TECHNOLOGY LANDSCAPE
What is actually happening
Energy transition technologies span a wide range of readiness levels — from mature and rapidly scaling to early-stage and highly uncertain. Corporate strategy in this space requires distinguishing between them, and resisting the pressure to treat the whole transition as a single strategic theme.
Energy storage
Battery costs continue to fall and deployment is accelerating. The strategic questions have shifted from whether storage will be viable to where in the value chain the profit will sit, and which chemistry and form factor will dominate in which application. Grid-scale, industrial and mobility storage are distinct markets with different competitive structures.
Green hydrogen
Green hydrogen has genuine long-term potential in hard-to-abate sectors — steel, ammonia, heavy transport — but near-term economics remain challenging. The gap between announced projects and projects that will reach final investment decision is large. Separating durable opportunity from policy-driven noise requires careful cost-curve analysis.
Grid modernisation
The electricity grid is becoming the central infrastructure of the energy transition, and it is not ready. Transmission constraints, grid stability challenges and the integration of variable renewables are creating both bottlenecks and investment opportunities across software, hardware and services markets.
Industrial decarbonisation
Heavy industry — cement, steel, chemicals, mining — faces decarbonisation pathways that are technically complex and capital-intensive. Technology options vary significantly by sector. Some pathways are clear but expensive; others remain genuinely uncertain. A uniform transition framework will misallocate capital.
ASYMM POINT OF VIEW
What this means for corporate strategy
The transition is not uniform — and strategy should not be either
Battery storage and green hydrogen are at very different stages of commercial maturity. Grid software and industrial electrification have different competitive dynamics. A single energy transition strategy that treats all of these as one theme will misallocate capital. The work is to disaggregate the transition into its component markets and assess each on its own terms.
Policy dependency is a risk variable, not a given
Much of the energy transition investment case depends on policy continuity — carbon pricing, subsidy regimes, regulatory frameworks. These are not stable. Strategy built on policy assumptions without explicit scenario analysis for policy reversal or delay is fragile. We build policy risk into the analysis from the start.
Value chain position matters more than technology selection
In most energy transition markets, the technology itself will become commoditised. Durable competitive advantage will sit in specific value chain positions — project development, grid integration, data and software layers, or customer relationships. Identifying where value will concentrate requires understanding the full chain, not just the technology.
ILLUSTRATIVE WORK
Selected cases
All cases are illustrative. Client details are not disclosed.Client
A large European energy company
Challenge
The strategic role of green hydrogen in a long-range portfolio review.
Approach
Cost-curve modelling, electrolyser technology assessment and value-chain mapping across four geographies.
Outcome
A hydrogen strategy with prioritised use cases and a capital deployment sequence.
Client
A multinational industrial manufacturer
Challenge
The competitive implications of battery cost declines for their core product lines.
Approach
Technology roadmap analysis, cost-curve modelling and competitive landscape mapping across three battery chemistries.
Outcome
A strategic assessment with recommended product and partnership responses, and a monitoring framework for key technology triggers.
Navigating an energy transition strategy decision?
We work with a small number of clients at any time. If you are facing a significant technology or market strategy decision in this area, we would like to hear about it.