N-8Electrification Strategy Report
8 passages
option by offering electric rates specifically for all-electric customers who adopt heat pumps. At the same time, care must continue to be taken to ensure that rate designs do not generate cost shift. to-grid (V2G) and vehicle-to-building...
AI summary The text discusses short-term actions related to rate design for all-electric customers adopting heat pumps and the importance of avoiding cost shift. It also highlights the potential of V2G and V2B services, recommending the continuation of TOU and CPP rates, scaling V1G with AMI, and collaboration with E1 to provide rebates for electrification technologies that benefit ratepayers.
2.3.3 Example Utility Actions In many jurisdictions with Net Zero targets, utilities have adopted programs, incentives, and customer education programs to support building electrification. It is increasingly common practice for utilities a...
AI summary Utilities in jurisdictions with Net Zero targets are implementing programs to support building electrification, including heat pump rebates, all-electric construction, retrofits, and smart thermostats. Some use ratepayer funds, while others leverage provincial budgets, local taxes, and carbon fees. Examples include Sacramento Municipal Utility District and utilities like BC Hydro and Hydro-Quebec.
4.2.1 Cost and Benefit Categories in Transportation BCA The model considers significant and measurable categories of benefits and costs. A brief description of each estimated cost/benefit component included in the transportation BCA is pro...
AI summary The text outlines the cost and benefit categories considered in a transportation benefit-cost analysis (BCA), including incremental EV costs, incentives, O&M savings, fuel savings, electricity supply and infrastructure costs, electricity bills, and avoided emissions. It references the California Public Utility Commission's standard practice manuals for cost-effectiveness analysis.
2. The adoption of heat pumps amongst current fuel customers presents electricity supply costs from both the SCT and PCT perspectives, but the adoption of heat pumps amongst current electric resistance customers presents a net benefit. A b...
AI summary The adoption of heat pumps by current fuel customers increases electricity supply costs from both the Societal Cost Test (SCT) and Participant Cost Test (PCT) perspectives, while it benefits current electric resistance customers. The analysis includes incremental appliance costs, electric bills, avoided fuel bills, and emissions, among other factors.
4.3.2 Transit Bus BCA Results This study models transit busses as a representative heavy-duty vehicle (HDV), which is classified as a vehicle weighing 15 tonnes or more. 56 The net present value (NPV) of lifetime costs and benefits for an...
AI summary The cost-benefit analysis of electric transit buses in Nova Scotia shows net costs from the driver/owner and provincial perspectives due to high upfront and charging infrastructure costs. However, from the ratepayer perspective, benefits outweigh costs, leading to potential decreases in utility rates. Managed charging with VGI reduces annual charging bills by about $3,750, though benefits for ratepayers decrease slightly compared to unmanaged charging.
4.5 Limitations of the Results The cost-benefit analysis presents the economics of representative heat pumps and EVs adopted for the marginal unit adopted using the best available assumptions available today regarding capital costs, fossil...
AI summary The cost-benefit analysis of electrification in Nova Scotia has limitations, including variability in building and vehicle costs, sensitivity to future fossil fuel and electricity prices, and the focus on marginal units rather than scale impacts. The analysis uses assumptions from Nova Scotia Power and may not fully capture long-term changes in costs.
for both Nova Scotia Power and the customer. Enabling more dynamic strategies for flexible electrification technologies will require work in several areas, including cost-effective communications, metering and interconnection requirements....
AI summary The document discusses the need for dynamic strategies to support flexible electrification technologies, emphasizing Vehicle Grid Integration (VGI) and the importance of Time-of-Use (TOU) and CPP rates. It recommends Nova Scotia Power to continue rolling out these rates and scaling investments in V1G with AMI, while also suggesting rebates to help customers overcome high upfront costs of electrification.
9.1.2 EV Purchase Incentives There are several upfront purchase incentives that are included for LDV. A federal EV tax credit of $5,000 for BEVs and long-range PHEVs and $2,500 for short-range PHEVs was included. Funding for the federal EV...
AI summary The text discusses EV purchase incentives, including a federal tax credit of $5,000 for BEVs and long-range PHEVs and $2,500 for short-range PHEVs, with Tesla vehicles ineligible. A provincial rebate of $3,000 is also included for LDVs. No incentives are assumed for transit buses or parcel trucks.