N-8Electrification Strategy Report
6 passages
- Spur electrification with ratepayer benefits: Rebates can help customers overcome electrification first-costs. While the government should support adoption aimed at achieving the societal goals and benefits of electrification, the utilit...
AI summary The text discusses the need for rebates to support electrification, emphasizing the role of utilities in encouraging technologies with better RIM results. It highlights that while EVs and oil-to-heat pump conversions can yield net revenues, some customers may require non-ratepayer funding to achieve full electrification. Transportation and space heating rebates are proposed to reduce upfront costs and encourage adoption.
- Spur electrification with ratepayer benefits: Rebates can help customers overcome electrification first-costs. While the government should support adoption aimed at achieving the societal goals and benefits of electrification, the utilit...
AI summary The text discusses strategies to spur electrification through ratepayer benefits, including rebates for electric vehicles and heat pumps. It emphasizes the role of utilities in encouraging technologies with better RIM test results and highlights the need for non-ratepayer funding to support electrification without negatively impacting non-participating ratepayers.
o the mandate of Nova Scotia's electricity efficiency and conservation franchise holder. underserved communities and investments needed to ensure equitable access to electrified mobility and heating. - Third Party EVSE Providers: Work to c...
AI summary The text discusses the need for partnerships and customer engagement in electrification efforts, emphasizing collaboration with third-party EVSE providers, equipment manufacturers, transit operators, and consumer advocates. It also highlights the importance of customer education and training for successful adoption of electrification technologies, particularly in underserved communities.
The number of residential chargers are based on the assumption that 75% of drivers have access to residential charging. The number of workplace and public charger ratios are developed using EVI Pro Lite and the assumption that 34% of drive...
AI summary The text discusses assumptions and parameters for residential, workplace, and public EV chargers in 2030, including the percentage of drivers with access to charging and the use of EVI Pro Lite for modeling.
Charger type Rated charger power (kW) Charger efficiency (%) Charger : EV ratio # of Chargers Residential L1 1.6 90% 1 : 1 25,607 Residential L2 11.4 90% 1 : 1 33,444 Workplace L2 6.6 90% 1 : 21.8 3,465 Public L2 6.6 90% 1 : 29.5 2,561 Pub...
AI summary The table presents data on different types of electric vehicle (EV) chargers, including their rated power, efficiency, charger-to-EV ratio, and the number of chargers. The data includes residential, workplace, and public chargers, with varying levels of power and efficiency.
10.1.1 Light-duty Vehicles Cost-benefit breakdowns are also shown for EVs adopted in 2030. [Figure 10-1.s](#page-118-2)hows cost-benefit analysis results for an EV adopted in 2030 with unmanaged charging. Figure 10-1. NPV cost-benefit anal...
AI summary The text discusses cost-benefit analyses for light-duty vehicles (LDVs) adopted in 2030, highlighting larger savings for electric vehicles (EVs) due to reduced upfront costs and available rebates. It also compares unmanaged and managed charging scenarios, noting that savings from managed charging are limited to winter months due to time-varying rates.