Topic/Matter Intersection

Topic:"Building Efficiency" in M03452

Matter: ENSC-TRAN - Efficiency Nova Scotia - Nova Scotia Power Inc. - Demand Side Management Transition Plan
28 passages 1 document

Building Efficiency across all matters →

064632010 DSM Evaluation Reports 2/28/2011 28 passages
Section 45
he DSM Administrator work to overcome these barriers as a cursory review of statistics from NRCan suggest that there are substantial opportunities for an existing home retrofit program such as EEH. NMR Evaluation 2010 DSM Programs Executiv...

AI summary The 2010 New Houses Program (NH) saw increased participation due to the 2010 Nova Scotia building code raising energy efficiency standards. However, the program's impact on energy efficiency was limited, as participation was largely driven by heat pump incentives rather than overall energy efficiency goals. Free-ridership was also high among builders and homeowners.

Section 83
Program Finding Recommendation New NH-F1. NH-R1. Houses Implementation of the NH program entailed multiple phases and a Under these circumstances, the program has two choices for its Program variety of people were involved in delivering th...

AI summary The New Houses Program's implementation involved multiple phases and stakeholders. Despite a minimum EnerGuide 83 requirement, many homes could meet this by installing heat pumps, making the program function as a heat pump initiative. The program is advised to raise the EnerGuide level to 85 or 90 over time or shift to direct incentives for specific measures to improve cost-effectiveness and efficiency.

Section 84
2. Starting in January 2010, Nova Scotia building code required all new Before designing any future residential new construction energy homes to have a minimum EnerGuide rating of 80. Builders or efficiency programs, the DSM Administrator...

AI summary Starting in January 2010, Nova Scotia required new homes to have a minimum EnerGuide rating of 80. Builders or homeowners had to either have their homes tested or follow prescriptive measures. Building inspectors are key stakeholders in enforcing these energy efficiency requirements and should be involved in future residential programs.

Section 87
system were not used (i.e., incentives for specific measures mentioned in NH-R1 were used instead), this would not be an option. NH-F6. NH-R6. Aside from the HOT 2000 reports and EnerGuide rating, builders The NH program should develop an...

AI summary The text discusses challenges faced by builders in the Nova Scotia Home Energy Program (NH), including confusion over program changes, lack of clear information and training, and uncertainty regarding support for the HOT2000 report. Builders expressed a need for better education, marketing, and clarity on program requirements.

Section 216
renovation market instead. Programmable thermostats may also be promoted in tandem with installations of new HVAC systems.

AI summary The text suggests that programmable thermostats could be promoted alongside new HVAC system installations, focusing on the renovation market.

Section 1044
hose who mentioned a measure, approximately three out of four (74%) expressed an interest in additional building envelope measures such as additional insulation, windows, doors, or roofs. (Table 4-20)

AI summary Approximately 74% of those who mentioned a measure expressed interest in additional building envelope improvements, including insulation, windows, doors, or roofs, as indicated in Table 4-20.

Section 1125
TABLE 4-6: MOST IMPORTANT REASON FOR PARTICIPATING ................................................... 38 TABLE 4-7: OTHER REASONS FOR PARTICIPATING ................................................................... 39 TABLE 4-8: CONCERNS...

AI summary The text lists a series of tables related to participant motivations, concerns, and experiences with the New Home (NH) program, including factors influencing participation, comfort and energy bill impacts, and builder awareness of energy efficiency requirements.

Section 1134
NH-R2. Starting in January 2010, Nova Scotia building code required all new Before designing any future residential new construction homes to have a minimum EnerGuide rating of 80. Builders or energy efficiency programs, the DSM Administra...

AI summary The Nova Scotia building code since 2010 requires new homes to meet an EnerGuide rating of 80. Building inspectors are crucial for enforcing these standards. Marketing for the NH program should continue to emphasize energy cost savings and be expanded through various channels.

Section 1138
Program Administration and Delivery Finding Recommendation NH-F7. NH-R7. The program underwent changes in the past year including changing ENSC should work to provide a cohesive program with its name as well as changes in program requireme...

AI summary The program has undergone changes, including a name change and adjustments to requirements and incentives, leading to confusion among builders regarding support for HOT2000 and the Nova Scotia building code. Builder training sessions were found to lack sufficient detail, and there is a need for improved education and clearer communication about the program's administration.

Section 1161
tock of energy efficient houses across Nova Scotia.  Nova Scotia building code is revised. Building code in the province is revised to be consistent with the widespread adoption of the energy efficient building practices.  Sustained ener...

AI summary The document outlines the impacts of the 2010 New Houses Program in Nova Scotia, including revised building codes, increased demand for energy-efficient homes, sustained energy savings, and avoidance of new generation plant construction.

Section 1175
23,789 EnerGuide rating 83.5 74 Annual Electricity Consumption (kWh) 22,994 33,740 3.2.2 Code Upgrade Baseline Home As previously mentioned, NMR assumed that there was a six month lag between the time a home was permitted and the time that...

AI summary NMR assumed a six-month lag between home permits and completion, leading to the creation of a code upgrade baseline home for homes built after June 30, 2010. This home was modeled to meet new code requirements, including insulation and equipment efficiency standards.

Section 1178
74 80 Annual Electricity Consumption (kWh) 33,740 26,605 20 Nova Scotia Labour and Workforce Development, Nova Scotia Building Code Regulations (Halifax, NS 2009), 112. 21 After adjusting the insulation values and the efficiency of the wat...

AI summary The document discusses energy efficiency improvements in new homes, including adjustments to insulation values, water heating systems, and EnerGuide ratings. It references the Nova Scotia Building Code Regulations and outlines assumptions made for electric heating systems and water heater storage tanks.

Section 1209
upgrade options. Upon completion of construction, the Energy Advisor verified the upgrades that had been completed and notified the homeowners about which rebates that they were eligible to receive. 4.3 Program Communication and Delivery I...

AI summary The document discusses the communication and delivery challenges of the Nova Scotia New Homes (NH) program. It highlights confusion among builders and inspectors due to changes in program support and the discontinuation of the EnerGuide for Existing Houses program. Program staff have taken steps to address this by increasing promotion efforts.

Section 1237
provided in the appendix. (Table B-1) NMR Evaluation—2010 EnerGuide for New Houses Program Page 45 4.8.3 Awareness and Influence of Nova Scotia Energy Efficiency Requirements The survey asked builders about the energy efficiency requiremen...

AI summary The survey indicates that all four builders in Nova Scotia were aware of the 2010 energy efficiency requirements incorporated into the building code. They all had working knowledge of these requirements, though only two had received training on energy efficient construction practices.

Section 1238
d not know where they had received their training. Table 4-16: Training on energy efficient construction practices (Base: Builders) Received training on energy efficient construction practices Builders Sample size 4 Yes 2 No 2 NMR Evaluati...

AI summary The 2010 survey found that only two of four builders had received training on energy-efficient construction practices, and two methods—prescriptive measures and EnerGuide Rating—were used to comply with the new building code, with one builder unsure of their method.

Section 1239
Rating 1 R-2000 Don‘t Know 1 Three builders indicated that before the code went into effect, 100 percent of their houses were constructed to meet or exceed the standards now required by the new code. One builder indicated one percent met o...

AI summary The document discusses builders' experiences with new building code compliance, noting that most were already meeting or exceeding the new standards before the code was implemented. Only one builder reported making changes, which increased building costs. The NH program was rated highly by both builders and homeowners for its value.

Section 1252
customer attention to the program. The ductless heat pump measure was added to the program.  The program builds toward future increases in building code requirements. The program showed that building energy efficient homes was feasible an...

AI summary The 2010 EnerGuide for New Houses Program included the addition of ductless heat pumps and aimed to transform the market by increasing awareness of energy efficiency technologies. However, weaknesses included delays in paperwork submission by builders due to lack of monetary incentives and uncertainty about the program's future following the end of the NH program in 2011.

Section 1276
2 3 4 5 9 from review of home no extremely DK plans influence influential NMR Evaluation—2010 EnerGuide for New Houses Program Page A11 d. The EnerGuide label 1 2 3 4 5 9 and designation itself no extremely DK influence influential Now I w...

AI summary The text includes survey questions about awareness and understanding of recent energy efficiency changes in Nova Scotia's building code, as well as training received on energy-efficient construction practices and methods for compliance.

Section 1325
Builders 13 7 4 1 1 4 1 3 review Homeowners 5 1 3 1 21 10 6 2 1 2 Competence of Energy Builders 13 9 3 1 4 2 2 Advisor Homeowners 5 2 1 1 1 21 10 6 1 1 - 3 Builders 13 8 5 4 1 3 Ease of review process Homeowners 5 2 2 1 21 9 7 1 1 1 2 Repo...

AI summary The text presents data from surveys or assessments related to builders and homeowners regarding their competence with energy advisors, ease of review processes, and recommendations for energy-efficient measures. It includes metrics on how well builders and homeowners perceive the efficiency of homes and the effectiveness of energy recommendations.

Section 1702
building envelope measures responded to the 2010 survey. (Table 3-6) 10 Note that the program makes no distinction between non-profit and for profit companies. NMR Evaluation of 2010 C&I Custom Program Page 22

AI summary The text references a 2010 survey on building envelope measures and mentions that the program does not differentiate between non-profit and for-profit companies. It also references a table and a page number from an evaluation report.

Section 1753
3.6 -17.5 Insulation 57,894 7,031 -50,863 6.7 0.1 -6.6 Total 247,408 251,470 4,062 28.4 3.7 -24.7 3.0 Project Overview As mentioned in Section 2.0, this project consisted of lighting, HVAC, and building shell measures. The lighting compone...

AI summary The project involved lighting, HVAC, and building shell measures. Key components included occupancy sensors for lighting and two ground-source heat pumps (GSHPs) for heating and cooling. The baseline conditions were based on 1997 MNEC requirements, with packaged rooftop AC units and electric resistance baseboards for heating.

Section 1760
F was used, corresponding to an EER of 20. Given that the ground temperature is probably in the range of 45-50 oF, an entering condenser temperature of 64 oF is more probable during cooling operation. 5.0 On-Site Methodology An on-site met...

AI summary The document outlines an on-site methodology used to collect data at a fire hall for constructing simulation models of proposed and baseline buildings. Key activities included verifying installed HVAC and lighting measures, discussing building operations, collecting facility plans, and inspecting equipment to ensure alignment with project documentation.

Section 1762
ch of the primary building areas. NMR Evaluation of 2010 C&I Custom Program Page A23 Table 2: Summary of Occupancy, Lighting, and HVAC Usage Parameters Fire Hall Occupancy  Typically occupied by a single firefighter from 8 AM to 5 PM, Mo...

AI summary The document provides a detailed analysis of the occupancy, lighting, and HVAC usage parameters for three different building areas: the Fire Hall, Garage, and Civic Center. Each location has specific occupancy schedules, lighting use patterns, and HVAC set points that are tailored to their unique operational needs.

Section 1763
center is typically occupied by a single part time employee from 1 PM to 5 PM, Monday through Friday.  A walking club occasionally uses the civic center for two mornings each week; NMR Evaluation of 2010 C&I Custom Program Page A24 howev...

AI summary The document describes the usage patterns and energy management practices at a civic center. The facility is occupied by a part-time employee during weekdays and used for events on weekends. Lighting and HVAC systems are only activated during occupied hours, with specific temperature set points maintained in different areas.

Section 1765
After discussing building schedules, the site contact provided a set of building plans for review. The main floor plans, as well as the building elevations, were subsequently used to dimension the building model. The reviewed plans also co...

AI summary The document describes the process of creating baseline and as-built building models using eQuest and DOE2.2 software. It outlines the use of building plans, HVAC parameters, and adjustments made to model ground source heat pumps as chillers due to software limitations.

Section 1846
16.4 16.7 0.3 NMR Evaluation of 2010 C&I Custom Program Page A61 3.0 Project Overview Table 2 below provides a summary of the new and pre-existing fixtures affected by this project. Table 2: Summary of New and Pre-existing Fixtures Pre-exi...

AI summary This section provides a summary of new and pre-existing fixtures affected by the project, detailing their types, quantities, and wattages. It includes a variety of lighting fixtures such as halogen, fluorescent, and LED retro kits, along with their respective wattages and quantities.

Section 2060
c. How long it takes them to come on d. Flickering e. How long they last f. Energy savings provided by the measure 30. Also on a scale of 1 to 5, where 1 means ‗not at all satisfied‘ and 5=‗very satisfied‘, how satisfied are you with the f...

AI summary This section contains survey questions about the Small Business Lighting Solutions Program, focusing on customer satisfaction with various aspects of the program and future intentions to purchase energy-efficient products. It also introduces a section on barriers to action and recommendations for improvements.

Section 2065
IN CBECS 16. Other NMR Evaluation of 2010 Small Business Lighting Solutions Program Page B10 17. Vacant 99. (Don‘t know/Don‘t recall) 43. Into which of the following categories does your building floor space fall? (square meters) (square f...

AI summary The document contains a series of questions from the Evaluation of the 2010 Small Business Lighting Solutions Program, focusing on building floor space, number of employees, hours of operation, and company structure. These questions are part of a data collection effort by NMR.

Disclaimer: These summaries were generated by AI from the filings they describe. We take care to make them accurate, but errors are possible - and they aren't advice. Only the filings themselves are the record: if you're relying on something here, confirm it against the source documents or the Nova Scotia Energy Board's own record. Full disclaimer →