E-3E1 (NSPI) RIRs to IR-1 to IR-69
11 passages
range in size. The two largest LDCs are Toronto Hydro and Hydro One, both with over 500,000 customers. In comparison, Atikokan Hydro, one of the smallest LDCs, has just over 1,600 customers. Electricity Generation Ontario is a summer peaki...
AI summary The text discusses the size of LDCs in Ontario, highlighting Toronto Hydro and Hydro One as the largest with over 500,000 customers, and Atikokan Hydro as one of the smallest with just over 1,600 customers. It also outlines Ontario's electricity generation, consumption by sector, and the history of energy efficiency programs in the province.
Table 1. Documents and Tracking/Database System Reviews KEY: = Highest priority items = Full review = Review focused on updated sections Data Source Representative Indicators / Evaluation Questions 1 to 3 Subsequent Years Years Brand guide...
AI summary The text outlines a table for reviewing documents and tracking systems, focusing on brand guidelines, management plans, integrated marketing plans, and campaign plans. Priority items include updated documents with rationale, situation analysis, goals, strategies, and budget details.
ower • If using the optional Steffes Power Line Carrier Trans- ceiver or Steffes Time Clock Module for peak control, the direct wiring shown here is not necessary. Line Voltage Field Connections and Circuit Phasing • The breakers on the Co...
AI summary The text provides technical instructions for installing and configuring electrical components, including wiring for power line carrier transceivers, time clock modules, and circuit breakers on the Comfort Plus unit. It outlines breaker functions and recommendations for phase-balancing in 3-phase applications.
Model 6140 Model 7140 Downflow configuation is available with the addition Unit is factory configured for left side plumbing of the optional downflow kit accessory. In downflow attachment only. configuration, the furnace must be instal...
AI summary The text describes installation and configuration details for two furnace models, highlighting downflow configuration options, plumbing configurations, and ventilation considerations for optimal performance and accessibility.
configured for multiple circuit, single phase connections. If single feed is desired, a Step Down Transformer Specifications single feed kit is available from the factory. Primary Secondary KVA Application Winding Winding Rating Phase bala...
AI summary The text discusses transformer specifications and installation considerations, including phase balancing recommendations for 3-phase applications and the availability of single feed kits for single-phase connections.
E W/E Air Speed R1 Comfort Plus R C J1 J2 J3 J4 Y1 W LV Circuit Board C D D2 A B
AI summary The text contains a diagram or schematic with labels such as 'R1', 'Comfort Plus', 'J1', 'J2', 'J3', 'J4', 'Y1', 'LV Circuit Board', 'C', 'D', 'D2', 'A', and 'B'. It appears to represent a technical illustration, possibly related to electrical systems or infrastructure.
R2 D2 LV Circuit Board P10 D1 P5 P6 P7 RLY1 D6 Fid 2 D4
AI summary The text contains a diagram or schematic with labels such as 'R2', 'D2', 'LV Circuit Board', and various components like 'RLY1', 'D6', and 'Fid 2'. It appears to be related to electrical infrastructure or circuit design.
Primary Water Loop Plumbing Typical System Plumbing The Comfort Plus Hydronic Commercial Unit There are many ways to connect plumbing must be plumbed with a primary water loop and regulate temperature of water supplied consisting of a...
AI summary The document describes the plumbing requirements for the Comfort Plus Hydronic Commercial Unit, emphasizing the need for a primary water loop with specific pipe length and pump specifications. It also outlines typical plumbing schematics and valve configurations for system operation.
peration Red Loop Pump attachment only. Comfort Plus Hydronic Exchanger Piping MUST Air Handler Applications Air Separator Be Supported Air Vent Secondary Loop Primary Loop Expansion Low Temp Radiant Zones Tank Zone Primary White Orange Co...
AI summary The text describes a piping system configuration involving a primary and secondary loop, air handler applications, and components such as air separators, expansion tanks, and zone connections. It emphasizes the need for proper support of piping and includes color-coded zones for low temperature radiant heating.
tion Loop Pump Red Optional High Temp Outlet Water Temperature and Comfort Plus Pressure Relief Valve Inlet Junction Box Hydronic Exchanger (Consult Local Code) (Factory Supplied)
AI summary The text describes a loop pump system with components such as a temperature and pressure relief valve, junction box, and hydronic exchanger, highlighting optional features like high temp outlet and comfort plus.
G E Utility On-Peak/Off-Peak Connections Y Y
AI summary The text references 'Utility On-Peak/Off-Peak Connections,' indicating a discussion around utility connections during peak and off-peak periods, which may relate to grid management or demand-side management practices.
E-52018 DSM Evaluation Reports
4 passages
Type Number of single doors Have the doors been placed in the correct wall section/location? Windows in doors (orientation, type)? Double doors or door assemblies (rough opening measurements)? Was the buffering effect added appropriately?...
AI summary The text presents a table with questions related to building efficiency and foundation modeling, focusing on factors such as door placement, window orientation, foundation configuration, and wall construction details. The table includes criteria for assessing the significance of errors in these areas.
Simulation Model Review In addition to the project file review, Technosim performed a simulation model review for the four sampled New Construction projects. This activity involved comparing the simulation model against as-built drawings a...
AI summary Technosim conducted a simulation model review for four New Construction projects by comparing the model with as-built drawings and on-site verification results, focusing on fuel sources, building dimensions, envelope characteristics, weather data, and equipment details.
VSD 1 VSD 2 Validate that the new VSDs do not replace old VSDs? Validate that the new VSDs are operational? If not, why and since when? Was the VSD commissioned? (Y/N): What is VSD using as feedback mechanism? (VSD either modulates speed t...
AI summary The document includes a table for validating new Variable Speed Drives (VSDs), asking about their operation, commissioning status, feedback mechanisms, motor horsepower, equipment type, usage hours, and manufacturer details. It also mentions a section on Heating, Ventilation, and Air Conditioning (HVAC).
Table 25: Total Peak Demand Savings Associated with the Introduction of the Building Code Regulation for Large Buildings, Condos and Apartments Building Type Demand-to-energy Ratio (MW/GWh) Total Peak Demand Savings at the Meter in 2018 (M...
AI summary Table 25 presents the total peak demand savings associated with the introduction of the Building Code Regulation for various building types in 2018. The table shows the demand-to-energy ratio and the corresponding peak demand savings for multi-unit residential, small commercial, large commercial, and industrial buildings.
E-17E1 (SBA) RIR-1 to RIR-49
4 passages
Date Filed: May 13, 2019 ENSC Commercial Baseline Survey Site # orm 17 7. Site Information (Survey Area Only) 32. Number of Floors 33. Total SURVEYED Floor Space, ft2 Primary Function Areas & Area ID # Assignments: (Identify no more than s...
AI summary The document contains a table for collecting site information related to a commercial baseline survey, including details about floor numbers, surveyed floor space, and primary function areas with assigned area IDs. The table is partially filled and includes placeholders for data entry.
12. HVAC – Multiple Zone Systems N/A □ S# Seq #_ Seq #_ _ Seq# Seq # Distribution Systems _ _ 135. Type: DD = Dual Duct CV = Constant Volume Reheat OT = Other DF = Dual Fan Dual Duct ( DD CV DT 7 MZ VAV DF ( DD CV DT 37 MZ VAV DF O, O, V M...
AI summary This section of the document provides a detailed table with various technical specifications related to HVAC systems, including system types, ages, control mechanisms, fan details, motor efficiency, and energy recovery features. It includes data on air handlers, supply and return fans, and economizer usage.
16. Circulation Pumps for Chillers □ N/A Seg# Seq# Seq#_ Seq#_ 214.Use type: CHW = Chilled Water SCHW = Secondary Chilled Water CHHW = Chilled/Hot Water (2-pipe system) CW = Condenser CHW SCHW CHHW CW CHW SCHW CHHW CW CHW SCHW CHHW CW 215....
AI summary The document includes tables and fields related to circulation pumps for chillers and heat rejection systems, specifying parameters such as pump types, power, motor efficiency, and control mechanisms. These details are part of a regulatory proceeding in Nova Scotia.
Motor Codes Service Type Control Type NEMA Type Drive Type Duty Type P : Pump T: Throttled/Dampered ODP =Open Drip AC: AC C : Constant F: Fan/Blower M: Mechanical VSD Proof DCS: DC w/ SCR V: Variable M: Material Handling/conveyor E: Electr...
AI summary The document provides a table outlining motor codes related to service types, control types, NEMA types, drive types, and duty types. It includes various categories such as pumps, fans, material handling, and others, along with corresponding technical specifications.
E-23NSPI (IG) RIR-1 to RIR-10 - Redacted
9 passages
2020-2022 DSM IG IR-05 Attachment 1 Page 59 of 158 REDACTED (CONFIDENTIAL INFORMATION REMOVED) 1 In 2018, line L-6513 between Onslow and Springhill will be rebuilt and re-named as L-2 6613. This work will impact the current import and expo...
AI summary In 2018, line L-6513 between Onslow and Springhill will be rebuilt and renamed as L-2 6613, which will affect current import and export levels with New Brunswick.
3.1 Short Circuit The NSPI design criteria for maximum system fault capacity (three phase, symmetrical) is 5,000 MVA on 138kV and 3,500 MVA on 69kV. Short circuit analysis was performed using Aspen OneLiner V11.8, classical fault study, 3L...
AI summary The NSPI design criteria for maximum system fault capacity are 5,000 MVA on 138kV and 3,500 MVA on 69kV. A short circuit analysis was conducted using Aspen OneLiner V11.8 to determine the short-circuit levels at wind farm buses in Nova Scotia, ensuring that the Maritime Link project's network upgrades did not exceed equipment design limits.
2020-2022 DSM IG IR-05 Attachment 1 Page 90 of 158 2018 10 Year System Outlook Report Appendix B Page 16 of 84 2017 NRIS Wind Study backbone of the system saw marginal increases in short circuit level at their Point of Interconnection, but...
AI summary The 2017 NRIS Wind Study indicates that the backbone of the system experienced marginal increases in short circuit level at points of interconnection, but remained within design criteria ratings.
Appendix A Transmission Connected Wind Farms: 1-Line Diagrams 2018 10 Year System Outlook Report Appendix B Page 28 of 84 2020-2022 DSM IG IR-05 Attachment 1 Page 102 of 158 REDACTED (CONFIDENTIAL INFORMATION REMOVED) 2018 10 Year System O...
AI summary This document contains appendices related to transmission connected wind farms, 10-Year System Outlook Reports, and a 2017 NRIS Wind Study. It includes figures and diagrams, as well as references to demand-side management (DSM) initiatives and other technical reports. Portions of the text have been redacted as confidential information.
Appendix C Distributed Generation – Bus Load Adjustments
AI summary Appendix C discusses adjustments to bus load related to distributed generation. These adjustments are critical for accurately representing the impact of distributed energy resources on the electrical grid.
2020-2022 DSM IG IR-05 Attachment 1 Page 121 of 158 2018 10 Year System Outlook Report Appendix B Page 47 of 84 PSS/e Load Data 2021LL Case Distri bution Ge neration (MW) Net MW at F. 1. 3.4 199325 36V-HILLATON69.000 0.27 0.21 0.00 0.3 0.2...
AI summary The text presents a table containing PSS/e load data with details such as voltage levels, locations, and generation capacities for various sites. The table includes columns for case numbers, distribution, generation in MW, and net MW at different points. This data appears to be part of a larger report on system outlook and planning.
70% PSS/e Load Data 2021SUM Case Distri bution Ge neration (MW) Net MW at Fet Muser 199351 12V-LEQUILLE69.000 4.89 1.62 2 2.00 3.5 1.40 199355 70V-BRIDGTWN69.000 5.26 1.74 0.00 5.3 1.74 199359 65V-MIDDLETN69.000 7.46 2.14 0.00 7.5 2.14 199...
AI summary The text presents a table containing load data from PSS/e for 2021SUM and 2021WIN, including details such as bus numbers, names, generation and distribution values, and net MW at various points. The data includes different types of generation, such as wind, biogas, biomass, hydro, and tidal, along with associated MW and Mvar values.
2020-2022 DSM IG IR-05 Attachment 1 Page 148 of 158 2018 10 Year System Outlook Report Appendix B Page 74 of 84 El- men +c I Load Flow Conting oncios d Flow Case out. ,,,,,,, penuix D EIE mer 113 4 LOAU FIOW CONTING encies 1 1 7071 rog u F...
AI summary This document contains a table from the 2018 10 Year System Outlook Report, focusing on load flow cases and system contingency studies. It includes details about various stations, breakers, lines, buses, and transformers, as well as load flow statuses for different scenarios.
2020-2022 DSM IG IR-05 Attachment 1 Page 153 of 158 2018 10 Year System Outlook Report Appendix B Page 79 of 84 2016 B DS/ RFS Flai mant 2021 Dynamics Conti ngencies ngencies S ,,,,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, rage 17 2010 B...
AI summary The text presents a table with data from a 2018 10 Year System Outlook Report, including details about various stations, equipment, and system dynamics for different years and scenarios. The table includes information on station components, system performance, and various system outlook scenarios.