Chapter 01 · Climate & transitionEnergy & Transition
Distributed generation
Definition
Distributed generation is electricity generation located near the point of use or connected to local distribution networks rather than central transmission-scale generation.
References
This reference provides supporting context for how “Distributed generation” is defined and used.
Overview
What it means in practice
Distributed generation should be read as an energy-transition term. Its meaning depends on the technology, market, contract, grid boundary and emissions-accounting method.
In practice, users should state the boundary, method, instrument and evidence. That keeps distributed generation specific enough for review without turning it into a broader claim.
Why it matters
Distributed generation matters because energy language can mix physical supply, contractual instruments, timing and emissions claims. Clear boundaries help readers understand what is actually being changed or evidenced.
Common misconception
A common error is to use Distributed generation without stating the system boundary or calculation method. Those details often determine the meaning of the claim.
Review questions
What instrument, boundary or method gives the term meaning? What evidence supports it? What limitation would change how a reader interprets the claim?
How it is used
In professional practice, “Distributed generation” helps governments, companies, investors and technical teams describe or assess electricity generation located near the point of use or connected to local distribution networks rather than central transmission-scale generation. It is commonly encountered in climate strategies, transition plans, emissions inventories, scenarios and investment decisions.
A credible application identifies the relevant methodology, emissions boundary, baseline, timeframe and underlying data.