ARTFEED — Contemporary Art Intelligence

Emission-Aware RL for Sustainable EV Charging and CO2 Reduction

other · 2026-05-26

A new research paper proposes an emission-aware reinforcement learning (RL) strategy for electric vehicle (EV) charging that prioritizes carbon reduction. The method uses the Soft Actor Critic (SAC) algorithm with a multi-objective reward penalizing carbon emissions, curtailed renewables, and unmet demand. Trained on the EV2Gym platform with behind-the-meter solar and wind profiles and EirGrid carbon intensity data, the approach aims to reduce CO2 while managing grid stability. Existing methods like MPC and standard RL rarely treat real-time carbon intensity or renewable availability as primary objectives, leaving decarbonisation potential untapped.

Key facts

  • Paper proposes emission-aware RL for EV charging
  • Uses Soft Actor Critic (SAC) algorithm
  • Multi-objective reward penalizes carbon emissions, curtailed renewables, unmet demand
  • Trained on EV2Gym platform
  • Incorporates behind-the-meter solar and wind profiles
  • Uses time-varying EirGrid carbon intensity data
  • Addresses peak load spikes, voltage instability, transformer overloads
  • Existing methods rarely treat carbon intensity as primary objective

Entities

Institutions

  • EirGrid

Sources