Capital allocation and rate economics

Capex gating, rate case preparation, affordability modeling, and balance sheet resilience under regulatory constraints.

Engineering Reliability. Protecting Returns

Decarbonization with Capital Accountability

The Energy Transition, Engineered

The energy transition is capital-intensive, politically exposed, and operationally complex. Ambition alone does not create value.

We help utilities and infrastructure operators translate decarbonization targets into investable, rate-supported programs. Built for execution, not headlines.

Reliability, affordability, and emissions reduction must be engineered together, not sequenced in isolation.

Transition Sequencing

Portfolio-level roadmaps that align grid constraints, interconnection queues, capital availability, and regulatory timing.

Carbon and Capital Modeling

Integrated emissions, load growth, and rate scenarios tied directly to balance sheet capacity and allowed returns.

Reliability Under Electrification

Load volatility, DER integration, storage economics, and system planning strategies that stabilize performance and protect rate structures.

Regulatory Alignment

Decarbonization pathways structured to meet commission expectations while sustaining affordability and allowed ROE.