Does the energy transition reduce disorder or merely displace it? This working paper examines anthropic mechanisms in contemporary energy policies.
The paradox of transition
The energy transition is typically presented as a reduction of disorder: fewer emissions, less pollution, less fossil-fuel dependence. The framework of anthropy proposes a different reading: the transition does not reduce disorder — it displaces it.
The shift to renewable energies rests on massive mining extraction — lithium, cobalt, rare earths — located primarily in the Global South. Environmental disorder is not eliminated: it is spatially transferred, from centres of consumption to zones of extraction.
Three transfer mechanisms
This text identifies three anthropic mechanisms at work in the energy transition.
Externalised extraction transfers the environmental and social cost of “clean” energy production to territories and populations far from the beneficiaries. Lithium mines in Chile, cobalt operations in the Democratic Republic of the Congo produce the disorder that European solar panels and batteries render invisible.
Deferred waste transfers costs temporally. Renewable infrastructures have limited lifespans — panels, batteries, turbines — and their recycling remains largely unresolved. Disorder is deferred to the decades ahead.
The rebound effect (Jevons paradox) constitutes an anthropic boomerang effect: the improvement of energy efficiency, instead of reducing consumption, tends to increase it. The efficiency gain produces local order (less energy per unit) but generates global disorder (more total consumption).
Beyond binary opposition
The framework of anthropy does not oppose the energy transition. It proposes reading it differently: not as a solution to disorder, but as a reconfiguration of its transfer circuits. This reading makes it possible to ask the questions that the dominant narrative of transition tends to neutralise: where does the disorder that the transition claims to eliminate actually go?