Energy-Transition Portfolio Allocation Architect — Diversified Utility

The mandate

The utility has €9 billion of prospective battery, hydrogen, biomethane, grid-flexibility and renewable-heat projects competing for capital, yet each business applies different power curves, support assumptions and terminal values. The defined problem is to make those opportunities comparable without pretending their regulatory, infrastructure and technology risks behave alike, then identify which portfolio combinations remain financeable under constrained balance-sheet capacity.

The required artefact is a Board Transition Portfolio Allocation System: a traceable asset baseline, common scenario library, technology-specific risk adjustments, dependency map, option-value method, portfolio optimiser and decision calendar. It must preserve project-level evidence while showing how grid queues, offtake, carbon prices, state aid, supply-chain capacity and financing covenants interact across investments.

Milestone one, due 18 December 2026, is the reconciled opportunity inventory and assumption-ownership register; milestone two on 19 March 2027 is the scenario engine and technology comparability papers; milestone three on 25 June is the constrained portfolio alternatives and financing consequences; milestone four on 24 September is the board-approved allocation system, governed model and trained internal operating team.

Acceptance requires Finance to reproduce every material portfolio output from locked source inputs, business units to sign the factual asset baselines without retaining hidden side cases, and the Investment Committee to use the method for at least two live sanction decisions. The engagement closes only when the Chief Strategy Officer approves the decision manual, model controls and unresolved-policy log; obtaining permits, capital or subsidies is not an acceptance condition.

The client will provide data-room access, project economics, grid and permitting status, financing covenants, regulatory advice and a named analyst from each technology platform. A finance controller will reconcile inputs monthly, an executive steering group will decide disputed assumptions within five working days, and secure modelling infrastructure will be available; the consultant will not conduct transaction execution or replace statutory technical diligence.

Why this is external work

Each platform can defend its own projects, but none can neutrally rank capital across technologies whose maturity and policy exposure differ. The corporate team lacks the specialist modelling capacity to resolve option value, shared infrastructure and downside correlation before planning begins. Independent construction also gives directors a visible record of assumptions that internal sponsorship might otherwise obscure.

What you will own

• Reconcile the complete opportunity funnel to development spend, sanction status, ownership share, committed obligations and the economic case actually presented by each sponsor.
• Construct technology-specific scenarios for power, carbon, subsidies, curtailment, utilisation, feedstock, degradation and cost of capital while preventing false cross-platform precision.
• Quantify shared dependencies such as grid connection, port capacity, renewable molecules, equipment bottlenecks and covenant headroom in a portfolio-level constraint map.
• Design risk-adjusted comparability rules that distinguish sunk development cost, abandonment value, staged commitment, strategic option and fully committed capital.
• Produce at least three investable portfolio pathways showing return distribution, liquidity use, emissions impact, execution capacity and triggers for reallocation.
• Facilitate two live sanction decisions and capture where directors override the model, recording rationale and consequences rather than retrofitting assumptions.
• Deliver the controlled allocation model, methodology papers, assumption owners, governance calendar and internal training evidence required for formal acceptance.

Candidate qualifications

• Directed enterprise portfolio strategy or capital allocation across at least three energy-transition technologies rather than specialising in a single asset class.
• Can evidence a board investment decision where system constraints or correlated downside changed the ranking produced by standalone project returns.
• Built finance-grade models for pre-revenue or policy-dependent assets, including staged commitments, abandonment choices and uncertain infrastructure availability.
• Worked directly with utility regulation, project finance and technology teams across more than one European jurisdiction.
• Has challenged sponsor-owned forecasts while preserving an auditable distinction between sourced fact, management judgment and consultant assumption.
• Transferred a portfolio model into a corporate strategy or investment team that subsequently used it without continued consultant operation.

Non-negotiables

• Can begin mobilisation in October 2026 and sustain a monthly three-day Madrid session plus the listed European travel across twelve months.
• Holds no undisclosed developer, equipment-vendor, infrastructure-fund or advisory interest that could bias technology ranking.
• Will provide unlocked calculations, data lineage and model documentation as client-owned engagement artefacts.
• Accepts that investment outcomes, permits and subsidies remain management accountabilities and do not alter the agreed acceptance test.

1. 49 words maximum. How would you make hydrogen, storage and grid-flexibility investments comparable without imposing one false risk premium?
2. 49 words maximum. Identify a portfolio decision where a shared infrastructure constraint changed your preferred asset sequence.
3. 49 words maximum. Which client data and decision owners must be available during the first four weeks to establish a defensible baseline?