The energy playbook is being rewritten.
I unpack how AI-driven flexibility, grid resilience and digital trust are changing how the world powers up — and where the money is moving.
Latest Articles
The Flexibility Value Pools That Rarely Make It Into the Business Case
Flexibility business cases count balancing and arbitrage revenue. The bigger value sits in the generation, trading and procurement books — indirect, harder to attribute, and worth measuring.
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AI in the Utility Control Room: Transformative Power or Existential Risk?
As AI takes over dispatch and switching decisions, who answers when it causes an outage? No one can be accountable for a decision built on data nobody can verify.
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KI in Kraftwerksleitwarte und Netzleitstelle: Effizienzgewinn oder systemisches Risiko?
KI in Leitwarte und Netzleitstelle verspricht Effizienz – und verschiebt Risiken. Was Betreiber in Deutschland, Österreich und der Schweiz regulatorisch und technisch beachten müssen.
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From Electrons to EBIT, Part 3: The Strategic Path to Commercializing AI in Energy
AI will be everywhere in energy — but the money comes first where it is embedded in flexibility, trading and security platforms, not sold as a standalone product.
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From Electrons to EBIT, Part 2: Securing the Grid Edge
In a high-DER grid, cyber risk moves from data loss to physical disruption. Part 2 maps where the money is in grid-edge security — and why identity is the foundation.
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From Electrons to EBIT, Part 1: Where the Real Money Is in Energy’s Digital Transformation
Digital energy is one of the decade’s largest value pools — but where does the money actually land? Part 1 follows the path from electrons to EBIT, starting with flexibility.
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Can Artificial Intelligence (AI) Keep the Lights On?
Utilities’ operational technology is more connected — and more attacked — than ever. How AI can help close the OT security gap, and what it takes to trust it.
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Electric Vehicles: Moving from the Garage to the Grid — Opportunities, Security Risks and Zero-Trust Approaches
EVs parked 95% of the day are becoming grid assets inside virtual power plants — and a new attack surface. Where the risks sit, and the zero-trust capabilities needed to scale V2G securely.
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Mitigating AI Security Vulnerabilities in the Electric Power Sector
AI can revolutionize the power sector — but data poisoning, privacy, bias and third-party risk come with it. How zero-trust principles and technologies make AI in energy safe to scale.
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Digital Economy Meets Energy Transition: Data Centers as an Asset in Energy Flexibility and Virtual Power Plants
AI is driving data center demand through the roof. Their backup batteries, cooling and shiftable workloads also make them some of the best flexibility assets a virtual power plant can have.
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Power Grids Under Attack: Are TSOs Prepared for New Data and Cyber Threats?
Distributed assets, flexibility platforms and VPPs give transmission operators new tools — and a much larger attack surface. Why air-gapping no longer works, and why TSOs need to secure the data itself.
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Powering the Future: Choosing the Right AI for Virtual Power Plants
Supervised, unsupervised, deep or reinforcement learning? Why reinforcement learning fits the dynamic control problem of virtual power plants — how it works, what it improves, and where it still struggles.
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Digital Power Plants: What Can Operators of Renewable and Thermal Power Plants Learn from One Another to Become AI-Ready?
End-to-end digitalization can add 20–30% EBITDA to thermal plants — and renewables have the same untapped upside. How a virtual operations center makes generation assets AI-ready without weakening security.
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Benefits and Challenges of Virtual Power Plants
VPPs turn decentralized assets into grid flexibility and new income — and multiply the energy system’s attack surface. A primer on what they deliver and what stands in the way.
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Data and Cyber Security Threats for EV Charging Infrastructure: How to Protect Energy and Transportation Infrastructure
Hundreds of thousands of EV chargers are connecting to critical energy infrastructure — each one a potential entry point. Why charging security lags behind, and why device-level zero trust is needed.
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