Journal Article

Where Storage Matters: Comparing Distributed and Centralised Batteries for Emissions Reduction

Abstract

This paper evaluates the emissions and system value of distributed and centralised battery storage across different grid conditions. Using nodal demand and emissions data, it shows that distributed storage often achieves higher emissions reductions per unit of capacity by targeting peak and congestion-driven fossil generation. The findings challenge capacity-centric storage policy and highlight the importance of location-specific deployment.

Authors & Affiliations

Cite This Work

(2026). Where Storage Matters: Comparing Distributed and Centralised Batteries for Emissions Reduction.

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