Better Energy | AI Transformation Index

Overview

Better Energy designs, develops, constructs, and operates utility-scale solar parks across Northern Europe, generating revenue primarily through long-term power purchase agreements (PPAs) with corporate and industrial offtakers, and supplementing this with sustainability and energy procurement consulting services.

Executive Summary

Better Energy is structurally well-protected from AI disruption: its core asset base — physical solar parks with long-term PPA contracts, multi-jurisdictional permitting pipelines, and grid-connection rights — is essentially immune to AI substitution, and regulatory complexity in Nordic markets limits AI-native competitive entry. The AI opportunity is real but modest in absolute terms: a 94-person company with a capex-heavy production function has limited cognitive labor to compress, and the primary growth constraints (permitting, grid access, capital) are not problems AI solves. For Omnes Capital, the strategic implication is that AI is a productivity and quality enhancer for the advisory and market-analysis functions rather than a transformative lever — useful for operational improvement but not the investment thesis for this asset, which rests on renewable energy demand tailwinds, long-term contracted cash flows, and the physical asset base.

Durability Rationale

Better Energy's durability rests firmly on its physical infrastructure — utility-scale solar parks require land rights, grid connections, multi-jurisdictional permits, and substantial capital that no AI-native entrant can replicate with software. Long-term PPA contracts provide contractual lock-in with existing offtakers, and the regulatory complexity of Nordic and Eastern European energy markets creates meaningful barriers to rapid competitive entry. The structural fragility lies in the knowledge-work and advisory layer: PPA structuring, sustainability consulting, and energy procurement advisory are increasingly contestable by AI-enabled platforms and sophisticated in-house corporate energy teams, and Better Energy's recent restructuring and modest scale relative to major utilities leaves its competitive position in new project origination more exposed than its existing asset base would suggest.

Opportunity Rationale

AI's opportunity for Better Energy is real but bounded — the business is physically anchored, and the constraints on growth (permitting timelines, grid capacity, land access, capital) are not cognitive-labor problems that AI solves. The genuine AI opportunity is concentrated in the knowledge-work layer: power market monitoring, PPA modeling, sustainability reporting, site screening, and client advisory can all be materially compressed with AI augmentation, and the domain intelligence Better Energy has accumulated in Nordic renewable energy markets provides a meaningful foundation for domain-specific AI tools. But with a headcount of 94 and a capex-heavy production function, the absolute scale of cognitive labor that AI can compress is modest — this is not a company sitting on thousands of manual knowledge workers representing massive latent value, but rather a lean operator where AI makes the team more effective at the margin.

Key Risks