Large Embedded Generators Register of Completed Projects
|
|
|
- Emily Allen
- 5 years ago
- Views:
Transcription
1 Large Embedded Generators Register of Completed Projects This document contains a description of the completed projects relating to the connection of Large Embedded Generators to the TasNetworks distribution network. A Large Embedded Generator is considered to be either: a generator that exports into the distribution network through a single connection point at greater than 5 MW; or a generator that exports into the distribution network through a single connection point at less than 5 MW and which has to be registered with AEMO 1. There have been only two Large Generation connections to the TasNetworks distribution network in the last five years. Details of these are given below. 1 The Australian Energy Market Operator
2 Embedded Generation Projects complete as at 30 January 2015 Generator 1 Technology of generating unit Maximum power generation capacity of the generating system Maximum contribution to fault level Size and rating of the relevant transformer Renewable, hydro gravity, Leroy Somer, LSA / 6p / vertical Synchronous generator. 6,078 kw, 7,150 rated power factor of Up to 2,000 amps maximum at the Connection Point. Generator transformer rating 7.5/6 MVA (22/3.3 kv). Single line diagram of the connection arrangement 2
3 Protection systems and communication systems Voltage control and reactive power capability Location specific facilities required to support the generator connection Protection systems Site disconnection for faults within private HV network; Anti islanding solution installed to ensure that the generating unit only connects to a network that is in a satisfactory operating state; Generator can only be connected to the distribution network with STATCOM in service. Communications Systems SCADA systems have been installed to provide the network service provider with visibility of: Private CB Status relevant to generator connection; Power flows and voltages at the connection site; and Power flows and voltages at the generator connection. Generating unit operates in Voltage Control mode to 1.02 PU. Power factor maintained between 0.95 and 0.98 lagging (absorbing reactive power). STATCOM installation (network side of the main site connection) required to provide voltage support for the distribution network following loss of generator. Anti islanding solution based on microwave and radio communications installed to prevent generator exporting electricity to an islanded portion of the distribution network. Upstream network augmentation completed to accommodate generator capability. Cogeneration control settings applied to voltage regulating controllers. Joint operating procedure developed between Customer and the Network Service Provider to accommodate operational limitations specific to this installation. 3
4 Generator 2 Technology of generating unit Maximum power generation capacity of the generating system Maximum contribution to fault level Size and rating of the relevant transformer Synchronous generator manufactured by General Electric Company. Natural gas fired turbine manufactured by Siemens. 7,900 kw. Up to 3,000 amps maximum at the Connection Point. Generator connection is via a 22/11kV, 10 MVA step up transformer to the customers high voltage distribution network. TasNetworks Customer Generator s Anti-Islanding Trip Signal HV Feeder HV Connection Site Main CB Generator Connection Site Single line diagram of the connection arrangement Metering HV Connection Point & PCC LV Distribution Board A LV Distribution Board B Generating Unit 4
5 Protection systems and communication systems Voltage control and reactive power capability Location specific facilities required to support the generator connection Protection systems Anti islanding systems incorporate Rate of change of frequency (ROCOF) and Vector phase shift (VPS) protection relays for the prevention of embedded generating unit islanded operation; Neutral voltage displacement (NVD) protection has been installed for the detection of distribution network earth faults and the prevention of embedded generating unit islanded operation. Communications systems SCADA based truth table solution implemented to ensure generating unit is only connected to a network in a satisfactory operating state. Power factor at the connection point will be maintained between 0.9 lagging to 0.9 leading. Joint operating procedure developed between Customer and the Network Service Provider to accommodate operational limitations specific to this installation. 5
PROTECTION REQUIREMENTS OF EMBEDDED GENERATORS < 5 MVA (LV + HV UP TO 22KV)
PROTECTION REQUIREMENTS OF EMBEDDED GENERATORS < 5 MVA (LV + HV UP TO 22KV) Standard Operating Procedures Document number SOP 11-16 Issue number 3 Status Approver Approved Peter Grove Date of approval
Description of the Application Process for Small Embedded Generators
Description of the Application Process for Small Embedded Generators This document describes the Application Process for Small Embedded Generators (as required under section 5.3.3A of the National Electricity
Revised Generation Interconnection Impact Study Report. For. Queue Position 31 ( Interconnection Customer )
Revised Generation Interconnection Impact Study Report For Queue Position 31 ( Interconnection Customer ) September 22, 2004 1 Generation Interconnection System Impact Study Report I. Revision of Original
REQUIREMENTS FOR CONNECTION OF EMBEDDED GENERATORS UP TO 5MW TO THE EVOENERGY NETWORK VERSION SM3201
REQUIREMENTS FOR CONNECTION OF EMBEDDED GENERATORS UP TO 5MW TO THE EVOENERGY NETWORK VERSION 3.1 2018 2018 SM3201 CONTENTS 1. INTRODUCTION 6 2. SCOPE 7 2.1 Types of Embedded generating Systems 7 2.1.1
Standard for Connection of Embedded Generating Systems (>30 kw to 1,500 kw) to a Distributor s LV Network
Standard for Connection of Embedded Generating Systems (>30 kw to 1,500 kw) to a Distributor s LV Network Version 1.0 enforced from the 15 th September 2017 If this standard is a printed version, please
Standard for Connection of Embedded Generating Systems 5MW and below in the Ergon Energy Distribution Network
Standard Standard for Connection of Embedded Generating Systems 5W and below in the Ergon Energy Distribution Network This Standard is created and made available for use for the construction of certain
Branch Procedure. Document No. Issue No. : : 29/06/ /06/2021 (Supersedes CEOP8012, Generation Connection: Protection Guidelines, Issue 4.
Branch Procedure Document No. Issue No. : : CEOP8012 5 Approved By : Specialist Engineering NETWORK : Manager Approval Date Review Date : : 29/06/2018 29/06/2021 (Supersedes CEOP8012, Generation Connection:
Campus Electrical System Renewal, Reliability & Safety Presented by Andrew Hay, PE
Campus Electrical System Renewal, Reliability & Safety Presented by Andrew Hay, PE Campus Electrical System Renewal, Reliability & Safety Presented by Andrew Hay, PE Key Factors of Resilient Electrical
Interconnection Application
Interconnection Application Member interested in applying for the interconnection of a distributed energy resource to the Utility s distribution system through the Fast Track or Study Processes are to
Midwest Energy, Inc. Distributed Generation Interconnection Expedited & Standard Process Application
Midwest Energy, Inc. Distributed Generation Interconnection Expedited & Standard Process Application Instructions To submit an application to interconnect a generating facility using the Expedited or Standard
Utility Interconnection. Highlights of the New Fast Track Process Proposed by FERC and Changes to IEEE 1547
Utility Interconnection Highlights of the New Fast Track Process Proposed by FERC and Changes to IEEE 1547 1 4/16/2013 Agenda Review of Status of Distributed Energy Resources Standards Changes Review of
INTERCONNECTION STANDARDS FOR GENERATING FACILITIES (GF) CONNECTED TO THE FORT COLLINS DISTRIBUTION SYSTEM. July 2011 UPDATED STANDARDS
INTERCONNECTION STANDARDS FOR GENERATING FACILITIES (GF) CONNECTED TO THE FORT COLLINS DISTRIBUTION SYSTEM July 2011 UPDATED STANDARDS Rev 9.0 July 2011 2 TABLE OF CONTENTS 1.0 SCOPE AND GENERAL REQUIREMENTS...5
Small Generator Interconnection System Impact Study Report. Completed For Q0047
Small Generator Interconnection Completed For Q0047 Proposed Interconnection PacifiCorp s Existing Goshen Rigby 69 kv Line March 7, 2005 1.0 Description of the Generation Facility Q0047 ( Interconnection
STCP 04-3 Issue 005 Real Time Data Provision
STCP 04-3 Issue 005 Real Time Data Provision STC Procedure Document Authorisation Party Name of Party Representative Signature Date National Grid Electricity Transmission plc SP Transmission plc Scottish
For the State of Washington SMALL GENERATOR INTERCONNECTION REQUEST (Tier 1 [Non-Net Meter], Tier 2, Tier 3) (Application Form)
![For the State of Washington SMALL GENERATOR INTERCONNECTION REQUEST (Tier 1 [Non-Net Meter], Tier 2, Tier 3) (Application Form)](/thumbs/85/92295418.jpg "For the State of Washington SMALL GENERATOR INTERCONNECTION REQUEST (Tier 1 [Non-Net Meter], Tier 2, Tier 3) (Application Form)")
Electrical Company: PacifiCorp For the State of Washington SMALL GENERATOR INTERCONNECTION REQUEST (Tier 1 [Non-Net Meter], Tier 2, Tier 3) (Application Form) Designated Contact Person: Robin Moore Address
Superseding SHEET NO. 34C-51 REVISED SHEET NO. 34C-51 Effective May 27, 2010 Effective December 3, 2011
Superseding SHEET NO. 34C-51 REVISED SHEET NO. 34C-51 INTERCONNECTION APPLICATION FOR ALL BUT UL1741 CERTIFIED INVERTER BASED SYSTEMS LESS THAN 10 KW In addition to the information provided below, a complete
Microgrids: Building Blocks of the Smart Grid Adaptive Protection Schemes for Microgrids
Enrico Ragaini (ABB Low Voltage Products), Alexandre Oudalov (ABB Corporate Research), ISGT Europe 2012, Berlin Microgrids: Building Blocks of the Smart Grid Adaptive Protection Schemes for Microgrids
IEEE PES Swiss Chapter Workshop: Microgrids Evolution and Integration in Modern Power Systems
Alexandre Oudalov, ABB Switzerland Ltd., Corporate Research, 2014-04-30 Microgrid Protection IEEE PES Swiss Chapter Workshop: Microgrids Evolution and Integration in Modern Power Systems Microgrid Protection
SPECIFIC INTERCONNECTION PROTECTION REQUIREMENTS... 5
Central Hudson Gas & Electric Corporation (CHG&E) Interconnection Protection Requirements for Distributed Generators of Greater than 300 kva Connected in Parallel with the CHG&E Electrical Delivery System
MONITORING AND CONTROL REQUIREMENTS FOR DISTRIBUTED GENERATION FACILITIES
MONITORING AND CONTROL REQUIREMENTS FOR DISTRIBUTED GENERATION FACILITIES 1. Introduction Real time monitoring and control is necessary to ensure public and employee safety and to protect the integrity
Applying Intelligent Fast Load Shed Using IEC GOOSE
Applying Intelligent Fast Load Shed Using IEC 61850 GOOSE JC Theron, Steven Rowe GE Grid Solutions Troy Wilsey, Anthony Colonnese Ameresco Russell Gagner Civilian Naval Facilities Engineering Command 71
Power System Network Simulator (PSNsim)
The PSNsim is hardware simulator that simulates all parts of power system from generation to utilization. The PSNsim is a scaled down model of the real power system that provides an experimental environment
Generation, Transmission, and End User Facilities
Procedures for Interconnection of Generation, Transmission, and End User To the Grand River Dam Authority Transmission System Table of Contents GRDA/SPP Interaction... 3 Standards... 3 Generation... 3
XXXX. Bear Creek Hydro Generation Project. Interconnection Facilities Study
XXXX Bear Creek Hydro Generation Project Interconnection Facilities Study Report No. SPA 2005-33 August 2005 System Planning (Lower Mainland & Vancouver Island) British Columbia Transmission Corporation
SMALL GENERATOR INTERCONNECTION REQUEST (Application Form)
SMALL GENERATOR INTERCONNECTION REQUEST (Application Form) Transmission Provider: _Cleco Power LLC Designated Contact Person: Cindy Guillot Address: P.O Box 70, (2180 St. Landry Hwy) St. Landry, LA 71367
Christian PAYERL, Poznan, 20 th May, 2009 ABB FACTS Grid connection of Wind Farms. ABB Group May 22, 2009 Slide 1
Christian PAYERL, Poznan, 20 th May, 2009 ABB FACTS Grid connection of Wind Farms May 22, 2009 Slide 1 FACTS Applications Flexible AC Transmission Systems May 22, 2009 Slide 4 System Studies - Grid Codes
Generator Interconnection Impact Study Report Pamlico County, NC 200 MW Wind Farm Queue #281
Generator Interconnection Impact Study Report Pamlico County, NC 200 MW Wind Farm Queue #281 June 6, 2012, Inc. PURPOSE The purpose of this impact study is to assess the impacts of a wind farm interconnection
Instructions. Interconnection Customer declares its intention to interconnect with the AEP Distribution System.
APPLICATION FOR INTERCONNECTION WITH THE Indiana Michigan Power Company INDIANA DISTRIBUTION SYSTEM (Project capacity greater than 10kW) Instructions Interconnection Customer declares its intention to
INTERCONNECTION FACILITIES STUDY REPORT
Interconnection Request No. TI-08-0312 INTERCONNECTION FACILITIES STUDY REPORT Prepared by Tri-State Generation and Transmission Association, Inc. 1 of 7 DISCLAIMER OF WARRANTIES AND LIMITATION OF LIABILITIES
SMALL GENERATOR INTERCONNECTION REQUEST. (Application Form)
Attachment 2 Transmission Provider: SMALL GENERATOR INTERCONNECTION REQUEST Designated Contact Person: Address: Telephone Number: (Application Form) An Interconnection Request is considered complete when
Common Departures Interconnecting Facilities Requirements
Welcome to our e-rew Express. In our last issue, we discussed the common departures on metering installation requirements. This time, we would like to discuss the common departures on the customer low
Major Customer Connections
Major Customer Connections Application Form Embedded Generation > 30 kw to 5 MW NOVEMBER 2017 Privacy Notice Ergon Energy is collecting information (including personal information) on this form for the
Mehr Spannungsqualität im Netz mit SVC PLUS. Improvement in Voltage Quality for Power Systems with SVC PLUS
Mehr Spannungsqualität im Netz mit SVC PLUS Improvement in Voltage Quality for Power Systems with SVC PLUS M. Claus D. Retzmann K. Uecker A. Zenkner 1 10-2009 E T PS SL/Re General Features of VSC* FACTS
Level 2, 3 and 4 Interconnection Application for Certified, Inverter Based Generating Facilities Not Greater than 2MW
Level 2, 3 and 4 Interconnection Application for Certified, Inverter Based Generating Facilities Not Greater than 2MW The Customer Generator applicant ("Applicant") hereby makes application to the T &
Karl Iliev, San Diego Gas & Electric Company
INTEGRATING DER THROUGH DISTRIBUTION SYNCROPHASORS Karl Iliev, San Diego Gas & Electric Company 2002 San Diego Gas and Electric Co. and Southern California Gas Company. All copyright and trademark rights
Company Directive STANDARD TECHNIQUE: TP18A/1. Application of Connection Control Panels for Soft Intertrip and/or Voltage Constraint Schemes
Company Directive STANDARD TECHNIQUE: TP18A/1 Application of Connection Control Panels for Soft Intertrip and/or Voltage Constraint Schemes Summary This document provides guidance on the application of
DISTRIBUTED GENERATION INTERCONNECTION REQUIREMENTS
STATE OF MINNESOTA DISTRIBUTED GENERATION INTERCONNECTION TABLE OF CONTENTS Foreword 2 1. Introduction 3 2. References 6 3. Types of Interconnections 7 4. Interconnection Issues and Technical Requirements
Legal Name of the Customer (or, if an individual, individual's name):
Instructions An Interconnection Customer who requests a Utah Public Service Commission jurisdictional interconnection must submit this Interconnection Request by hand delivery, mail, or delivery service
Catching Falling Conductors in Midair Detecting and Tripping Broken Distribution Circuit Conductors at Protection Speeds
Catching Falling Conductors in Midair Detecting and Tripping Broken Distribution Circuit Conductors at rotection Speeds Karl Iliev San Diego Gas & Electric Company Eric Udren Quanta Technology, LLC Copyright
Sacramen Sacr t amen o t Municipal Utility Dis t Dis rict t SMUD May Ma 10,
Sacramento Municipal Utility District SMUD May 10, 2010 1 SMUD Facts and Figures 900 Sq. Miles Service Area 585,500 Customers 1.4 million Area Population 10 Bulk Substations 473 Miles of Transmission Lines
The Universe of Possibilities using AF. Copyr i ght 2014 O SIs oft, LLC.
The Universe of Possibilities using AF Presented by Herbert Falk Copyr i ght 2014 O SIs oft, LLC. The Core of Future Applications PI TAGs PI Event Frames AF PI Notifications PI Analytics 2 Application
Series 2400 Paralleling Switchgear
Series 2400 Paralleling Switchgear SERIES 2400 PARALLELING SWITCHGEAR TYPICAL SERIES 2400 MULTIPLE GENERATOR/UTILITY PARALLELING SWITCHGEAR Intelligent, Configurable Switchgear for Distributed Generation,
POWER GRID AUTOMATION. Pág.. n. RMU Automation
POWER GRID AUTOMATION RMU Automation Distribution Network Non-Controlled Secondary Distribution Systems Distribution Network RMU Automation - Levels RMU Automation - RTU / FRTU SMART CONTROLLER Monitoring
CIM, PI AF and SISCO CIM Adapter Create New Application Opportunities for Utilities
CIM, PI AF and SISCO CIM Adapter Create New Application Opportunities for Utilities Presented by Ralph Mackiewicz SISCO, Inc. ralph@sisconet.com Topics Review of Applicable Standards Common Information
Guideline for the Connection of Micro Embedded Generators to the TasNetworks Distribution Network
Tasmanian Networks Pty Ltd ABN 24 167 357 299 Guideline for the Connection of Micro Embedded Generators to the TasNetworks Distribution Network (AS4777 Compliant) NG R PD 09 Version 2.0 July 2014 TABLE
Generation Interconnection Feasibility Study Report
Project #169 Generation Interconnection Feasibility Study Report 7/2/2014 Regional Electric Transmission Planning TABLE OF CONTENTS Executive Summary... 3 Generator and Interconnection Data... 5 Study
EDS LONDON 33KV DISTRIBUTION NETWORK DESIGN AND CUSTOMER SUPPLIES
Network(s): Summary: ENGINEERING DESIGN STANDARD EDS 08-0150 LONDON 33KV DISTRIBUTION NETWORK DESIGN AND CUSTOMER SUPPLIES LPN This standard provides guidelines for the development of the 33kV distribution
LONG ISLAND POWER AUTHORITY INTERCONNECTION REQUIREMENTS FOR NEW DISTRIBUTED GENERATION GREATER THAN 300 KVA OPERATING IN PARALLEL WITH LIPA S RADIAL
LONG ISLAND POWER AUTHORITY INTERCONNECTION REQUIREMENTS FOR NEW DISTRIBUTED GENERATION GREATER THAN 300 KVA OPERATING IN PARALLEL WITH LIPA S RADIAL DISTRIBUTION SYSTEM Revised and Issued March 2003 I.
Feasibility Study on Load Flow and Short Circuit Project
Feasibility Study on Load Flow and Short Circuit Project 101813-01 Prepared by: Transmission Planning Department Cleco Corporation, Inc. 2180 St. Landry Hwy P.O. Box 70 St. Landry, LA 71367 Final November
Practical Impact of Very Small Power Producers (VSPP) on Control and Protection System in Distribution Networks
Practical Impact of Very Small Power Producers (VSPP) on Control and Protection System in Distribution Networks Noppatee Sabpayakom and Somporn Sirisumrannukul Department of Electrical and Computer Engineering,
OC IEEE IAS/PES Meeting February 21, 2013
San Diego International Airport: Building For The Future, Through Underground Distribution Automation and SCADA OC IEEE IAS/PES Meeting February 21, 2013 1 Presenter: Randy Denton, PE Under Ground Utility
Easy Networking for Power Monitoring. network based MONITORING SOLUTIONS
Easy Networking for Power Monitoring network based MONITORING SOLUTIONS Monitoring Real-Time Power Information with Internet Explorer The ability to network an electrical distribution system is an overlooked
ENGINEERING AND SERVICES FIRM THAT SPECIALIZES IN HYDROELECTRIC POWER AND CONTROL SYSTEM DESIGN, OUR TEAM OF PROFESSIONALS HAVE WORKED TOGETHER
smallhydro PRIME ENGINEERING LIMITED IS AN ELECTRICAL ENGINEERING AND SERVICES FIRM THAT SPECIALIZES IN HYDROELECTRIC POWER AND CONTROL SYSTEM DESIGN, IMPLEMENTATION AND MAINTENANCE. OUR TEAM OF PROFESSIONALS
Distributed Generation Interconnection in Illinois
Distributed Generation Interconnection in Illinois David Rearden January 31, 2014 1a In the beginning Electricity system was vertically integrated: the utility generated the electricity, transmitted to
Synchronizing Systems
Synchronizing Systems AGN Technology brings alternative solution to energy projects by using synchronizing systems. With combining more than one generator for your high KVA needs, this system provides
CenterPoint Energy P O Box 1700 Houston, TX
CenterPoint Energy P O Box 1700 Houston, TX 77251-1700 IF YOU ARE APPLYING FOR DISTRIBUTED GENERATION, PLEASE FOLLOW THE INSTRUCTIONS IN THE PARAGRAPHS BELOW. YOU WILL NEED TO COMPLETE AND SIGN AND THEN
SCHEDULE 22 COMMON CONNECTION CHARGING METHODOLOGY
SCHEDULE 22 COMMON CONNECTION CHARGING METHODOLOGY Introduction 1. This Schedule 22 sets out the Common Connection Charging Methodology (CCCM). The CCCM is the whole of this Schedule 22 excluding only
Wind Plant Systems Grid Integration Plant and Turbine Controls SCADA
GE Energy Wind Plant Systems Grid Integration Plant and Turbine Controls SCADA Mahesh Morjaria Manager, Wind Plant Systems Platform Adopted for Wind Power Management class http://www.icaen.uiowa.edu/ edu/~ie_155/
CONFIRMATION OF VERIFICATION EVIDENCE REPORT (COVER) [Distribution Connected Generation (DCG)]
![CONFIRMATION OF VERIFICATION EVIDENCE REPORT (COVER) [Distribution Connected Generation (DCG)]](/thumbs/72/66996469.jpg "CONFIRMATION OF VERIFICATION EVIDENCE REPORT (COVER) [Distribution Connected Generation (DCG)]")
Project Name: Kitchener-Wilmot Hydro Inc. 301 Victoria Street South Kitchener, Ontario, Canada N2G 4L2 Appendix F2: Form DG06 CONFIRMATION OF VERIFICATION EVIDENCE REPORT (COVER) [Distribution Connected
IJSRD - International Journal for Scientific Research & Development Vol. 3, Issue 10, 2015 ISSN (online):
IJSRD - International Journal for Scientific Research & Development Vol. 3, Issue 10, 2015 ISSN (online): 2321-0613 Comparison of Shunt Facts Devices for the Improvement of Transient Stability of Two Machine
PG&E Transmission Interconnection Handbook
Table of Contents TABLE OF CONTENTS... 1 UPDATE HISTORY... UP-1 INTRODUCTION... IN-1 I-1. PURPOSE... IN-1 I-2. INTRODUCTORY DEFINITIONS... IN-1 I-3. HANDBOOK APPLICABILITY... IN-2 I-3.1. New Load, New
Implementation of a Power Line Carrier solution to support anti-islanding protection and reduce interconnection costs for Distributed Generation
Implementation of a Power Line Carrier solution to support anti-islanding protection and reduce interconnection costs for Distributed Generation Jorge Valenzuela Cleveland, Oct 2017 Background NG Solar
Generation Interconnection Impact Study Report. For. Interconnection Customer Q0022
Generation Interconnection Impact Study Report For Interconnection Customer Q0022 Prepared by: PacifiCorp Date: 10/29/2003 Generation Interconnection System Impact Study Report Interconnection Customer
Attachment H: Small Generator (10 MW and Below) Technical Requirements and Standards
Attachment H: Small Generator (10 MW and below) Technical Requirements and Standards Scope Attachment H: Small Generator (10 MW and Below) Technical Requirements and Standards The PJM Small Generator Interconnection
IMP/ 001 / 014 Policy for the Protection of Distribution Networks
Version:- 1.1 Date of Issue:- July 2016 Page 1 of 39 IMP/ 001 / 014 Policy for the Protection of Distribution Networks 1. Purpose The purpose of this document is to detail the network protection philosophy
Interconnection and Transmission
Interconnection and Transmission Gary L. Brown, P.E. Director of Energy Development Gary@ZGlobal.biz 916-985-9461 Kevin Coffee Energy Management Committee Meeting Irvine, California August 26, 2015 Interconnection
CONSOLIDATED EDISON CO. OF NEW YORK, INC. 4 IRVING PLACE NEW YORK, NY DISTRIBUTION ENGINEERING DEPARTMENT SYSTEM DESIGN SECTION
CONSOLIDATED EDISON CO. OF NEW YORK, INC. 4 IRVING PLACE NEW YORK, NY 10003 DISTRIBUTION ENGINEERING DEPARTMENT SYSTEM DESIGN SECTION SPECIFICATION EO-2161 REVISION 0 EFFECTIVE DATE JUNE 15, 2017 TECHNICAL
SDG&E s Accomplishments and Future Plans
SDG&E s Accomplishments and Future Plans Tariq Raman and Subbu Sankaran San Diego Gas & Electric Work Group Meeting October 23-24, 2018 San Diego Gas & Electric San Francisco SDG&E Los Angeles San Diego
TENGIZ PROJECT - FIELD SUBSTATION REPLACEMENT
TENGIZ PROJECT - FIELD SUBSTATION REPLACEMENT / KAZAKHSTAN >>> TENGIZ PROJECT - FIELD SUBSTATION REPLACEMENT / KAZAKHSTAN Tengiz is one of the largest oil fields in the world, and is located in western
C E R T I F I C A T E O F C O M P L I A N C E
Issued to: Huawei Technologies Co., Ltd. Administration Building Headquarters of Huawei Technologies Co., Ltd. Bantian, Longgang District Shenzhen Guangdong 518129 CHINA This is to certify that representative
Plats för bild på PST2291 med solpanel och en person
PST2200 POWER STATION AND TRANSMISSION LABORATORY PST2200 Power System Simulator with two generators Plats för bild på PST2291 med solpanel och en person PST2291 Solar Power Module General Introduction
Local Area Studies Update - PACW Kevin Putnam
Transmission Planning Attachment K Q5 Public Input Meeting Local Area Studies Update - PACW Kevin Putnam March 23, 2017 Hermiston-Pendleton-Enterprise Study Finding Report Jerry Vang PAGE 3 Hermiston-Pendleton
THE INTERCONNECTION HANDBOOK
THE INTERCONNECTION HANDBOOK Southern California Edison Company Rev. 8 This document is controlled by the originating SCE T&D organization. When downloaded and printed, this document becomes UNCONTROLLED,
COGENERATION INTERCONNECTION REQUIREMENTS. Parallel Operation of Connecting Parties Generation
COGENERATION INTERCONNECTION REQUIREMENTS Parallel Operation of Connecting Parties Generation Cogeneration Interconnection Requirements (ID 195440).docx 1 (This page left blank intentionally) Cogeneration
6 Check that the earth system is complete, undamaged and bonded to earth points ( including capacitor and control).
NOTE: SAFETY: Tests must be carried out after the installation, alteration or repair and before putting back to service. At all times maintain suitable clearance to all other electrical equipment and verify
Power and accuracy. Versatile. One display can monitor up to 32 measuring modules information
Power and accuracy 0.2% or 0.5% class in power and active energy measurement Over 500 electric parameters display Both voltage and current harmonics spectrum graphics (to the 50 th ) Maximum and minimum
ADINE EU DEMONSTRATION
ADINE EU DEMONSTRATION PROJECT OF ACTIVE DISTRIBUTION NETWORK Sami Repo Tampere University of Technology Finland Distributed Generation DG Increased DG penetration is expected New products New connection
Blueprint Data Center
Systems and Applications for Data Center Siemens Industy 1. Overview / Purpose In EM EA the datacenter market is seen as one of the fastest growing of the energy businesses. This blueprint is designed
EOS REMSDAQ CALLISTO NX TYPE E RTU
Document Number: EOS 05-9306 Network(s): Summary: ENGINEERING OPERATING STANDARD EOS 05-9306 REMSDAQ CALLISTO NX TYPE E RTU EPN, LPN, SPN This standard details the application, installation and operation
TRIP OF CLARE SOUTH TOWNSVILLE SOUTH 132 KV TRANSMISSION LINE ON 24 JUNE 2015
TRIP OF CLARE SOUTH TOWNSVILLE SOUTH 132 KV TRANSMISSION LINE ON 24 JUNE 2015 AN AEMO POWER SYSTEM OPERATING INCIDENT REPORT FOR THE NATIONAL ELECTRICTY MARKET Published: October 2015 VERSION RELEASE HISTORY
Future plans/changes in the grid - Grid4EU. Ilaria Losa - RSE SpA Daniele Stein ENEL SpA Lars Jendernalik RWE SpA Paul Douard - ERDF
Future plans/changes in the grid - Grid4EU Ilaria Losa - RSE SpA Daniele Stein ENEL SpA Lars Jendernalik RWE SpA Paul Douard - ERDF A major EU FP7 Smart Grids project led by six DSOs... Project led by
Southern Company Smart Grid
Southern Company Smart Grid Smart Grid Investment Grant Update July 25, 2011 Southern Company Southern Company is one of the nations largest generators of electricity Has 4.4 million retail customers across
Distributed Generation Requirements Update
Distributed Generation Requirements Update Toronto Hydro has updated its real time monitoring and control requirements for Distributed Generation facilities. The latest version of the Distributed Generation
Hosting Capacity for Distributed Energy Resources on Distribution Feeders A Case Study
CIGRE US National Committee 2017 Grid of the Future Symposium Hosting Capacity for Distributed Energy Resources on Distribution Feeders A Case Study Huijuan Li EPRI Cleveland, OH October 23, 2017 Hosting
Energy Security: A Global Challenge
A presentation from the 2009 Topical Symposium: Energy Security: A Global Challenge Hosted by: The Institute for National Strategic Studies of The National Defense University 29-30 September 2009 By SCOTT
Load Management of Industrial Facilities Electrical System Using Intelligent Supervision, Control and Monitoring Systems
Load Management of Industrial Facilities Electrical Using Intelligent Supervision, and Monitoring s Selahattin Kucuk TÜPRAŞ İzmit Refinery selahattin.kucuk@tupras.com.tr Fahrettin Arslan Istanbul University
SPI PowerNet requirements for the non-contestable Interface Works at Deer Park Terminal Station
SPI PowerNet requirements for the non-contestable Interface Works at Deer Park Terminal Station SPI PowerNet Reference: ZD23 Version: 1.1 Issue date: 15 May 2014 Contents 1 Scope... 3 2 Deer Park Terminal
EFASOLAR PVStation Solutions
www.efacec.com EFASOLAR PVStation Solutions EFASOLAR PVStation EFASOLAR PVStation Solutions 0,5 MW 1 x EFASOLAR 50 0,50 MW 1 x EFASOLAR 500M 1 MW 1,46 MW Efacec is a century-long experienced company in
NEW ERA METER. Installation & Operation Guide NE METER
NEW ERA METER Installation & Operation Guide NE METER Autoranging Power Supply Installation Diagnostics Per Phase Voltage & Current kwh, Demand and TOU 0.2% Accuracy -40 C to +85 C Watertight Enclosure
How customers can benefit from new metering technologies. A business case in Bilbao-Spain. Barcelona, September 20, 2005
How customers can benefit from new metering technologies A business case in Bilbao-Spain Barcelona, September 20, 2005 Metering Europe 2005 1 Table of contents Iberdrola at a glance AMR and customer segmentation
D Real-time simulation results of protection and network automation options to improve the stability of DG unit in supplying feeder fault
D5.1.24 Real-time simulation results of protection and network automation options to improve the stability of DG unit in supplying feeder fault Ontrei Raipala, Tampere University of Technology - 1 - Introduction
TRANSMISSION ENGINEERING STANDARDS SUBSTATIONS
This standard was reviewed and approved by key managers on. Officer approval of this revision is not required. 1.0 SCOPE 1.1 This guide applies to the interconnection of a generating plant with the Oncor
Smart Distribution Technology
Smart Distribution Technology Presentation Agenda Alabama Power Company, A Southern Company Distribution Automation Supervisory Control And Data Acquisition (SCADA) Multiple Address System (MAS) communications
A Data Approach to Advanced Distribution Management Systems. L. WILKE, B. WALL POWER Engineers USA
21, rue d Artois, F-75008 PARIS CIGRE US National Committee http : //www.cigre.org 2017 Grid of the Future Symposium A Data Approach to Advanced Distribution Management Systems L. WILKE, B. WALL POWER
SCADA SYSTEM FOR PEDEEE SYRIA PROJECT
SCADA SYSTEM FOR PEDEEE SYRIA PROJECT TYPE MS-TDPRO32 OPERATION MANUAL Copyright 2010 - Microener Pag 1 of 26 INDEX 1 General features and installation directions 3 1.1 Installation 3 1.2 Hardware Configuration
DTRV-EP. COMPLEX DIGITAL PROTECTION FOR 120 kv / MEDIUM VOLTAGE TRANSFORMERS. Application field
DTRV-EP COMPLEX DIGITAL PROTECTION FOR 120 kv / MEDIUM VOLTAGE TRANSFORMERS Application field The DTRV type of complex transformer protection is designed to protect 120 kv / medium voltage transformers,
Uncontrolled document when printed. Large Customer Connection Manual
Large Customer Connection Manual Table of Contents 1. Foreword... 1 2. Purpose and Scope... 1 3. Definitions, Abbreviations and Acronyms... 2 4. References... 4 5. Network Connection Principles... 5 6.
Smart Grid Operations - Combining the Power of Smart Meters and The Control Room ADMS
Smart Grid Operations - Combining the Power of Smart Meters and The Control Room ADMS United Energy case study Andrew Steer Manager - Network Control Centre Support United Energy Bradley Williams, P.E.
FACTS and HVDC for Grid Connection of Large Wind Farms
David Larsson Power-Gen Europe 2005 Milan, Italy FACTS and HVDC for Grid Connection of Large Wind Farms www.abb.com/facts FACTS Agenda Wind Generators Response to Grid Faults PICTURE JPG-FORMAT WEB OPTIMIZED
Session Five: IEC61850 Based Process Bus Protection Solution for Remote Located Power Transformers
Session Five: IEC61850 Based Process Bus Protection Solution for Remote Located Power 1. Abstract Dinesh Mithanthaya Design Manager, Horizon Power Higher capacity substation power transformers ( 5MVA),are