The Energy Transition Is a System of Systems. And the Human System Is the One Nobody Has Solved.

I spent two days last week at the Future of Utilities Energy Transition Summit in Amsterdam. I went as an outsider to this sector – a collaboration and leadership development practitioner leading a business whose thirty+ years of work have been built in rail, water, highways, and major infrastructure programmes, not “new energy”. I want to be clear about that, because it shaped what I heard.

What I heard was a sector in the middle of naming a problem it does not yet have a framework for addressing.

The technology case is not the problem
The numbers from Amsterdam are extraordinary in scale. Solar panel prices have fallen 85% over the past decade, reaching approximately 10 cents per watt in 2024. Over 25 billion solar panels will need to be installed globally by 2030 to meet the Global Solar Council's targets. Energy storage capacity needs to grow six-fold by 2030. The EU will require three times its current system flexibility by 2030 and seven times by 2050. Ireland is increasing its overhead transmission line installation rate by over 800% and its workforce in its TSO by 60%, simultaneously, within four years. Scotland is investing £29bn to double its grid capacity by 2030 and double it again by 2050. These are not aspirations. They are legally mandated delivery programmes.

The technology to make this work exists or is maturing rapidly. The capital is growing and the policy frameworks are in place. The UK Government’s Climate Change Committee has established that a well-managed transition costs a fraction of what responding to a single fossil fuel price crisis costs - the UK spent £41.7bn subsidising domestic energy bills in the aftermath of 2022 alone, against an estimated annual net transition cost of around £4bn.

The qualifier 'well-managed' is doing important work in that calculation.

A poorly managed transition does not deliver that cost advantage. And this is where the conversation in Amsterdam kept arriving, from session to session, from speaker to speaker, without coordination between them.

What the sector kept saying
Sebastian Weber, Chief Information Officer at E.ON, opened day two with a proposition: there is no energy transition without digitisation. He is right. He then spent his session wrestling with the question that follows: as technology delivers more of the business, who retains accountability for the business? Decision-making remains fundamentally human. But the speed of technology adoption is now outrunning the speed at which human governance processes can respond. AI development at pace is, in his words, 'noise' - the challenge is moving it to be something useful. Business must own its technology, not outsource it. The accountability cannot be delegated away with the contract.

Erika Niemi from E.ON's distribution business made a sharper distinction: Europe does not have a capacity problem or a congestion problem. It has a flexibility problem (note, in this context flexibility is a singular technical term referring to the ability of an energy system to adjust both power generation and consumption in response to signals from the grid, or the market, to ensure security of supply and avoid blackouts. However, read on!). Flexibility operates across time, location, and verification. That third dimension includes trust - trust between generators, grid operators, consumers, and the market mechanisms that connect them. She ended her session not on market design but on organisation, culture and, yes, on leadership.

McKinsey's nuclear sector presentation concluded early that the barriers to deploying new nuclear across Europe are not technical. They are a stacked risk problem across execution, regulatory complexity, market structure, and portfolio design. Their prescription: move from one-off bespoke projects to programmatic, cross-border approaches built on shared standards and rebuilt delivery capability. Nuclear succeeded historically when it was treated as a programme. It struggles when each project starts from scratch.

Bram-Paul Jobse, CFO of EPZ, said from the panel that people in nuclear are very conservative and not creative, and that creative thinking is exactly what the sector needs. He was not criticising his industry. He was naming one of the hardest tensions in any safety-critical environment: how do you create the conditions for genuine creativity and diversity of thought while holding the governance discipline the work demands? That balance does not emerge from good intentions.

Mission 2028, presenting on energy retail transformation, argued that margin erosion does not only happen because of market volatility. It happens because of internal silos - team silos creating misalignment through fragmented data handovers, system silos producing disconnected technology stacks that cannot support cross-functional decisions, data silos slowing strategic response when speed matters most.

These are not peripheral observations from fringe sessions. They are the central arguments of the conference's most credible voices. And they converge on the same point.

Energy is a system of systems… or worse
Sitting across two days of this, the framing that kept forming in my mind is this: energy is not a system. It is a system of systems. Or worse still, maybe a system of systems of systems .. if that’s a thing? Generation, storage, grid, demand, regulation, supply chain, community. And increasingly - as Lennart van Walsum from the Global Solar Council described the future grid as a network of interconnected streets rather than a single superhighway - the system is becoming more distributed, more interdependent, and more difficult to manage from any single point of control.

The connections between these systems are where the delivery challenge lives. Solar panels require copper. Copper requires geopolitically stable supply chains - Dr James Watson of European Metals made the point directly: a wind turbine built with Chinese copper and aluminium is not European energy security in the sense that phrase now carries. The grid requires flexibility. Flexibility requires trust. Trust requires leadership. Leadership requires the kind of accountability clarity and psychological safety that allows people to surface problems early enough to do something about them.

For a base-load industrial process like aluminium smelting, grid flexibility is not an abstract policy question - it is a live operational problem when spot energy prices spike due to geopolitical instability and you cannot turn a smelter off. For a community in north Scotland asked to live alongside new grid infrastructure, flexibility is about whether the engagement process gave them genuine voice or managed their objections as a compliance exercise. SSEN's Christianna Logan presented data from a January 2026 survey showing that 47% of communities in north Scotland believe energy projects are not being delivered quickly enough. They are not opposed to the transition. They are frustrated by pace. That is a different problem, with a different solution.

The connections need tension, not rigidity
What strikes me about the system-of-systems-of-systems framing is what it implies about how the connections between parts need to work. They need enough tension to transmit change - if one part of the system shifts, the connected parts need to feel it and respond. A grid that cannot signal real-time demand changes to generators is a grid that wastes renewable capacity – a huge value wastage. An organisation whose leadership team cannot surface delivery risk early enough to act on it is an organisation that discovers its problems at the point of crisis rather than the point of prevention.

But those connections cannot be so rigid that the system fractures when conditions change. Erika Niemi's flexibility argument applies at an organisational level as much as a technical one. The leaders and teams managing these systems of systems need the ability to be agile - to move decisions, shift resources, change approach - while retaining the accountability and governance discipline that safety-critical work demands. That paradox is not resolvable through technology. Sebastian Weber identified it precisely: the technology is accelerating, the accountability remains human, and the gap between them is growing.

The Professional Collaboration framework Advance works with names three dimensions of what makes this possible: ability - the technical and relational skills to do the work; licence - the psychological safety and authority to use those skills at the moment they are needed; and courage - the willingness to act in uncertainty without waiting for permission that may not come. All three need to be present. In the energy transition context, in organisations managing the complexity of what Amsterdam described across two days, the question of which of these is missing is usually diagnostic.

What this means for leaders in this sector
I am not going to offer a prescription. The organisations represented in Amsterdam are sophisticated, and they do not need an outsider to tell them what to do. But there are questions worth posing as that “outsider with credibility”.

When the uncertainty and ambiguity problem shows up in your organisation - and it will, if it has not already - does it show up as a technical challenge or a trust challenge? And if it is a trust challenge, is that visible in the way you are trying to solve it?

Are your cross-organisation partnerships - with grid operators, supply chain partners, community stakeholders, technology providers - producing genuine shared accountability, or are they producing governance structures without the collaborative behaviours those structures assume? The contract does not create the culture.

As your organisation digitises at pace, do your leaders have clarity about what they remain accountable for? Not in a legal or compliance sense, but in the operational sense that Weber was pointing at: when the algorithm makes a decision and it turns out to be wrong, does your organisation have the leadership culture to learn from that quickly, or does accountability dissolve into the system?

And perhaps the hardest one: does your organisation's leadership team have the licence to be creative in an industry that has, by its own admission, been conservative? Not at the expense of safety or governance discipline. Alongside it. These are not incompatible. But creating the conditions where both are genuinely present requires deliberate design.

A closing observation
Advance came to Amsterdam as a newcomer to this sector. We have thirty+ years of evidence from complex infrastructure delivery - rail, water, highways, major programmes. We do not carry energy sector technical expertise, and we are not claiming to. What we bring is the diagnostic and development capability to address exactly the human system challenges the sector is naming, grounded in delivery environments of comparable complexity.

What surprised me in Amsterdam was not that the sector has a human system problem. I expected that. What surprised me was the consistency with which senior sector leaders named it, and the clarity with which they connected it to delivery risk. The conversation about the human system is not happening at the margins of this sector. It is happening at its centre.

If any of the questions above are ones your organisation is already asking, we would welcome a conversation about what addressing them looks like in practice.