Topic:"Ev Charging Control" in M12780

vices not enrolled in Residential DR in their homes. Maximizing the number of devices installed per household was shared as a key strategy for consideration by several interviewees in this evaluation. Implementing this strategy in the Smar...

AI summary The text discusses strategies to maximize residential demand response (DR) capacity by installing multiple devices per household and limiting installations in underused spaces. It highlights communication strategies to reduce opt-out rates during DR events and notes challenges with EV charging patterns not aligning with DR event timing in Nova Scotia and other jurisdictions.

on in DR events and enrollment of more devices per household (additional device types and additional smart thermostats installed on heating systems in all contiguous living areas in regular use only). 2025 Res DR Recommendation 5 : Investi...

AI summary The text outlines 2025 residential DR recommendations, including improving EV participation via bidirectional chargers, adjusting incentive structures to require 50% event participation, and monitoring these changes. It notes varying incentive levels across jurisdictions and emphasizes enrollment growth and participation rates for DR program success.

EVs and EV Chargers [Table](#page-70-0) 13 below indicates the structures and levels offered by the scanned jurisdictions for smart thermostats.

AI summary The document references a table outlining smart thermostat structures and levels from scanned jurisdictions, though the main focus of the section is on EVs and EV Chargers. The table's content is not detailed in the provided text.

EV Telematics and Chargers The Evaluator established a unitary available DR capacity value per EV device since this metric is aligned with how participation is tracked. The calculated total available DR capacity was divided by the number o...

AI summary The Evaluator established a unitary available DR capacity value of 4,015 W per EV device, recommending its use for 2026 and further analysis to ensure consistency. This value was derived from dividing total DR capacity by participating devices during events.

Summary [Table](#page-105-1) 137 presents a summary of the values used to calculate EV telematic and charger control savings. The detailed methodology follows.

AI summary Table 137 summarizes the values used to calculate EV telematic and charger control savings, with a detailed methodology provided thereafter.

l continue to work with customers to identify cost-effective opportunities and to build participation models that provide value to both customers and ratepayers within the approved DSM Plan framework. Request IR-11: Strategic Electrificati...

AI summary The text discusses Request IR-11 concerning strategic electrification, heat pumps, EVs, and managed charging under the 2027-2031 DSM Plan. A 2023 E3 report commissioned by Nova Scotia Power highlights the net benefits of managed-charging EVs and home electrification, with questions on measures, PAC analysis, delivery approaches, and federal incentives.

comprised of a Market and Technology Assessment. The results of this assessment will feed into a Zero Emission Vehicle Adoption Forecast and an accompanying Infrastructure Needs Assessment in Part 2. Newfoundland Energy Solutions Potential...

AI summary The document outlines a Market and Technology Assessment for Energy Efficiency and related studies, including a Zero Emission Vehicle Adoption Forecast and Infrastructure Needs Assessment. Posterity Group is conducting an Energy Solutions Potential Study for Newfoundland Power and Newfoundland Hydro, covering multiple sectors and delivering outputs such as an electronic technical reference manual and potential assessments.