Fuel Cells

DAI has supported more than 1.2 GW of stationary fuel cell capacity and over 22,000 PEM units deployed across 25 states. Few firms combine independent engineering expertise with asset‑level appraisal and tax analysis across multiple fuel cell technologies, including SOFC (Solid Oxide Fuel Cells), MCFC (Molten Carbonate Fuel Cells), PAFC (Phosphoric Acid Fuel Cells), and PEM (Proton Exchange Membrane) Fuel Cells systems. This integrated capability allows DAI to evaluate fuel cell assets not only on theoretical performance, but on actual operating behavior, risk profile, and long‑term value.

Fuel cells are an increasingly important component of onsite and resilient power strategies for data centers, microgrids as well as commercial, industrial, and institutional facilities. DAI supports developers, lenders, tax equity investors, and infrastructure capital providers by aligning detailed technical diligence with valuation, financing, and investment requirements across the full asset lifecycle.

DAI provides independent engineering services focused on identifying and mitigating technical, construction, and operational risks associated with fuel cell systems, including those supporting mission‑critical and high‑availability loads. Reviews reflect a detailed understanding of fuel cell operating characteristics, including efficiency profiles, degradation behavior, startup limitations, fuel sensitivity, thermal requirements, and integration with balance‑of‑plant systems.

For datacenter and other reliability‑driven applications, engineering diligence addresses system configuration, redundancy strategies, load‑following capability, integration with onsite energy storage and grid interconnection, construction schedule and budget, permitting status, commissioning plans, and long‑term O&M programs.

DAI prepares Independent Engineer’s Reports to support financing, construction monitoring, refinancing, and transaction diligence.

Recent Experience

• Engineering diligence for stationary fuel cell systems serving mission‑critical commercial and industrial facilities
• Design, commissioning, and performance evaluations for portfolios with high‑availability load requirements
• Technical reviews of SOFC and MCFC systems used in baseload and supplemental onsite power roles
• Evaluation of PEM systems and hybrid configurations, including integration with energy storage and backup generation

DAI performs Fair Market Value (FMV), Orderly Liquidation Value (OLV) and Cost Segregation analyses for individual fuel cell projects and multi‑asset portfolios. Appraisal engagements account for equipment condition and configuration, operating temperature and duty cycle, remaining useful life, degradation and stack replacement assumptions, service agreements, and long‑term economic performance.

FMV services support initial financing, periodic valuation updates, lease structures, repowering strategies, and disposition planning, providing lenders and investors with transparent insight into downside protection and residual value.

Recent Experience

• FMV appraisals for multi‑site stationary fuel cell portfolios under developer and investor ownership
• Valuation of PEM equipment fleets and associated hydrogen fueling infrastructure
• Portfolio appraisal reporting to support datacenter financings, tax equity transactions, and institutional investor requirements

DAI’s experience spans the primary fuel cell technologies deployed in stationary and motive applications:

• SOFC (Solid Oxide Fuel Cells)
  High‑efficiency onsite power systems commonly deployed in datacenter and other mission‑critical applications, where efficiency, fuel flexibility, and baseload operation are key considerations
• MCFC (Molten Carbonate Fuel Cells)
  Multi‑megawatt baseload systems serving large commercial and industrial host sites, including applications with CHP and utility‑adjacent configurations
• PAFC (Phosphoric Acid Fuel Cells)
  CHP‑enabled systems supporting facilities with consistent thermal demand and longer operating cycles
• PEM (Proton Exchange Membrane Fuel Cells)
  Motive fuel cell systems and hydrogen infrastructure supporting logistics, material handling, and distributed power applications