Q50 Facility Study. By Tucson Electric Power Company Transmission Planning March 7, Proposed Point of Interconnection: Vail Fort Huachuca 138kV
|
|
- Myra Morrison
- 5 years ago
- Views:
Transcription
1 Q50 Facility Study Proposed Point of Interconnection: Vail Fort Huachuca 138kV By Tucson Electric Power Company Transmission Planning March 7, 2018 PREPARED BY:
2 FACILITY STUDY PREPARED FOR: TUCSON ELECTRIC POWER PROJECT CONTACTS: ANA BUSTAMANTE INGRID RAHAIM PHX (03/7/2018) GG PAGE i
3 TABLE OF CONTENTS 1.0 INTRODUCTION COST ESTIMATES DISCLAIMER SCOPE OF WORK INTERCONNECTION GEOTECHNICAL FIELD INVESTIGATIONS AND ENGINEERING BABACOMARI 138KV SWITCHYARD DESIGN VAIL 138KV SUBSTATION DESIGN FORT HUACHUCA 138KV SUBSTATION DESIGN ESTIMATE OF PROBABLE COST AND CONSTRUCTION TIME ESTIMATES ESTIMATE OF COST CONSTRUCTION TIME ESTIMATES REFERENCES ATTACHMENT A EQUIPMENT LAYOUT PLAN BABACOMARI SWITCHYARD ATTACHMENT B SINGLE LINE DIAGRAM BABACOMARI SWITCHYARD ATTACHMENT C BLOCK DIAGRAM AUTOMATION NETWORK, BABACOMARI SWITCHYARD PHX (03/7/2018) GG PAGE ii
4 1.0 INTRODUCTION Tucson Electric Power Co. (TEP) performed this Generator Interconnection Facilities Study (IFS) in response to an interconnection request submitted by Q50, the Interconnection Customer ( IC ), on October 12, 2016 for the interconnection of a 100MW Photovoltaic (PV) solar generator with a proposed interconnection to a new switchyard on the Vail Fort Huachuca 138kV circuit, approximately 26 miles southeast of the Vail 138kV substation. This circuit is part of the TEP balancing authority. The IC has indicated that this project will comprise one or more Qualifying Facility or Facilities and intends to sell the output of the project to TEP. A System Impact Study was performed to determine what effects the addition of the Q50 PV project would have on the TEP transmission system. The system impact study included steady state power flow, transient stability, post-transient stability, and short circuit analysis to determine potential impacts to the TEP transmission system. The study was conducted using the Western Electricity Coordinating Council s (WECC) approved 2021 heavy summer and heavy winter models. TEP retained POWER Engineers to perform the technical analysis portion of this IFS. The IFS Agreement was signed by the IC on November 6, The purpose of this IFS is to provide cost, engineering, procurement and construction time estimates for the facilities needed to safely and reliably interconnect the Q50 solar project to the TEP transmission system, based on the System Impact Study. TEP will require the following system modifications to accommodate the Q50 solar project: Construction of a new switchyard identified as the Babacomari 138kV switchyard including all protection, communication, automation and metering (PCAM) equipment associated with this site. Upgraded line relaying, communication and automation equipment at TEP s Vail 138kV substation. Upgraded line relaying, communication and automation equipment at TEP s Fort Huachuca 138kV substation. The Point of Interconnection (POI) will be the metering point at the new at Babacomari 138kV switchyard where the 0.3 mile 138kV transmission line enters from the IC s PV facility switchyard (located at 31 38'52.8"N, '02.4"W). The new Babacomari 138kV switchyard will be located in Cochise County, AZ. TEP shall perform the following at the IC s expense: Design, specification, procurement and installation of the interconnection facilities specified in this document. Land acquisition of the Babacomari 138kV switchyard site including surveying, geotechnical services, easements and permits. Design, specification, procurement and installation of one (1) Babacomari 138kV switchyard including all protective relaying equipment, primary and back-up metering facilities, fiber and wireless communications facilities, and station service sources. Coordination with the IC on project related issues. PHX (02/15/2018) GG PAGE 1
5 The IC shall be responsible for the following: The IC will be responsible to construct, own and operate the 138kV line from the Q50 generation station up to the last pole before the TEP switchyard fence, also known as the Point of Change of Ownership. The IC will own all structures up to the last pole before the TEP switchyard fence. TEP will be responsible for taking the 138kV line from that pole into the 138kV breaker, shown as Transmission Provider s Interconnection Facilities. All costs associated with design, specification, procurement and installation of the facilities required to interconnect the project including line upgrades and the required relay and communications upgrades required to safely incorporate the Q50 project onto the TEP transmission system as described in the scope of work and this document. The IC will provide a connection to backup station service power at the point of change of ownership sufficient to supply TEP 75kVA at 208/120 volts. Design, specification, procurement and installation of all inter-company communications interface facilities between the Q50 project and the TEP system required for safely operating the Q50 project in parallel with the TEP transmission system. Coordination with TEP on project related issues. In summary, this Facility Study: Specifies and estimates the cost of the equipment, engineering, procurement and construction work (including overhead line upgrades) needed to implement the facilities for the Q50 solar project interconnection. Estimates the time required to complete the construction and installation of such facilities. Identifies the electrical switching configuration of the equipment, including without limitation circuit breakers, disconnect switches, protection, station security, communication facilities and other station equipment. 2.0 COST ESTIMATES Construction schedule estimates are from the date the IC provides written authorization to proceed, provided all interconnection agreements and funding arrangements are in place. Interconnection construction costs and timelines were estimated for Q50 based on the approximate location described above. These good faith non-bidding cost estimates are applicable only to the TEP system. This study reviewed all capacity, construction, flicker, protection and communications requirements to interconnect this generation project. NERC (North American Reliability Corporation) requires that generation facilities provide a primary and secondary (back-up) communications path for data and control. This study does not specifically address any requirements for the IC Generating Facilities. However, the IC shall comply with all TEP requirements for a generator operating in parallel with TEP s electrical system. This estimate has been prepared with +/- 20% accuracy and assumes an in-service date during Q2 of 2020 based on the construction time estimates as shown in section 5.2, Table 5 of this document. All assumptions are clearly defined within this document and should be duly noted. PHX (02/15/2018) GG PAGE 2
6 Many costs included in this report will vary with market conditions and the final design. While this document reflects budgetary estimates, it is important to note that labor and material costs continue to fluctuate. Additionally, the prices of both equipment and construction labor fluctuate. This report is based on current costs, but these costs are subject to change based on market conditions and final design. The cost amounts payable by the IC will be the actual expenses incurred in the completion of work as defined herein (including overheads). 3.0 DISCLAIMER Nothing in this report constitutes an offer of transmission service or confers upon the Interconnection Customer ( IC ) any right to receive transmission service. TEP and other interconnected utilities may not have the Available Transmission Capacity to support the interconnection described in this report. It should also be noted that all results for the IFS are highly dependent upon the assumed topology and timing of new projects in the vicinity of the interconnection, which are subject to change. Estimates, forecasts, projections, and schedules relating to costs, final design, quantities, and pricing (including but not limited to property costs, construction, operation or maintenance costs) are opinions based upon experience, qualifications, and judgment. TEP has no control over the weather, cost, availability of labor, materials and equipment, labor productivity, population demographics, market conditions, regulatory environment, change in technology, or other economic or political factors effecting such estimates or projections. TEP states that actual results may vary significantly from the representations and opinions herein. Nothing herein will be construed as a guarantee or warranty (actual or implied) that rates, demand, pricing, costs, performance schedules, quantities, technology, or any other related items will not vary from opinions contained in this report. All costs included in this estimate are subject to change if the final design, project performance, or requirements change from the preliminary data provided by the IC on November 6, SCOPE OF WORK The scope of work includes the design, procurement, construction, and commissioning of one (1) new Babacomari 138kV switchyard, and line protection upgrades at Vail and Fort Huachuca substations. Microwave radio will be installed at Babacomari to provide communication with Vail and Fort Huachuca substations. The following attachments are included in the scope of work: Attachment A Equipment Layout Plan Babacomari Switchyard Attachment B Single Line Diagram Babacomari Switchyard Attachment C Network Block Diagram Automation Network, Babacomari Switchyard 4.1 Interconnection The Q50 solar project interconnect will require the addition of the proposed Babacomari 138kV switchyard. The switchyard will consist of a three (3) breaker ring connecting the Q50 solar project intertie, a line to Vail 138kV substation and a line to Fort Huachuca 138kV substation along with all the associated protection, communication, automation, and metering (PCAM) equipment. The switchyard will allow transfer trip protection from Vail and Fort Huachuca substations. PHX (02/15/2018) GG PAGE 3
7 4.2 Geotechnical Field Investigations and Engineering A geotechnical investigation will be completed by a TEP approved geotechnical firm paid for by the IC. The results of this report will be evaluated to establish the design basis for foundation and electrical grounding design. 4.3 Babacomari 138kV Switchyard Design Babacomari 138kV Switchyard Site Preparation, Grading and Drainage Design Babacomari 138kV switchyard shall be fenced using 8 Beta fence with 1 of razor wire on top. Final grade and surface with 4 of lime stabilized aggregate base shall extend a minimum of five feet (5 ) outside the fence line on all sides. Babacomari 138kV switchyard shall be sloped away from electrical equipment. Babacomari 138kV Switchyard Civil/Structural Design All station foundations, footings, etc. will be designed according to TEP standards. Babacomari 138kV Switchyard Electrical Design TEP standards will be used for the basis of all electrical design. All grounding required will be designed per ANSI/IEEE STD 80 using 4/0 copper cable. The following equipment is required for the Babacomari 138kV switchyard: Three (3) 138kV, 650 kv BIL, 3000A circuit breakers Six (6) 138kV manually operated disconnect switches. Three (3) 138kV line switches with motor operators Ten (10) 138kV, potential transformers (PTs) Nine (9) 138kV surge arresters Three (3) 138kV/208V, station service CCVT s One (1) yard Fiber Distribution Panel (FDP) cabinet One (1) climate controlled shelter containing: o One (1) 125Vdc battery charger o One (1) 125Vdc battery bank o Two (2) 125Vdc distribution panels o One (1) 208/120Vac distribution panel o Three (3) protective relay panels o One (1) Human-Machine Interface (HMI) panel o One (1) communications equipment panel A second source for station service, provided by the IC, will be included in the design All equipment shall be rated at 3000A and be capable of interrupting up to 40kA fault current. Equipment shall be installed that meets local temperature, weather and seismic conditions. PHX (02/15/2018) GG PAGE 4
8 Equipment shall be grounded to adequately protect personnel and the electric infrastructure. TEP shall perform grounding calculations to verify that the new grounding system provides adequate personnel and equipment protection. All grounding installation shall be per TEP standard practices. Overvoltage protection shall be included per TEP standard for surge and the basic impulse level as required. A direct current (dc) system including a suitably sized charger and batteries shall be included in the control house in a separate room from the rest of the equipment. The dc system shall be appropriately sized to sustain all dc loads for at least 8 hours following the loss of ac power. Shielded control, current transformers, potential transformers, communication, and station wiring shall be installed per TEP standards. Babacomari 138kV Switchyard Protection and Control Design The protection and control design shall follow TEP standards. An overview of the protection and metering is presented in the single line diagram shown in Attachment B. The design is intended to provide a means of local and remote control of equipment and switching of the electrical system. It is also intended to protect the electrical infrastructure under abnormal system conditions or faults and to minimize system outages and disturbances. The following generally represents the protection and control design: Install all protection, communication, metering and SCADA equipment inside the climate controlled shelter Protection systems shall be dc powered and shall utilize SEL microprocessor based relays per TEP standard design. The protection system shall include: o 138kV breaker failure protection (50BF) for all breakers three (3) total o 138kV breaker failure lockout relays (86BF) for all breakers three (3) total o 138kV primary line protection relays (87LP/21P) for 138kV lines to Vail substation and Fort Huachuca substation. o 138kV secondary line protection relays (87LS/21S) for 138kV lines to Vail substation and Fort Huachuca substation. o 138kV primary interconnection protection relay (21P/67NP) for Q50 intertie o 138kV secondary interconnection protection relay (21S/67NS) for Q50 intertie o 138kV sync check relay (25) Relay settings shall be developed by TEP for all relays. Install SCADA and remote access per TEP standard practice. Babacomari 138kV Switchyard Communication and Automation Design Fiber optics and microwave communication paths will be utilized to exchange protection, metering, control and communication signals between Babacomari 138kV switchyard and the TEP system operations. PHX (02/15/2018) GG PAGE 5
9 TEP s existing fiber optic network will be utilized where available. New fiber will be installed as part of the communication network between the new 138kV Babacomari switchyard and the IC site substation. An overview of the automation network is presented by the automation block diagram shown in Attachment C. Communication and automation equipment required at Babacomari 138kVswitchyard includes: One (1) 19 communication rack One (1) 144 fiber count Single Mode (SM) fiber distribution panel (FDP) One (1) 48 fiber count Multi Mode (MM) FDP Two (2) Wilmore Vdc converters One (1) PowerWorx 48Vdc fuse panel One (1) Nokia 7705 SAR-8 One (1) RX1500 Layer 3 router for Operations Network One (1) Cisco IE2000 One (1) Wireless Access Point (WAP) with POE injector One (1) Internet Protocol (IP) phone One (1) HMI Panel containing: o Two (2) Orion LX communication processors o Two (2) RX1500 modular switches o One (1) each: HMI display, keyboard, and keyboard tray o One (1) SEL-2440 Discrete Input/Output (DIO) module o One (1) SEL-2488 satellite clock o One (1) 2 port Keyboard/Video/Mouse (KVM) switch One (1) SEL-3610 serial port server Three (3) SEL-2440 DIO modules One (1) SEL-2440 DIO module and one (1) SEL-2407 satellite clock located at each breaker total of three (3), to be provided by breaker manufacturer. Babacomari 138kV Switchyard Metering Design The revenue metering for the Q50 Solar project will be performed at Babacomari 138kV switchyard and will consist of primary and check meters. An additional line metering unit will be installed for each transmission line exiting Babacomari 138kVswitchyard. Metering equipment required at Babacomari 138kV switchyard will include: Four (4) Square-D ION8650A meters with power quality monitoring Four (4) Brooks test switches 4.4 Vail 138kV Substation Design Vail 138kV Substation Protection and Control Design The protection and control design shall follow TEP standards. The design interfaces with the construction of the Babacomari 138kV switchyard to provide a means of local and remote control of equipment and switching of the electrical system. It is also intended to protect the electrical infrastructure under abnormal system conditions or faults and to minimize PHX (02/15/2018) GG PAGE 6
10 system outages and disturbances. The following generally represents the protection and control design: The protection system shall be altered such that: o One (1) 138kV primary line protection relay (87LP/21P-FH) is removed and replaced with one (1) 138kV primary line protection relay (87LP/21P-BC). o One (1) 138kV secondary line protection relay (87LS/21S-FH) is modified to communicate with Babacomari 138kV switchyard Any change to relay settings shall be developed by TEP for all relays. Any change to SCADA and remote access shall conform to TEP standard practice. Vail 138kV Substation Communication and Automation Design Communication and automation equipment required at Vail 138kVsubstation includes: One (1) 144 fiber count SM FDP One (1) Tele-protect card (for existing Nokia 7705 SAR-8) 4.5 Fort Huachuca 138kV Substation Design Fort Huachuca 138kV Substation Protection and Control Design The protection and control design shall follow TEP standards. The design interfaces with the construction of the Babacomari 138kV switchyard to provide a means of local and remote control of equipment and switching of the electrical system. It is also intended to protect the electrical infrastructure under abnormal system conditions or faults and to minimize system outages and disturbances. The following generally represents the protection and control design: The protection system shall be altered such that: o One (1) 138kV primary line protection relay (87LP/21P-VL) is removed and replaced with one (1) 138kV primary line protection relay (87LP/21P-BC). o One (1) 138kV secondary line protection relay (87LS/21S-VL) is modified to communicate with Babacomari 138kV switchyard Any change to relay settings shall be developed by TEP for all relays. Any change to SCADA and remote access shall conform to TEP standard practice. Fort Huachuca 138kV Substation Communication and Automation Design Communication and automation equipment required at Ft Huachuca138kVsubstation includes: One (1) 144 fiber count SM FDP One (1) Nokia 7705 SAR-8 PHX (02/15/2018) GG PAGE 7
11 5.0 ESTIMATE OF PROBABLE COST AND CONSTRUCTION TIME ESTIMATES Q50 Solar Project Facilities The IC shall design, procure, construct, install, own and/or control any equipment beyond the TEP Babacomari 138kV switchyard at its sole expense. TEP Interconnection and Transmission Facilities TEP shall design, procure, construct, install, own and/or control the Babacomari 138kV switchyard and modifications at Vail and Fort Huachuca substations at the cost of the IC. 5.1 Estimate of Cost The cost of the Q50 solar project procurement, construction and installation are not included in this estimate. Project dollar amounts shown in this section are in 2018 US dollars. All costs include materials, labor and overheads. TABLE 1: ESTIMATE OF TOTAL COST - BABACOMARI 138KV SWITCHYARD Babacomari 138kV Switchyard Equipment/Materials $2,126,046 Engineering $1,464,855 Construction $462,261 Land Acquisition/Right-of-Way $20,000 Subtotal $4,073,162 Contingency (20%) $814,632 Total Estimated Cost $4,887,794 TABLE 2: ESTIMATE OF TOTAL COST - VAIL 138KV SUBSTATION Vail 138kV Substation Equipment/Materials $23,959 Engineering $35,564 Construction $46,256 Subtotal $105,779 Contingency (20%) $21,156 Total Estimated Cost $126,934 PHX (02/15/2018) GG PAGE 8
12 TABLE 3: ESTIMATE OF TOTAL COST - FORT HUACHUCA 138KV SUBSTATION Fort Huachuca 138kV Substation Equipment/Materials $41,613 Engineering $35,564 Construction $42,192 Subtotal $119,369 Contingency (20%) $23,874 Total Estimated Cost $143,242 TABLE 4: ESTIMATE OF TOTAL COST - Q50 SOLAR PROJECT INTERCONNECTION Q50 Solar Project Interconnection Project Total Equipment/Materials $2,191,618 Engineering $1,535,983 Construction $550,708 Land Acquisition/Right-of-Way $20,000 Subtotal 4,298,309 Contingency (20%) $859,662 Total Estimated Cost $5,157, Construction Time Estimates Construction time estimates are based on current equipment availability and delivery timelines provided by the equipment manufacturers. These timeframes are estimates only and may vary due to unforeseeable circumstances. TABLE 5: CONSTRUCTION TIME ESTIMATES Equipment Procurement Engineering Construction Bidding Site Preparation Site Construction Commissioning 36 weeks 22 weeks 8 weeks 4 weeks 18 weeks 4 weeks The actual start date will be determined by the Interconnection Agreement. A construction schedule will be created with the projected completion dates for each task listed in the table above. Equipment procurement, engineering, construction bidding and site preparation will be coordinated in a manner to be completed at or about the same time. Site construction and upgrades will be completed after all the equipment has been procured with commissioning following construction completion. PHX (02/15/2018) GG PAGE 9
13 6.0 REFERENCES 1. NFPA 70, National Electric Code, 2017 Edition. Quincy, Mass. 2. ANSI/IEEE Std. 80 (2013). IEEE Guide for Safety in AC Substation Grounding, IEEE Society, New York. 3. Tucson Electric Power Civil/Structural Substation Design Criteria, Rev 4, February 4, Tucson Electric Power Engineering Procedural Manual, Procedure SDN 1.3, Substation Security, H. Warner, December 17, TransCo Energy, Q50 System Impact Study, Final Report, Bobby Chavez, September 20, Project Scoping Document Level 0, Q 50 (Babacomari), R. McCarthy, September 20, PHX (02/15/2018) GG PAGE 10
14 Attachment A Equipment Layout Plan Babacomari Switchyard PHX (02/15/2018) GG PAGE 11
15 Attachment B Single Line Diagram Babacomari Switchyard PHX (02/15/2018) GG PAGE 13
16 Attachment C Block Diagram Automation Network, Babacomari Switchyard PHX (02/15/2018) GG PAGE 15
RECITALS. Now, Therefore, in consideration of the mutual covenants and agreements herein set forth, the Parties do hereby agree as follows:
LEE COUNTY ELECTRIC COOPERATIVE STANDARD INTERCONNECTION AGREEMENT FOR CUSTOMER-OWNED RENEWABLE GENERATION SYSTEMS GREATER THAN 100 KW AND LESS THAN OR EQUAL TO 1 MW TIER 3 This Interconnection Agreement
More informationHOLY CROSS ENERGY November 3, 2015 GENERATOR INTERCONNECT POLICY
GENERATOR INTERCONNECT POLICY GENERATOR INTERCONNECT (PROCEDURE) GENERATOR INTERCONNECT (GUIDELINES) Page 1 of 50 TABLE OF CONTENTS GENERATOR INTERCONNECT (PROCEDURE)... 4 I. GENERAL OVERVIEW... 5 A. Applicability...
More informationNew Mexico Public Regulation Commission P. O. Box Paseo de Peralta Santa Fe, New Mexico 87504
THE NEW MEXICO INTERCONNECTION MANUAL (To be Used in Conjunction with New Mexico Public Regulation Commission Rule 17.9.568 NMAC, Interconnection of Generating Facilities with a Rated Capacity Up to and
More informationREISSUED JUNE 1, 1988
REVISED SHEET NO. 29 Effective: October 28, 1966 RULE NO. 14 REISSUED JUNE 1, 1988 Service Connections and Facilities on Customer's Premises A. METER INSTALLATIONS AND MISCELLANEOUS SERVICE EQUIPMENT ON
More informationApplication for Interconnection and Net Metering Level 1
Application for Interconnection and Net Metering Level 1 Use this Application only for: 1.) a generating facility that is inverter based and certified by a nationally recognized testing laboratory to meet
More informationSteps/Process. <COOPERATIVE NAME> 10 kw INVERTER PROCESS Page 1
10 kw INVERTER PROCESS Page 1 Application, Procedures, and Terms and Conditions for Interconnecting a Certified Inverter-Based Generation Facility No Larger than 10 kw ("10 kw Inverter Process") Steps/Process
More informationMICHIGAN ELECTRIC UTILITY
MICHIGAN ELECTRIC UTILITY Generator Interconnection Requirements Projects with Aggregate Generator Output of 30 kw or More, but Less than 150 kw Effective Aug. 10, 2004 INTRODUCTION This Generator Interconnection
More informationConsumer Requirements for Distributed Generation Installation and Interconnection
Rio Grande Electric Cooperative, Inc. Consumer Requirements for Distributed Generation Installation and Interconnection (Click on links to be taken to the appropriate page) TABLE OF CONTENTS SECTION PAGE
More informationSCHEDULE 72 INTERCONNECTIONS TO NON-UTILITY GENERATION
Idaho Power Company Second Revised Sheet No. 72-1 I.P.U.C. No. 29, Tariff No. 101 First Revised Sheet No. 72-1 PUBLIC UTILITIES COMMISSION AVAILABILITY Service under this schedule is available throughout
More informationSOLAR PV INSTALLATION AT USC BASEBALL STADIUM
AMENDMENT NO. 7 TO SOLICITATION TO: ALL VENDORS FROM: Charles Johnson, Procurement Manager SUBJECT: SOLICITATION NUMBER: USC-RFP-1761-CJ SOLAR PV INSTALLATION AT USC BASEBALL STADIUM DATE: June 30, 2010
More informationInterconnection Application and Compliance Form For Photovoltaic Systems Up to 2 MW
Interconnection Application and Compliance Form For Photovoltaic Systems Up to 2 MW A. APPLICANT INFORMATION *Person/Company Name: *OUC Account No.: *Mailing Address: *City, State & Zip: Street Address
More informationNarrows Inlet IPP Interconnection. Interconnection Facilities Study and Project Plan
Interconnection Facilities Study and Project Plan December 15, 2016 British Columbia Hydro and Power Authority British Columbia Hydro and Power Authority 2015. All rights reserved. DISCLAIMER OF WARRANTY,
More informationXXXXX. Skookum Creek Power Project. Interconnection Facilities Study and Project Plan
XXXXX Skookum Creek Power Project Interconnection Facilities Study and Project Plan June 29, 2011 British Columbia Hydro and Power Authority British Columbia Hydro and Power Authority 2011. All rights
More informationStandard for Interconnecting Small Generation 100 kw or Less with Electric Power Systems (EPS) (Interconnection Standard)
63 SOUTH CAROLINA Standard for Interconnecting Small Generation 100 kw or Less with Electric Power Systems (EPS) (Interconnection Standard) 1. Overview: This Standard contains the requirements, in addition
More informationCAPE HATTERAS ELECTRIC COOPERATIVE
CAPE HATTERAS ELECTRIC COOPERATIVE INTERCONNECTION STANDARD STANDARD FOR INTERCONNECTING SMALL GENERATION 100 kw OR LESS 1. Definitions: 1.1 Area EPS: Area Electric Power System: The electric facilities
More informationPortland General Electric Company P.U.C. Oregon No. E-18 Original Sheet No. C-1 RULE C CONDITIONS GOVERNING CUSTOMER ATTACHMENT TO FACILITIES
P.U.C. Oregon No. E-18 Original Sheet No. C-1 RULE C CONDITIONS GOVERNING CUSTOMER ATTACHMENT TO FACILITIES 1. Acceptance of Electricity Service By establishing or requesting a POD or by continuing an
More informationSouth Carolina Standard for Interconnecting Small Generation 100 kw or Less With Electric Power Systems (EPS) (Interconnection Standard)
South Carolina Standard for Interconnecting Small Generation 100 kw or Less With Electric Power Systems (EPS) (Interconnection Standard) 1. Overview: This Standard contains the requirements, in addition
More informationATTACHMENT G SMALL GENERATOR INTERCONNECTION PROCEDURES (SGIP) (For Generating Facilities No Larger Than 20 MW)
ATTACHMENT G SMALL GENERATOR INTERCONNECTION PROCEDURES (SGIP) (For Generating Facilities No Larger Than 20 MW) TABLE OF CONTENTS Page No. Section 1. Application... 1.1 Applicability... 1.2 Pre-Application...
More informationInterconnection Processes and Procedures for Generation Facility
Interconnection Processes and Procedures for Generation Facility May 2015 Brunswick Electric Membership Corporation 795 Ocean Hwy. West P.O. Box 826 Supply, NC 28462 Shallotte, NC 28459 Phone: (910) 754-4391
More informationIMPORTANT INFORMATION Invitation to Bid No. TS12-S-10 Kindly acknowledge important revisions to the terms and conditions under the bidding documents in details as follows: Volume I of IV 1. TC-SUB-01 Data
More informationThe Narragansett Electric Company Standards for Connecting Distributed Generation. R.I.P.U.C. No Canceling R.I.P.U.C. No.
Effective R.I.P.U.C. No. 2163 : S:\RADATA1\RATE ADMINISTRATION\Tariffs_Current\Narragansett Sheet 1 TABLE OF CONTENTS 1.0 Introduction...3 1.1 Applicability...3 1.2 Definitions...3 1.3 Forms and Agreements...8
More informationInterconnection of Electric Generators
Interconnection of Electric Generators (GENERATING CAPACITY OF NOT MORE THAN 25 KILOWATTS) Public Utility #1 of Ferry County Republic Washington November 15, 2007 Table of Contents Chapter 1 Purpose and
More informationElectric Interconnection Policy Category 1 Projects Aggregate Generator Output (20 kw and Under)
Marquette Board of Light and Power 2200 Wright Street Marquette, Michigan 49855 906-228-0300 Electric Interconnection Policy Category 1 Projects Aggregate Generator Output (20 kw and Under) Effective:
More informationWestern Power Distribution (East Midlands) plc Registered in England and Wales No
CONNECTION AGREEMENT THIS AGREEMENT is made the day of 2014 Between Western Power Distribution (East Midlands) plc Registered in England and Wales No. 2366923 Whose REGISTERED OFFICE is at And Avonbank
More informationIMPORTANT INFORMATION Invitation to Bid No. RTS2-S-17 Kindly acknowledge important revisions to the terms and conditions under the bidding documents in details as follows: 1. According to Article F-15.
More informationNew York State Public Service Commission
PSC NO. 220 ELECTRICITY ADDENDUM TYPES: SIR NIAGARA MOHAWK POWER CORPORATION ADDENDUM NO. 7 INITIAL EFFECTIVE DATE: AUGUST 16, 2017 STAMPS: ISSUED IN COMPLIANCE WITH ORDER IN CASE 16-E-0560 Issued August
More informationInterconnection Process and Guide for Small Power Generation Systems
Interconnection Process and Guide for Small Power Generation Systems As Adopted by the Board of Directors South Central Indiana REMC July 2014 Amended 05-25-2017 South Central Indiana REMC 300 Morton Avenue
More informationSteuben Rural Electric Cooperative, Inc. Member-Owned Distributed Generation Interconnection Information Packet
Steuben Rural Electric Cooperative, Inc. Member-Owned Distributed Generation Interconnection Information Packet Member-Owned Distributed Generation Application Procedures (For single-phase attachment of
More informationT-D Interconnections: Best Value Planning White Paper January 2016
T-D Interconnections: Best Value Planning White Paper Updated January 2016 1. Purpose This paper defines the process and criteria that together constitute joint best value planning (BVP) between ATC and
More informationSCHEDULE SGI : SMALL GENERATOR INTERCONNECTIONS OTHER THAN NET METERING
~A BARC ELECTRIC COOPERATIVE SCHEDULE SGI : SMALL GENERATOR INTERCONNECTIONS OTHER THAN NET METERING A. APPLICABILITY This Schedule SGI is applicable to Interconnection Customers who own and operate, or
More informationPublic Utility District Number 1 of Klickitat County POLICY BULLETIN 21. Customer Service Policy Electric
Public Utility District Number 1 of Klickitat County POLICY BULLETIN 21 Customer Service Policy Electric I. Definition of Terms A. Applicant - The person(s) applying for electric service. B. Customer -
More informationSMALL GENERATOR INTERCONNECTION PROCEDURES (SGIP) (For Generating Facilities No Larger Than 20 MW)
SMALL GENERATOR INTERCONNECTION PROCEDURES (SGIP) (For Generating Facilities No Larger Than 20 MW) TABLE OF CONTENTS - i - Page No. Section 1. Application... - 1-1.1 Applicability... - 1-1.2 Pre-Application...
More informationENTERGY NEW ORLEANS, INC. STANDARD INTERCONNECTION AGREEMENT FOR NET METERING FACILITIES LOCATED IN ORLEANS PARISH
INSTRUCTIONS: Enter information in the empty fields below and send this form to Entergy. This Standard Interconnection Agreement shall be completed, submitted and approved before the net metering facility
More informationUNITED COOPERATIVE SERVICES. Distributed Generation Procedures & Guidelines Manual for Members
UNITED COOPERATIVE SERVICES Distributed Generation Procedures & Guidelines Manual for Members October 2015 TABLE OF CONTENTS GENERAL... 4 I. DETERMINE THE CATEGORY OF DG FACILITY... 5 1) Connection Level
More informationOrange and Rockland Utilities, Inc. Issued in compliance with Order in Case 15-E-0036 dated 07/20/2015.
Orange and Rockland Utilities, Inc. Addendum - SIR-5 INITIAL EFFECTIVE DATE: July 27, 2015 To P.S.C. No. 3 - Electricity Issued in compliance with Order in Case 15-E-0036 dated 07/20/2015. New York State
More informationExpenditure Forecast Methodology
Forecast Methodology Regulatory Control Period 2018-19 to 2022-23 Version 1.0 Security Classification: Public ElectraNet Corporate Headquarters 52-55 East Terrace, Adelaide, South Australia 5000 PO Box
More informationStandard for Interconnecting Small Generation 100 kw or Less with Electric Power Systems (EPS) (Interconnection Standard)
1. Overview: Standard for Interconnecting Small Generation 100 kw or Less with Electric Power Systems (EPS) (Interconnection Standard) This Standard contains the requirements, in addition to applicable
More informationI. Members Applying for New Interconnection/Submission of Plans/Specifications.
PLATTE-CLAY ELECTRIC COOPERATIVE APPLICATION AND AGREEMENT FOR INTERCONNECTION AND NET METERING OF RENEWABLE ENERGY SYSTEMS WITH CAPACITY OF 100 kw OR LESS PROCEDURES: I. Members Applying for New Interconnection/Submission
More informationENTERGY LOUISIANA, LLC STANDARD INTERCONNECTION AGREEMENT FOR NET METERING FACILITIES
INSTRUCTIONS Enter information in the empty fields below and send this form to Entergy. This Standard Interconnection Agreement shall be completed, submitted and approved before the net metering facility
More informationPRC Remedial Action Schemes
PRC-012-2 Remedial Action Schemes A. Introduction 1. Title: Remedial Action Schemes 2. Number: PRC-012-2 3. Purpose: To ensure that Remedial Action Schemes (RAS) do not introduce unintentional or unacceptable
More informationNew York State Public Service Commission
PSC NO. 220 ELECTRICITY ADDENDUM TYPES: SIR NIAGARA MOHAWK POWER CORPORATION ADDENDUM NO. 9 INITIAL EFFECTIVE DATE: NOVEMBER 2, 2018 STAMPS: ISSUED IN COMPLIANCE WITH ORDER IN CASE 18-E-0018 Issued October
More informationDistributed Generation Connection Standard ST B Planning Engineer. Network Planning Manager. General Manager Network
Effective Date 1 May 2018 Issue Number 1.1 Page Number Page 1 of 26 Document Title Distributed Generation Connection Standard Document Number ST B1.1-001 Document Author Planning Engineer Document Reviewer
More informationCogeneration and Small Power Production Parallel Operation, Power Sales and Interconnection Agreement
between and Lincoln Electric System This Power Sales and Interconnection, hereinafter called the, is made and entered into as of the day of, 20, by and between, hereinafter referred to as the Owner of
More informationSTANDARD INTERCONNECTION APPLICATION FOR NET METERING FACILITIES
STANDARD INTERCONNECTION APPLICATION FOR NET METERING FACILITIES This application and interconnection agreement is for grid connected, customer owned generating facilities using certified inverters that
More informationEXCERPTS from the SAMS-SPCS SPS Technical Reference
Problem Statement The existing NERC Glossary of Terms definition for a Special Protection System (SPS or, as used in the Western Interconnection, a Remedial Action Scheme or RAS) lacks clarity and specificity
More informationENTERGY MISSISSIPPI, INC. STANDARD INTERCONNECTION APPLICATION AND AGREEMENT FOR NON-RESIDENTIAL NET METERING FACILITIES (for kw systems)
INSTRUCTIONS: Enter information in the empty fields below and send this form to Entergy Mississippi, Inc. ( Entergy or the Company ). This Standard Interconnection Application and Agreement shall be completed,
More informationINTERCONNECTION GENERATION AND NET METERING POLICY
INTERCONNECTION GENERATION AND NET METERING POLICY Manual for Member Owned Interconnection Generation Facilities Equal to 100 kw or Less Revised: May 11, 2015 Approved: August 25, 2014 Effective: August
More informationENTERGY MISSISSIPPI, INC. STANDARD INTERCONNECTION APPLICATION AND AGREEMENT FOR RESIDENTIAL NET METERING FACILITIES (for systems 20 kw or less)
INSTRUCTIONS: Enter information in the empty fields below and send this form to Entergy Mississippi, Inc. ( Entergy or the Company ). This Standard Interconnection Application and Agreement shall be completed,
More informationXXXXX. Crowsnest Pass Waste Heat Project. Interconnection Facilities Study and Project Plan
XXXXX Crowsnest Pass Waste Heat Project Interconnection Facilities Study and Project Plan December 29, 2010 British Columbia Hydro and Power Authority British Columbia Hydro and Power Authority 2010. All
More informationThe Victory Electric Cooperative Association, Inc. Schedule of Tariffs Table of Contents
The Victory Electric Cooperative Association, Inc. Schedule of Tariffs Table of Contents Description Status Schedule Index All-Electric Service Active AE-17 2 Domestic Service Active D-17 3 Small Commercial
More informationXantrex XW Power System Xantrex XW / Xantrex XW / Xantrex XW /240 60
Xantrex XW Power System Xantrex XW4024 120/240 60 Xantrex XW4548 120/240 60 Xantrex XW6048 120/240 60 Installation Guide www.schneider-electric.com Xantrex XW Power System Installation Guide www.schneider-electric.com
More informationInterconnection Process for Customer-Owned Generation (QFs)
Interconnection Process for Customer-Owned Generation (QFs) Member-consumer makes Co-op letter explaining process & providing information (including co-op Application Member reviews information Member
More informationHVDC Inter-Island Link Upgrade Project. Investment Proposal. Part V Project Costs
HVDC Inter-Island Link Upgrade Project Investment Proposal Part V Project Costs Transpower New Zealand Limited 2005. All rights reserved 1 SUMMARY... 3 2 BACKGROUND... 4 3 APPROACH TO ESTIMATING COSTS...
More informationCITY OF UKIAH PHOTOVOLTAIC INTERCONNECTION AGREEMENT FOR NET ENERGY METERING FROM SOLAR ELECTRIC GENERATING FACILITIES OF 1 KW (KILOWATT) TO 100 KW
CITY OF UKIAH PHOTOVOLTAIC INTERCONNECTION AGREEMENT FOR NET ENERGY METERING FROM SOLAR ELECTRIC GENERATING FACILITIES OF 1 KW (KILOWATT) TO 100 KW DECLARATIONS ( Customer-Generator ), and the City of
More informationTRIP OF VALES POINT 330 KV MAIN BUSBAR ON 27 JULY 2017 REVIEWABLE OPERATING INCIDENT REPORT UNDER THE NATIONAL ELECTRICITY RULES
TRIP OF VALES POINT 330 KV MAIN BUSBAR ON 27 JULY 2017 REVIEWABLE OPERATING INCIDENT REPORT UNDER THE NATIONAL ELECTRICITY RULES Published: 26 September 2017 INCIDENT CLASSIFICATIONS Classification Detail
More informationWeatherford Municipal Utility System. Distributed Generation Procedures & Guidelines Manual for Customers
Weatherford Municipal Utility System Distributed Generation Procedures & Guidelines Manual for Customers June 24, 2009 Prepared by: McCord Engineering, Inc. P.O. Box 10047 College Station, Texas 77842
More informationTitle Page Southern California Edison Company Tariff Title: Transmission Owners Tariff Tariff Record Title: First Revised Service Agreement No. 39 FER
Title Page Southern California Edison Company Tariff Title: Transmission Owners Tariff Tariff Record Title: First Revised Service Agreement No. 39 FERC FPA Electric Tariff INTERCONNECTION FACILITIES AGREEMENT
More informationROCKY MOUNTAIN POWER First Revision of Sheet No. R12-1 Canceling Original Sheet No. R12-1
First Revision of Sheet No. R12-1 Canceling Original Sheet No. R12-1 I. - Conditions and Definitions A. Contracts Before building an Extension, the Company may require the Applicant to sign a contract.
More informationTRI-COUNTY ELECTRIC COOPERATIVE APPLICATION AND AGREEMENT FOR INTERCONNECTION AND NET METERING OF SYSTEMS WITH CAPACITY OF 100 kw OR LESS
TRI-COUNTY ELECTRIC COOPERATIVE APPLICATION AND AGREEMENT FOR INTERCONNECTION AND NET METERING OF SYSTEMS WITH CAPACITY OF 100 kw OR LESS PROCEDURES: I. Members Applying for New Interconnection/Submission
More informationBerkeley Electric Cooperative, Inc. Standard for Interconnecting Distributed Resources Up To 500 KVA with the Cooperative s Electric Systems (CES)
Berkeley Electric Cooperative, Inc. Standard for Interconnecting Distributed Resources Up To 500 KVA with the Cooperative s Electric Systems (CES) 1. Overview: This Standard sets forth the requirements,
More informationSection 24 COGENERATION AND SMALL POWER PRODUCTION
Section 24 COGENERATION AND SMALL POWER PRODUCTION Cooperative is a member of Corn Belt Power Cooperative and Northwest Iowa Power Cooperative, generation and transmission cooperatives ("G&T" or "Corn
More informationNet Metering Interconnections Standards
Net Metering Interconnections Standards FOR Interconnection of Electric Generators (GENERATING CAPACITY OF NOT MORE THAN 100 KILOWATTS) PUBLIC UTILITY DISTRICT # 1 OF SKAMANIA COUNTY My Documents / Electric
More informationWhirlwind AA-Bank RAS Modifications
Whirlwind AA-Bank RAS Modifications Edison Team Members: Adrian Franco Electric System Planning Bill Zhang - Protection Engineering Obinna Obah - Power System Controls Hans Bakker - Communications Presentation
More informationMicroFIT-Generation Connection Application For Connection of Micro-Generation Facilities of 10 kw
This application is applicable to individual or multiple generating units at the Applicant s facility with total nameplate rating of 10 kw or less. The applicant s generation facility must generate electricity
More informationSTANDARD INTERCONNECTION AGREEMENT FOR RENEWABLE GENERATION SYSTEM
STANDARD INTERCONNECTION AGREEMENT FOR RENEWABLE GENERATION SYSTEM This Agreement is made and entered into this day of, 20, by and between, (hereinafter RGS Owner ), located at in, Florida, and Utility
More informationSHORT-TERM OPERATING RESERVE DESPATCH PROCEDURE STOR DESPATCH PROCEDURE. for Non-Balancing Mechanism Participants
SHORT-TERM OPERATING RESERVE DESPATCH PROCEDURE STOR DESPATCH PROCEDURE for Non-Balancing Mechanism Participants Version 1.3 reviewed December 2008 ASP1 CONTENTS PART 1 - STOR DESPATCH INTRODUCTION...1
More informationCustomer Information Packet on Net(B) Metering SYSTEM MUST BE OWNED AND OPERATED BY CUSTOMERS OF WAKEFIELD MUNICIPAL GAS AND LIGHT DEPARTMENT
Net(B) Metering Customer Information Packet on Net(B) Metering SYSTEM MUST BE OWNED AND OPERATED BY CUSTOMERS OF WAKEFIELD MUNICIPAL GAS AND LIGHT DEPARTMENT 1. Cover Letter to Customers 2. What is Net(B)
More informationCentral Texas Electric Cooperative, Inc. Tariff for Electric Service
340 Interconnection with Distributed Generation Section 340 of this tariff and all subsections thereof apply to the interconnection and parallel operation of all qualifying (QF) and non-qualifying (NQF)
More informationSnapping Shoals EMC Distributed Generation Basic Interconnection Requirements and Conditions Effective January 12, 2016
POLICY 1647. Snapping Shoals EMC Distributed Generation Basic Interconnection Requirements and Conditions Effective January 12, 2016 GENERAL: This document provides standards, rules, specifications, testing
More informationNet Metering Interconnection Standards
Net Metering Interconnection Standards FOR Interconnection of Electric Generators (GENERATING CAPACITY OF NOT MORE THAN 100 KILOWATTS) Table of Contents Chapter 1 Purpose and Scope Pg 3 Chapter 2 Application
More informationStandard for Interconnecting Small Generation 100 kw or Less with Electric Power Systems (EPS) 1. Overview:
SOUTH CAROLINA COOPERATIVES Standard for Interconnecting Small Generation 100 kw or Less with Electric Power Systems (EPS) 1. Overview: This Standard contains the requirements, in addition to applicable
More informationIssued by authority of an Order of the Public Service Commission of Kentucky Executive in Director Case No , Dated January 8,2009.
Nalin RECC Elizabethtown, KY 42701-6767 Original Sheet No. 78.1 CANCELING PSC ICY NO. RATES SCHEDULE NM-NET METERING AVAILABILITY OF NET METERING SERVICE Net Metering is available to eligible member-generators
More informationSTANDARD INTERCONNECTION AGREEMENT FOR INTERCONNECTED CUSTOMER-OWNED BATTERY SUBSYSTEMS 1 KW OR MORE
STANDARD INTERCONNECTION AGREEMENT FOR INTERCONNECTED CUSTOMER-OWNED BATTERY SUBSYSTEMS 1 KW OR MORE This Agreement is made and entered into this day of, 20, by and between, (hereinafter called "Customer"),
More informationJefferson Energy Cooperative Policy 124 DISTRIBUTED GENERATION POLICY
DISTRIBUTED GENERATION POLICY I. OBJECTIVE This document establishes the terms and conditions for the interconnection of distributed generation facilities and for providing net energy metering services
More informationARKANSAS PUBLIC SERVICE COMMISSION
6 th Revised Sheet No. 29.1 Schedule Sheet 1 of 10 Replacing: 5 th Revised Sheet No. 29.1 29.0. CHARGES RELATED TO CUSTOMER ACTIVITY (RULES of PRACTICE and PROCEDURE ( RPP ) 7.03(c)(2)) 29.1. REGULATORY
More informationSTANDARD TRANSMISSION CONSTRUCTION AND INTERCONNECTION AGREEMENT BETWEEN TRES AMIGAS, LLC AND PUBLIC SERVICE COMPANY OF NEW MEXICO
STANDARD TRANSMISSION CONSTRUCTION AND INTERCONNECTION AGREEMENT BETWEEN TRES AMIGAS, LLC AND PUBLIC SERVICE COMPANY OF NEW MEXICO TABLE OF CONTENTS RECITALS 1 ARTICLE 1. DEFINITIONS... 3 ARTICLE 2. EFFECTIVE
More informationSuperseding REVISED Sheet No. 38 REVISED SHEET NO. 38 Effective March 20, 2008 Effective February 6, 2014 RULE NO. 18. Net Energy Metering
Superseding REVISED Sheet No. 38 REVISED SHEET NO. 38 Effective March 20, 2008 Effective February 6, 2014 A. ELIGIBLE CUSTOMER-GENERATOR RULE NO. 18 Net Energy Metering Net energy metering is available
More informationThe second effective date allows entities time to comply with Requirements R1, R2, R4, R5, R6, and R7.
Effective Dates Generator Owners There are two effective dates associated with this standard. The first effective date allows Generator Owners time to develop documented maintenance strategies or procedures
More informationSection 25 COGENERATION AND SMALL POWER PRODUCTION Effective Date: June 15, 2016
Section 25 COGENERATION AND SMALL POWER PRODUCTION Allamakee-Clayton Electric Cooperative is a member of Dairyland Power Cooperative, a generation and transmission cooperative ("G&T") and obtains all of
More informationBANDERA ELECTRIC COOPERATIVE, INC. Tariff for Electric Service. Sheet No. Section III 1.0
1.0 340. Small Power Production Sections 340-345 of this tariff apply to the interconnection and parallel operation of all small power generating installations. All installations must meet all system performance
More informationFAC Transmission Vegetation Management. A. Introduction
A. Introduction 1. Title: Transmission Vegetation Management 2. Number: FAC-003-4 3. Purpose: To maintain a reliable electric transmission system by using a defensein-depth strategy to manage vegetation
More informationMODEL INTERCONNECTION PROCEDURES
MODEL INTERCONNECTION PROCEDURES 2009 EDITION Introduction IREC first developed model interconnection procedures in 2005 in an effort to capture emerging best practices in this vital area. Since that time,
More informationPOLICY NO I. INTRODUCTION
POLICY NO. 300.11 SUBJECT: Distributed Generation Policy I. INTRODUCTION A. This policy shall apply to the interconnection and extended parallel operation of all qualifying distributed generation installations
More informationRUGGEDCOM Modules. Preface. Introduction 1. Power Supply Modules 2. Copper Ethernet Modules 3. Fiber Optic Ethernet Modules 4
Preface Introduction 1 RUGGEDCOM Modules Power Supply Modules 2 Copper Ethernet Modules 3 Fiber Optic Ethernet Modules 4 Precision Time Protocol (PTP) Modules 5 Blank Modules 6 For RSG2488, RSG2488F 10/2018
More informationStandard PRC-004-3(x) Protection System Misoperation Identification and Correction
Standard PRC-004-3(x) Protection System Misoperation Identification and Correction Standard Development Timeline This section is maintained by the drafting team during the development of the standard and
More informationPalmetto Electric Cooperative, Inc. Standard for Interconnecting Distributed Resources Less Than 2 MVA With Cooperative s Electric Systems (CES)
1. Overview: Palmetto Electric Cooperative, Inc. Standard for Interconnecting Distributed Resources Less Than 2 MVA With Cooperative s Electric Systems (CES) This Standard sets forth the requirements,
More informationSTANDARD INTERCONNECTION AGREEMENT Fayetteville Public Works Commission
STANDARD INTERCONNECTION AGREEMENT Fayetteville Public Works Commission This STANDARD INTERCONNECTION AGREEMENT, (the Agreement ), is entered into this day of, 20 by and between, hereinafter called Customer
More informationDistributed Generation Basic Interconnection Requirements and Conditions Effective April 1, 2006
Distributed Generation Basic Interconnection Requirements and Conditions Effective April 1, 2006 These rules are intended to outline the requirements for interconnecting a Distributed Generation Facility
More informationNET ENERGY METERING AND INTERCONNECTION AGREEMENT
NET ENERGY METERING AND INTERCONNECTION AGREEMENT This Net Energy Metering and Interconnection Agreement (the Agreement ), dated,, (the Effective Date ), is entered into by and between the CITY OF PALO
More informationThe following Information Requests pertain to the spreadsheet file Attachment_H- 1_Formula_Rate_2015_-Run_1_posted_ _(effective_ ) :
TGST 1-1: Refer to PNM S 2014 FERC Form 1 page 207, line 50, Account 353 Station Equipment, please provide a description of significant projects ($5 million or more) contributing to the increase of approximately
More informationContents Introduction Chapter 1 - Security Policy... 6
Policy statement Contents Introduction... 5 PURPOSE... 5 SYSTEM OPERATOR POLICIES TO ACHIEVE THE PPOS and dispatch objective... 5 Avoid Cascade Failure... 5 Frequency... 6 Other Standards... 6 Restoration...
More informationConnection and Use of System Charge Methodology Statement ("Condition 25 Statement")
Connection and Use of System Charge Methodology Statement ("Condition 25 Statement") Revised Effective Date: 1 st January 2016 Approved by the Authority for Electricity Regulation, Oman Connection and
More informationImplementation of BAL Dede Subakti
Implementation of BAL-002-2 Dede Subakti Agenda Background information Impact assessment Issue statement Implementation options Request for comments Page 2 Background Information NERC BAL-002-2 was approved
More informationSection 25 COGENERATION AND SMALL POWER PRODUCTION Electric Tariff Third Revised Sheet No. 1 Filed with IUB Cancels Second Revised Sheet No.
Electric Tariff Third Revised Sheet No. 1 Filed with IUB Cancels Second Revised Sheet No. 1 Cooperative is a member of Corn Belt Power Cooperative "Corn Belt") and Central Iowa Power Cooperative ("CIPCO").
More informationCalifornia Independent System Operator Corporation Fifth Replacement FERC Electric Tariff
Table of Contents 10. Metering... 2 10.1 General Provisions... 2 10.1.1 Role of the CAISO... 2 10.1.2 Meter Data Retention by the CAISO... 2 10.1.3 Netting... 3 10.1.4 Meter Service Agreements... 4 10.1.5
More informationELECTRIC COOPERATIVE INTERCONNECTION AND PARALLEL OPERATION AGREEMENT FOR DISTRIBUTED GENERATION RATED 2 MW AND LESS
ELECTRIC COOPERATIVE INTERCONNECTION AND PARALLEL OPERATION AGREEMENT FOR DISTRIBUTED GENERATION RATED 2 MW AND LESS This Interconnection Agreement ( Agreement ) is made and entered into this day of, 20,
More informationWECC Criterion TPL-001-WECC-CRT-3.1
WECC Criterion TPL-001-WECC-CRT-3.1 A. Introduction 1. Title: Transmission System Planning Performance 2. Number: TPL-001-WECC-CRT-3.1 3. Purpose: To facilitate coordinated near-term and long-term transmission
More informationStandard Interconnection Agreement for Customer-Owned Renewable Generation System
Standard Interconnection Agreement for Customer-Owned Renewable Generation System This Agreement is made and entered into this day of, 20, by and between, (hereinafter called "Customer"), located at in,
More informationOPERATIONAL INVESTMENTS
EB-0-0 Tab Schedule Page of OPERATIONAL INVESTMENTS REACTIVE CAPITAL Reactive capital investment includes funds for the replacement of failed distribution components and the restoration of system reliability.
More informationINTERCONNECTION AGREEMENT FOR NET BILLING FOR RENEWABLE ELECTRICAL GENERATING FACILITIES OF ONE MEGAWATT OR LESS
INTERCONNECTION AGREEMENT FOR NET BILLING FOR RENEWABLE ELECTRICAL GENERATING FACILITIES OF ONE MEGAWATT OR LESS TABLE OF CONTENTS SECTION TITLE PAGE 1. CUSTOMER-GENERATOR RENEWABLE ELECTRICAL GENERATING
More information