E-2Evidence of ENSC as DSM Administrator
12 passages
3.1 Efficient Product Rebates The Efficient Product Rebates category is intended to secure cost-effective electrical energy savings for customers in the retrofit and new construction markets, through promotion and rebates on high-efficienc...
AI summary The Efficient Product Rebates program, managed by ENSC, aims to reduce energy costs for customers through rebates and financing for high-efficiency equipment. It combines the Business Energy Rebates (BER) and Smart Lighting Choices (SLC) programs in 2012, targeting retrofit and new construction markets. BER offers prescriptive rebates for reliable energy-saving equipment, focusing on sectors like lighting, HVAC, and refrigeration, with eligibility for businesses and multi-unit residential buildings.
KEY COMPONENTS
AI summary The document outlines key components of a regulatory proceeding in Nova Scotia, including acronyms related to energy management, utility regulation, and efficiency programs. It provides definitions for terms used in proceedings involving energy conservation, cost recovery, and utility oversight.
Introduction This report presents the results of the 2011 Socket Study conducted by Corporate Research Associates Inc. on behalf of Efficiency Nova Scotia. The overall goal of this study was to determine market penetration of energy effici...
AI summary This 2011 Socket Study by Corporate Research Associates Inc. for Efficiency Nova Scotia assesses energy-efficient lighting (CFL, LED) market penetration in Nova Scotia. The study involved an online survey of 1,004 residents, in-home verification visits, and analysis of lighting usage and adoption intentions. Results are weighted to reflect population parameters and include data tables and methodology details.
Walked Around Home to Count Number of Light Bulbs
AI summary The document references an individual's action of walking around their home to count light bulbs, potentially related to energy efficiency assessments or Demand Side Management (DSM) initiatives. This activity may inform regulatory proceedings involving energy conservation measures, cost recovery, or program evaluation under Nova Scotia's energy management framework.
Energy Efficient Permanent Light Fixture Bulbs Use of energy efficient CFL or LED permanent light fixture bulbs is more prominent among residence owners, Nova Scotians who do not live in apartments, residents 35 years of age or older, hous...
AI summary The text highlights demographic trends in the adoption of energy-efficient CFL and LED bulbs in Nova Scotia, noting higher usage among older residents, higher-income households, and non-apartment dwellers. It also observes that LED bulbs remain less popular than CFLs in permanent light fixtures, with data referenced in tables A3a-d.
Permanent Light Fixture Bulb Types In identifying the market penetration of energy efficient lighting in Nova Scotia, it is notable that the use of CFL bulbs is vastly more popular than the use of LED bulbs in permanent light fixtures. As...
AI summary In Nova Scotia, CFL bulbs dominate permanent light fixtures (48%) over LEDs (4%). Energy-efficient residents, including homeowners, single-detached dwellers, and higher-income households, are more likely to use CFLs or LEDs. Demographic factors like age, heating sources, and income influence bulb adoption.
Energy Efficient Outdoor Light Bulbs Approximately one-half of outdoor light bulbs are energy efficient CFLs or LEDs. Such energy efficient outdoor light bulbs are more common on the properties of homeowners, women, and residents who heat...
AI summary Approximately 50% of outdoor light bulbs are energy efficient (CFL or LED), with LEDs being more common outdoors than in other fixtures. CFLs make up 37%, LEDs 10%, and regular bulbs 53%. LEDs are more prevalent among homeowners, women, and those using alternative heating sources. (Tables A9a-d)
Outdoor Light Bulb Types Energy efficient light bulbs are used more commonly by residents who own their dwelling (instead of renting), and among Nova Scotians who use energy sources other than electricity or oil to heat their homes. The fo...
AI summary The document discusses factors influencing the adoption of energy-efficient outdoor light bulbs in Nova Scotia, noting higher usage among homeowners and residents using non-electric/oil heating. A table outlines resident characteristics correlated with specific bulb types, highlighting ownership and heating source impacts.
Permanent Light Fixture Bulbs Permanent light fixture bulbs are the most common across Nova Scotia, with slightly more than onehalf being used on a typical day. As noted above, Nova Scotia residents have an overall mean average of 26 perma...
AI summary Permanent light fixture bulbs are the most common in Nova Scotia, with residents averaging 26 bulbs. 37% have fewer than 20, 31% have 20-29, and 33% have 30 or more. This data highlights distribution patterns across households.
Panel vs. Site Visit Analysis CFL Regular LED Panel Survey Site Visit Diff erence Panel Survey Site Visit Diff erence Panel Survey Site Visit Diff erence Permanent 14.3 14.8 ↑0.5 13.2 24.1 ↑10.9 1.5 .3 ↓1.2 Plug-in 3.7 3.8 ↑0.1 2.6 4.8 ↑2....
AI summary The text presents a comparison between panel survey results and site visit data for Compact Fluorescent Lamps (CFLs), including differences in measurements for permanent, plug-in, and outdoor lighting. It highlights variations in performance metrics between the two methods.
Estimate of number of light bulbs Permanent Regular Plug-In Regular Outdoor Regular Underestimated by 11+ 43% 2% 8% Underestimated by 3-10 29% 37% 5% Correctly estimated within 2 17% 50% 78% Overestimated by 3-10 7% 8% 9% Overestimated by...
AI summary The table estimates the accuracy of bulb counts for different types of light bulbs, showing that the majority of permanent regular bulbs were correctly estimated, while plug-in and outdoor bulbs had higher rates of underestimation.
Residents are generally correct when estimating the number of LED bulbs in their home, with at least three-quarters of residents correctly estimating their permanent, plug-in and outdoor LED light bulbs.
AI summary Residents in Nova Scotia are generally accurate in estimating the number of LED bulbs in their homes, with at least 75% correctly identifying their permanent, plug-in, and outdoor LED light bulbs.
E-2(r)Revised ENSC Evidence
16 passages
3.1 Efficient Product Rebates The Efficient Product Rebates category is intended to secure cost-effective electrical energy savings for customers in the retrofit and new construction markets, through promotion and rebates on high-efficienc...
AI summary ENSC's Efficient Product Rebates aim to reduce customer costs for energy-efficient technologies through rebates and financing, targeting retrofit and new construction markets. The Business Energy Rebates (BER) program combines previous initiatives and offers prescriptive rebates for equipment with measurable energy savings, focusing on market-driven opportunities and specific industries.
ASSESSMENT OF ENSC'S FRAMEWORK
AI summary The document outlines the assessment of Efficiency Nova Scotia Corporation's (ENSC) framework by the Nova Scotia Utility and Review Board (UARB), involving stakeholders such as Nova Scotia Power Inc. (NSPI) and the Program Development Working Group (PDWG). Key considerations include DSM programs, cost recovery mechanisms, and compliance with regulatory tests like the Total Resource Cost Test (TRC) and Program Administrator Cost Test (PAC).
Efficiency Nova Scotia Corporation Cost Allocation Report
AI summary Efficiency Nova Scotia Corporation (ENSC) submitted a cost allocation report, detailing its programs and cost recovery mechanisms, likely in response to regulatory oversight by the Nova Scotia Utility and Review Board (UARB). Key programs include Demand Side Management (DSM) and Business Energy Rebates (BER), with references to regulatory tests like the Total Resource Cost Test (TRC).
KEY COMPONENTS
AI summary The document outlines key components and acronyms related to a Nova Scotia regulatory proceeding, including energy efficiency programs, utility regulations, and cost recovery mechanisms. It lists organizations, programs, and technical terms involved in energy management and utility oversight.
Introduction This report presents the results of the 2011 Socket Study conducted by Corporate Research Associates Inc. on behalf of Efficiency Nova Scotia. The overall goal of this study was to determine market penetration of energy effici...
AI summary This report details the 2011 Socket Study by Corporate Research Associates Inc. for Efficiency Nova Scotia, assessing energy-efficient lighting (CFL and LED) market penetration and transformation. Methods included an online survey of 1,004 Nova Scotians and 50 in-home bulb counts, with results weighted by region and housing type.
Energy Efficient Permanent Light Fixture Bulbs Use of energy efficient CFL or LED permanent light fixture bulbs is more prominent among residence owners, Nova Scotians who do not live in apartments, residents 35 years of age or older, hous...
AI summary The text highlights that energy-efficient CFL and LED bulbs are more commonly used by older Nova Scotian residents, higher-income households, and those using non-oil/electric heating. Current data shows a balanced mix of regular and CFL bulbs, but LEDs remain less popular. (Tables A3a-d)
Permanent Light Fixture Bulb Types In identifying the market penetration of energy efficient lighting in Nova Scotia, it is notable that the use of CFL bulbs is vastly more popular than the use of LED bulbs in permanent light fixtures. As...
AI summary The document highlights that CFL bulbs dominate (48%) over LED bulbs (4%) in Nova Scotia's permanent light fixtures. Energy-efficient residents, including homeowners, single-detached dwellers, and higher-income households, are more likely to use CFLs or LEDs. Demographic factors like age, heating sources, and income influence bulb preferences.
Residents who are more likely to use CFL bulbs for more than one-half of their permanent light fixture bulbs include those who own their place of residence. However, it is notable that those who do not own their place of residence display...
AI summary The text discusses the correlation between residential ownership, income levels, and heating sources with the use of compact fluorescent lamps (CFLs) in permanent light fixtures. Higher-income households are more likely to have at least one CFL, while middle-income households are most likely to have all bulbs replaced with CFLs. Residents using non-electric heating sources are more likely to use CFLs extensively.
Energy Efficient Plug-in Lamp Bulbs Plug-in lamp bulbs are less common than permanent light fixture bulbs. The usage of energy efficient bulbs is more commonplace in households of middle-aged residents, and among those who heat their homes...
AI summary The document discusses the usage patterns of energy-efficient plug-in lamp bulbs in Nova Scotia, noting their lower prevalence compared to permanent fixtures. Middle-aged residents and those using non-oil/electric heating are more likely to adopt energy-efficient bulbs. Plug-in lamps typically use a mix of regular and CFL bulbs, with LEDs being less popular.
Energy Efficient Outdoor Light Bulbs Approximately one-half of outdoor light bulbs are energy efficient CFLs or LEDs. Such energy efficient outdoor light bulbs are more common on the properties of homeowners, women, and residents who heat...
AI summary Approximately half of outdoor light bulbs are energy efficient (CFLs or LEDs), with LEDs being more common outdoors than in other fixtures. The text notes demographic trends, such as higher adoption among homeowners and those using alternative heating sources.
Permanent Light Fixture Bulbs Permanent light fixture bulbs are the most common across Nova Scotia, with slightly more than onehalf being used on a typical day. As noted above, Nova Scotia residents have an overall mean average of 26 perma...
AI summary Nova Scotia residents have an average of 26 permanent light fixture bulbs, with 37% owning fewer than 20, 31% between 20-29, and 33% owning 30 or more. These bulbs are the most common type in the province.
Household Will Replace Light Bulb Types With… (% Saying Yes, applies) In terms of replacing one light fixture with one that is more energy efficient, the only population difference that emerged was for residents who heat their home with oi...
AI summary The analysis reveals that residents heating with oil are less likely to replace light bulbs with energy-efficient options compared to those using electricity. Residence owners and higher-income households show greater intent to replace bulbs with CFLs, while apartment dwellers are less likely than those in single/detached homes.
Estimate of number of light bulbs Permanent Regular Plug-In Regular Outdoor Regular Underestimated by 11+ 43% 2% 8% Underestimated by 3-10 29% 37% 5% Correctly estimated within 2 17% 50% 78% Overestimated by 3-10 7% 8% 9% Overestimated by...
AI summary The table estimates the accuracy of bulb counts for different types of light bulbs, showing that permanent regular bulbs were underestimated by 11+ in 43% of cases, while outdoor regular bulbs were correctly estimated within 2 in 78% of cases. LED bulbs are mentioned in the section heading.
Residents are generally correct when estimating the number of LED bulbs in their home, with at least three-quarters of residents correctly estimating their permanent, plug-in and outdoor LED light bulbs.
AI summary Residents are generally accurate in estimating the number of LED bulbs in their homes, with at least three-quarters correctly estimating their permanent, plug-in, and outdoor LED light bulbs.
Rebates
AI summary The 'Rebates' section of the Nova Scotia regulatory proceeding document outlines discussions related to rebate programs and their administration. Key entities include Efficiency Nova Scotia Corporation (ENSC) and Nova Scotia Power Inc. (NSPI), with topics focusing on program cost recovery, utility rebates, and energy efficiency initiatives. No specific claims or cross-references are detailed in the provided text.
Efficiency Nova Scotia Demonstration Homes Laura Sinclair ENSC Program Manager DSM Stakeholder Consultation Session November 3, 2011
AI summary A DSM stakeholder consultation session led by Laura Sinclair, ENSC Program Manager, on November 3, 2011, focused on Efficiency Nova Scotia Demonstration Homes. The session involved discussions around energy efficiency programs, regulatory processes, and stakeholder input.
E-3ENSC 2011 DSM Evaluation Report prepared by Econoler
5 passages
f product. For old magnetic ballasts, a ballast factor value ranging from 1.26 to 1.06 is used depending on the number of lamps, while values ranging from 0.84 to 0.86 are used for new HPT8 ballasts.
AI summary The text discusses ballast factor values for old magnetic ballasts and new HPT8 ballasts, noting ranges from 1.26 to 1.06 for old ballasts and 0.84 to 0.86 for new ballasts, depending on the number of lamps.
age of lights that remain ON when the facility is unoccupied, for each section (Contact declaration): Percent of the time when both lighting and cooling are ON for each section (Contact declaration): Indicate the corresponding cooling syst...
AI summary The text provides a template for collecting data on lighting and cooling/heating systems, including the number of baseline and HPT8 ballasts, dates of installation, and rebate claims. It is part of an evaluation report for the Smart Lighting Choices Program by Efficiency Nova Scotia Corporation.
ion: Total number – Baseline ballasts (Contact declaration): Total number – HPT8 ballasts installed (From database): Total number – HPT8 ballasts installed (On-site validation/Contact declaration): Manufacturer name – Baseline ballast (Sit...
AI summary The text provides detailed data collection forms for assessing lighting systems, specifically baseline ballasts and HPT8 ballasts, including manufacturer details, model numbers, lamp counts, and usage schedules. It is part of an evaluation report for the Smart Lighting Choices Program by Efficiency Nova Scotia Corporation.
icate the corresponding cooling system number for this section (Site validation/Contact declaration): Percent of the time when both lighting and heating are ON for each section (Contact declaration): Indicate the corresponding heating syst...
AI summary This document contains forms related to lighting and heating system validation, including questions about lamp status, replacement plans, and the installation of High-performance T8 lamps. It also references the Smart Lighting Choices Program and Efficiency Nova Scotia Corporation's 2011 evaluation report.
ystem Assessment Fill the next table with proper information on the baseline/new lighting systems installed. Use additional sheets if required. Identify emergency lights as separated lighting systems. Nb. of Lighting Baseline / Nb. of Watt...
AI summary The text provides a template for filling out a table related to lighting systems, including baseline and new systems, with details such as the number of lamps, wattage, operating hours, and control types. The table is designed to assess lighting systems and identify emergency lights as separate systems.
120102012 DSM Evaluation Reports
8 passages
ffectiveness of the campaigns. They reported the challenge that lies in communicating all the necessary information to their store personnel and in involving and engaging them, as indicated by the DA. The success of Instant Savings relies...
AI summary The document discusses the effectiveness of the Instant Savings program, highlighting the importance of retailer collaboration and engagement. It also addresses the need to shift focus from CFLs to LED products due to changing market trends and the high free-ridership level of CFLs. Recommendations include strengthening relationships with retailers and phasing out CFLs.
PR2. What are those products? Any others? [DO NOT READ RESPONSES – CODE AS MANY AS APPLY] - 1. (Regular or specialty CFLs)
AI summary The document asks about the types of products, specifically regular or specialty compact fluorescent lamps (CFLs), and whether there are any others. It instructs not to read responses and to code as many as applicable.
1. Same [GO TO L4] 2. Lower [GO TO L2a] 98. (Don't know) [GO TO L4] 99. (Refused) [GO TO L4] [IF ANSWERED SAME] I just want to make sure I understand well. Without the program and its incentive, you would have sold the same number of LED l...
AI summary The text includes a question about the impact of a program and its incentive on the sale of LED lighting systems compared to standard lighting systems, with a reference to a tracking report methodology.
Validate if lamps are still installed and not burnt: If some are burnt or missing, indicate how many: When was the lamp removed or when did it burn? Is the facility manager planning to have them replaced? If, not why? Are they OK with the...
AI summary The text presents a table for validating the installation status of lamps, including whether they are still installed, burnt, or missing, and whether they are planned for replacement. It also asks about the facility manager's stance on reduced light levels if replacement is not planned.
New equipment installed Baseline equipm ent Nur nber Wa attage Address Nui mber Wa ttage A . L. P.C L Туре Tracking Sheet On-Site validation Tracking Sheet On-Site validation Additional information Туре Tracking Sheet On-Site validation Tr...
AI summary The text presents a table with information about new equipment installed and baseline equipment, including details such as types of lighting (e.g., LED, T8, T12) and on-site validation. The table includes references to tracking sheets and additional information, but no specific claims or arguments are made.
Tracking Sheet SBES 4. Specify the detailed characteristics of each lighting product: The current tracking sheet does not specify some of the characteristics of the old or new lighting products. In fact, such details as the number of lamps...
AI summary The tracking sheet SBES lacks detailed specifications for lighting products, such as the number of lamps per fixture, wattage, and ballast factors, which are all compressed into one field. This makes it difficult for evaluators to differentiate similar products and validate wattage values used in savings calculations. The Evaluator recommends adding separate fields for old and new lighting product characteristics.
For lighting products: Product Number in Tracking Sheet Number On-Site Explanation, If Different Type of Lamp Replaced Wattage of Lamp replaced 13W CFL 23W CFL CFL Chandelier 8W CFL Dimmable 14W CFL Dimmable 16W CFL Dimmable
AI summary The text presents a table listing various lighting products, including compact fluorescent lamps (CFLs) and a CFL chandelier, with columns for tracking sheet numbers, on-site numbers, explanations, types of lamps replaced, and wattage of lamps replaced. The table appears to be related to energy efficiency or lighting programs.
Table 18: 2012 Market Size of BR and ER Lamps in Canada and in Nova Scotia Product Class Shipments to Canada in 2012 Shipments to Nova Scotia in 2012 60–85 W BR – residential 3,350,000 shipments 92,500 shipments 86–155 W BR – residential 4...
AI summary Table 18 presents the 2012 market size of BR and ER lamps in Canada and Nova Scotia, highlighting shipment numbers for different wattage classes and usage sectors. The section discusses the portion of the market impacted by energy efficiency standards.