In response to the IEA’s Global Energy Review 2025, we show that intelligently managed electricity grids can help boost decarbonisation initiatives, reduce the need for coal powered energy to cover shortfalls in energy demand forecasts, and improve grid stability and safety.

By examining economic and environmental costs across both markets, this study provides a more holistic understanding of Poland’s electricity sector and the systemic challenges that must be addressed to achieve true decarbonisation

ENODA’s Paul Domjan speaks to Hajar Yagkoubi at BETD 25, discussing the pitfalls of the current electrical grid, the new technologies required to support a truly decentralised energy system, and the role of renewables in that system.

AI’s benefits from a positive feedback loop from several key effects. User adoption and network effects increase data availability enhancing AI capabilities. A history of results from previous queries improve the reliability of generated content.

This year at BETD 2025, ENODA presented our whitepaper ‘The Hidden Cost of Balancing in Germany’, exploring the generation fuel mix in the German balancing market and its associated carbon emissions, in comparison with the German wholesale market.

Condorcet’s Jury Theorem provides insights into the collective decision-making capabilities of groups under certain conditions. This paper explores the implications of Condorcet’s theory when applied to fleets of autonomous AI devices coordinated by price signals.