Challenge: A major utility was managing tens of gigawatts of large load demand through fragmented processes, unclear governance, and limited executive visibility. Rapid hyperscale growth was outpacing the operating model, creating regulatory, execution, and capital allocation risk.
Approach: Transformed the large load interconnection function. Established a unified operating model with clear decision rights, standardized governance, and centralized performance tracking. Implemented structured management cadences through the executive level while advising leadership on portfolio policy and de-risking the multi-gigawatt queue.
Result: Converted an opaque backlog into a disciplined interconnection platform, delivering governance clarity, predictable advancement, and executive visibility into risk, throughput, and capital alignment — restoring strategic control over large load growth.
Challenge: A major regulated utility faced surging large load demand but lacked a coherent strategy to convert interest into cash flows. Capacity constraints and fragmented commercial decision-making limited its ability to compete for strategic accounts.
Approach: Led development of an integrated large load strategy aligning capacity planning, product design, contractual frameworks, and financing. Structured cross-functional decision-making to ensure customer commitments matched infrastructure readiness and capital deployment.
Result: Unlocked ~2,000 MW of capacity for large load customers and positioned the utility as a credible, proactive partner for hyperscale demand. Established a repeatable commercial model linking growth strategy to system capability and capital discipline.
Challenge: A major IPP wanted to assess the viability of adding battery energy storage systems (BESS) at its thermal sites and needed clarity on the most promising opportunities.
Approach: Conducted a portfolio-wide screening, analyzing technical and economic factors with an emphasis on leveraging existing interconnection rights. Evaluated market dynamics, tested financial hypotheses, and flagged major risks to rank projects by potential.
Result: The client received a clear prioritization of sites, including a shortlist to proceed to detailed financial modeling and engineering. This allowed the client to focus resources on the most promising opportunities first, accelerating progress toward BESS deployment.
Challenge: A major engineering, procurement, and construction (EPC) firm sought to expand into the rapidly growing data center market and needed help defining a market entry strategy.
Approach: Developed a comprehensive go-to-market strategy defining how the firm should position its EPC service offerings for hyperscale and colocation clients. Identified priority customer segments and geographies, analyzed competitors, and refined service offerings to align with data center developer needs. Mapped the end-to-end customer journey to uncover conversion bottlenecks and designed a more effective go-to-market approach.
Result: Delivered a go-to-market strategy that optimized pursuits and enhanced customer engagement. The strategy enabled the firm to prioritize high potential markets, tailor offerings to customer demand, and accelerate data center market penetration.
Challenge: Private equity firms required fast, actionable commercial insights to evaluate target companies across a range of industries. Each diligence effort demanded clear validation of market opportunity, competitive positioning, and growth prospects.
Approach: Executed 10+ commercial due diligence projects, including TAM/SAM modeling, customer segmentation, competitive analysis, and expert interviews. Conducted secondary research and synthesized findings to assess market dynamics, go-to-market strategies, and potential risks to the investment thesis.
Result: Supported private equity clients in making confident investment decisions by providing structured, insight-driven assessments. The work enabled stronger valuation models, clearer strategic direction, and more effective integration planning.
We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.