electric vehicles ↔ REM framework

Relations (1)

related 3.32 — strongly supporting 9 facts

Electric vehicles are a core component of the REM framework, serving as storage devices that interact with home grids, battery systems, and other vehicles to optimize energy usage and flatten load curves as detailed in [1], [2], [3], and [4].

Facts (9)

Sources

Comprehensive framework for smart residential demand side ... nature.com Nature 9 facts

referenceIn the REM framework, high-power-rated electric cars transfer energy to smaller vehicles like electric scooters and bicycles to enable quick charging without drawing additional power from the grid during peak times.

procedureIn the REM framework's Case IV (Vehicle and Battery Interaction), electric vehicles interact with home battery storage systems to store excess renewable energy and discharge it during peak demand periods to optimize energy usage.

procedureIn the REM framework's Case III (Vehicle to Vehicle), high-power electric cars transfer energy to smaller electric vehicles like scooters and bicycles to facilitate quick charging without drawing additional power from the grid during peak times.

procedureIn the REM framework's Case II (Vehicle to Home), electric vehicles act as storage devices, discharging energy to the home during peak load times to reduce grid dependence and lower energy costs.

referenceIn the REM framework, electric vehicles (including cars, scooters, and bicycles) charge from the home grid during off-peak hours to minimize costs and prevent grid overloading.

procedureIn the REM framework's Case I (Home to Vehicle), electric vehicles including cars, scooters, and bicycles charge from the home grid during off-peak hours to minimize costs and prevent grid overloading.

referenceIn the REM framework, electric vehicles interact with home battery storage systems to store excess renewable energy and discharge it during peak demand periods, ensuring efficient renewable energy utilization.

referenceIn the REM framework, electric vehicles act as storage devices, supplying energy back to the home during peak load times to reduce grid dependence, lower energy costs, and flatten the household load curve.

claimThe smart scheduler application described in the REM framework flattens demand peaks and distributes load by integrating Renewable Energy Sources (RES), electric vehicles, and energy management strategies, leading to a more sustainable and cost-effective energy ecosystem for residential prosumers.