The Green Transition Is Not a Technology Contest. It Is a System Design Opportunity. The leadership question behind the energy question.
What if a transition designed to reduce one dependency simply created another?
Europe’s energy strategy is often discussed in terms of emissions targets and competing technologies.
Yet the deeper challenge is systemic:
reducing carbon emissions while protecting energy security, industrial competitiveness, employment and strategic autonomy.
A recent study developed by TEHA Group and Eni, Sustainable biofuels as a strategic lever for industrial competitiveness, energy security and decarbonisation, brings this tension into focus.
The study warns that concentrating too narrowly on selected technologies could make Europe increasingly dependent on imported raw materials, components and production capacity.
It notes that Europe has lost 21% of its refining capacity since 2009, while its reliance on external supply chains has grown across several strategic sectors.
The question is therefore not only how Europe can decarbonise, but also:
What kind of economic and industrial system will emerge from the choices made today?
Beyond “electric versus biofuel”
The study presents renewable biofuels such as HVO and SAF as immediately available solutions that can complement electrification.
Their relevance is particularly evident in heavy-duty transport, aviation and maritime mobility, sectors where direct electrification remains difficult.
HVO can also be distributed through much of the existing infrastructure and used in compatible diesel engines without significant modifications.
This does not mean replacing one universal solution with another.
It means recognising that complex transitions require a combination of technologies, each applied where it can generate the greatest environmental, industrial and social benefit.
Biofuels are therefore not necessarily the alternative to electric mobility.
They can form part of a more diversified and resilient energy architecture.
Their sustainability, however, cannot simply be assumed.
It depends on the feedstocks used, their traceability, possible changes in land use and the emissions generated across the entire value chain.
Waste materials, agricultural residues, intermediate crops and genuinely degraded land may offer more sustainable pathways, but only when environmental integrity and additionality can be demonstrated.
A systemic perspective must reveal both the visible benefits and the hidden costs.
The invisible side of transition
Every technological transformation affects much more than technology.
It changes professional identities, skills, power relationships, investment priorities, local communities and the meaning people associate with their work.
The conversion of traditional refineries into biorefineries, for example, is not merely an engineering decision. It can preserve industrial knowledge and employment while giving existing facilities and communities a new role within the energy transition.
But these transformations also generate tensions:
sustainability versus competitiveness;
innovation versus continuity;
speed versus inclusion;
European autonomy versus global interdependence;
long-term ambition versus immediate feasibility.
These tensions cannot be eliminated. They must be understood and governed.
What systemic coaching can contribute
Systemic coaching does not tell leaders which technology to choose.
Its value lies in improving the quality of the thinking, relationships and decisions through which the choice is made.
It helps leaders move beyond isolated targets and examine the wider system:
Which stakeholders will be affected, including those who are not present in the decision-making room?
What new dependencies could today’s solution create?
Which assumptions are being treated as facts?
What knowledge, capabilities or professional identities could be lost?
Where might resistance contain useful information about the system?
How can apparently competing objectives be held together rather than reduced to an either/or choice?
By making these invisible dynamics visible, systemic coaching can help leadership teams identify unintended consequences earlier, work across organisational silos and create greater alignment around complex transformations.
It also creates a reflective space in which leaders can question dominant narratives before those narratives become irreversible strategic commitments.
The objective is not to slow decisions, but to make them more intelligent, coherent and sustainable.
From technological certainty to systemic intelligence
The energy transition will not be successful simply because one technology prevails.
It will succeed if Europe can combine environmental ambition with industrial resilience, social legitimacy and strategic autonomy.
The real question is therefore not:
Which technology should win?
It is:
What combination of choices will reduce emissions without transferring today’s vulnerabilities into
tomorrow’s architecture?
That is not only an energy question.
It is a question of systemic leadership.
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