP Cable Library Integration
Display 3-D Pulling Path Geometry

Cable Ampacity
Duct Banks
Direct Buried
Trays
Conduit in Air
Air Drops
ICEA & NEC Methods

Cable Sizing
Optimal & Alternative Sizes
Ampacity & Voltage Drop Options
Sized Based on Any One-Line Element

Data Interface
E-DPP Interface
Map e-DPP Equipment to ETAP Elements
Integration with ETAP Projects
Use ETAP Library Data
Use ETAP Analysis Tools

SmartPlant Electrical Interface
Integration with ETAP Projects
Use ETAP Library Data
Use ETAP Analysis Tools
Map SmartPlant Electrical Equipment
to ETAP Elements

本公司11月參加成大電力展

感謝 感恩ㄡ ! ETAP PowerStation WorkShop三天研習會圓滿落幕
美國原廠派工程師Dr. JJ Dai授課精采講解,並上機操作!
時間:2004年2月18,19,20日三天 8:30-16:30
地點:資策會電腦教室 台北市106和平東路二段108號
學員共40人,來自臺灣科技大學 勤益技術學院 台北科技大學 臺電 健維電機 中鼎 吉興工程顧問股份有限公司 臺灣機電工程服務社 富台 亞洲水泥公司 中興工程,把資策會電腦教室擠得水洩不通,與會人員都說獲益良多,對於將來的電力工程設計更加順利,學員們很享受開電力同樂會同學會的氣氛,並期盼下次能再相見.

Q&A
Q: 若我只要買保護協調,還須購買短路電流?
A: Yes, They should have at least Short Circuit. Load Flow is recommended.

Q: 新版的V7.0 無法與平行埠保護所相容 如何解決?
A: 請將以下的檔案拷貝 C:Program FilesOperation Technology IncETAP License Manager 700 ds1410d.sys
複製到 C:WINDOWSsystem32drivers
然後重新啟動電腦