Building efficiency assessment methodology

ADI developed a vendor‑independent Building Efficiency Assessment Methodology (BEAM) to quantify energy savings, emissions reductions, and retrofit economics across existing building portfolios. The work combined inductive benchmarking from comparable buildings, scenario‑based modeling, and conversion‑rate analysis to move retrofit decisions upstream without costly on‑site audits. Emphasis was placed on translating engineering outputs into CFO‑relevant metrics such as payback, cash flow, and project risk.

The client

Diversified industrial’s building energy efficiency business

The situation

High retrofit costs and lack of credible pre‑assessment tools limited private‑sector investment in building efficiency.

ADI’s contributions

Contribution icon 1

Vendor‑independent modeling framework

Developed a modular toolkit to benchmark energy use, emissions, and retrofit costs without on‑site surveys.

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Scenario‑based economic analysis

Modeled payback, cash flow, and conversion rates under multiple investment and adoption scenarios.

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Barrier reduction focus

Addressed structural, behavioral, and capital barriers that limit private‑sector retrofit uptake.

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Commercialization readiness

Designed phased validation, pilot testing, and market rollout to support large‑scale adoption.

Key outcomes

  • Enabled scalable, objective screening of retrofit opportunities, lowering barriers to investment and improving project conversion rates.
Client Results
ADI helped us quantify our target market size in a very methodical manner. They got up to speed very quickly on what we do, spending time with our team, technology, and markets to perform a thorough evaluation themselves.
Doug Moorehead President, FlexGen Power Systems

Industry experience

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ADI benchmarked distributed generation technologies using a structured index covering cost, efficiency, emissions, scalability, and regulatory fit. The framework was informed by interviews with utilities, regulators, and technology providers to reflect real‑world deployment constraints. Findings were used to rank options for grid support applications rather than treating distributed generation as a monolithic solution. The client […]

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Environmental performance of green building systems

ADI conducted parameterized life‑cycle assessments of major green building assessment systems using hybrid life‑cycle inventory methods and EPA TRACI impact categories. The analysis explicitly modeled construction materials, energy use, and system boundaries to compare LEED, ASHRAE, and IgCC pathways against a baseline commercial building. Sensitivity and uncertainty analyses were used to isolate which building features […]

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ADI evaluated the North American EV and charging infrastructure market using bottom‑up forecasts of vehicle stock, charger deployment, power demand, and capital investment through 2030. The analysis differentiated Level 1, Level 2, and DC fast charging economics, incorporating policy scenarios, utility participation models, and EPC cost structures. Particular attention was paid to fleet charging economics […]

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To assess market entry potential for modular energy systems, ADI evaluated the deployment of small-scale LNG (ssLNG) for industrial and transportation applications. The research addressed infrastructure constraints in off-grid regions and evaluated the levelized cost of electricity (LCOE) of modular gas systems against traditional diesel power. Competitive analysis included a review of modular technology providers […]

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