What the cited historical or program record documents.
Reader Legend
How to read this companion
What CFIG retrospectively connects or would bring forward for decision-makers.
Source-linked implications for the decisions available at that time.
The records reviewed and the decisions they inform.
Interactive Evidence Chain
Select any stage for its supporting detail, or follow the chain from 1 through 9.
Executive Evidence Summary
Trace the energy target to measured operation
The public record shows a high-performance facility with explicit targets, integrated design, and operating data. This independent CFIG analysis examines how those records could guide decisions.
Official facility performance text, a 2011 measured-and-modeled energy data submission, and NREL design and capital-cost publications.
The facility used an absolute energy goal with integrated design and operating measurement. Official performance text describes real-time use of building data; the 2011 data submission supplies a measured-versus-modeled record.
A performance promise gains lasting value when design choices, costs, controls, occupant use, and measured operation remain connected.
Target definition and design tradeoffs came first; commissioning, controls tuning, and the first occupied year offered further verification points.
A requirement trace, variance dashboard, and corrective-action plan could help the owner, design team, and facility operators decide what to investigate, tune, accept, or monitor.
Without a measurement-and-action owner, a target can remain an untested label. Public summaries support this retrospective; raw utility bills, controls logs, and original commissioning files were not independently reviewed.
Documented Path
What the portfolio’s public record shows
Documented delivery and continuing verification path
Mission and absolute energy target → Integrated design and cost choices → Construction, commissioning, and occupancy → Published performance review → Continuing tuning and long-term validation.
Evidence boundary
CFIG does not certify energy performance or replace the owner, designer, controls specialist, commissioning provider, or LEED reviewer. The public records—not a new engineering model—support this demonstration.
Retrospective CFIG Analysis
What CFIG would bring into one decision picture
Condition CFIG connects
CFIG connected the absolute energy target, integrated design choices, cost controls, building systems, occupant loads, measured data, model variance, real-time operations, and later validation.
CFIG-informed path
Source gate → Condition connected → Performance Requirement-to-Design Traceability Matrix → Model-versus-Measured Energy Variance Dashboard → Measurement, Verification, and Corrective-Control Action Plan → Did the building meet the stated target, which variances matter, and what should be tuned, corrected, monitored, or accepted? → Verifies the return on design decisions and turns operating data into targeted improvement.
Decision to be supported: Did the building meet the stated target, which variances matter, and what should be tuned, corrected, monitored, or accepted?
Decision Window
When meaningful options were still available
At target definition, design tradeoffs, controls tuning, and the first full year of occupied performance data.
Why timing mattersEnergy decisions needed to be made while orientation, envelope, systems, controls, and equipment could still change.
Comparative Differential Analysis
Documented path versus CFIG-informed path
Historical facts and retrospective analysis are separated below. The CFIG column describes what the demonstration indicates CFIG would have surfaced; the source record and proposed decision support remain distinctly identified.
| Dimension | Documented project record | CFIG-informed presentation | Differential | Likely impact or benefit |
|---|---|---|---|---|
| Energy target | Official design and facility records describe an absolute energy target and integrated design choices. | A requirement-to-design trace could show how each accepted decision relates to the stated target. | A single decision view would connect goal, choice, evidence, and owner. | Potentially easier to see energy and cost tradeoffs before designs are fixed. |
| Capital and design | NREL published capital-cost analysis alongside its high-performance design work. | A CFIG comparison could present target protection and cost evidence together at design approvals. | Energy and first-cost effects could be examined at the same decision point. | Potentially clearer tradeoff records, without inventing a cost saving. |
| Measured operation | The public data submission contains measured and modeled 2011 energy data; performance text describes real-time data use. | A variance dashboard could assign noteworthy differences to investigation or acceptance by operators. | Measurement could become an explicit operating decision rather than a report alone. | Potentially faster identification of issues that warrant tuning; no unreviewed savings figure. |
| Long-term learning | Later official reporting describes continued performance attention and validation. | A corrective-action plan could connect an accepted variance to a responsible operator and follow-up record. | The performance story would remain auditable after initial occupancy. | Potentially more durable learning across operations and future projects; certification remains with its issuing body. |
Potential Impact
Why the differential matters
Cost effect
Documented path: NREL documented an energy target and capital-cost considerations as part of the project story. CFIG-informed difference: A requirement trace could show decision-makers which design choices support the energy goal alongside their cost basis. Practical significance: That comparison could improve investment decisions while choices remain open. The public record does not establish a CFIG cost saving.
Time and delivery effect
Documented path: Integrated design decisions preceded construction and occupancy; later verification relied on operating evidence. CFIG-informed difference: A decision register could place target checks at design approval, commissioning, and occupied-operation gates. Practical significance: Clear timing could reduce the chance that a performance question is first noticed after options narrow. It does not prove a different delivery schedule.
Operating effect
Documented path: Official materials describe real-time data and a 2011 measured-versus-modeled submission. CFIG-informed difference: A variance dashboard could assign material differences to an operator for examination, tuning, monitoring, or acceptance. Practical significance: A named follow-up could turn data into an accountable action. Raw utility, controls, and commissioning data were not independently revalidated here.
Benefit effect
Documented path: The facility was presented as a high-performance building and living laboratory with later validation. CFIG-informed difference: A corrective-action plan could record each accepted lesson with its evidence, owner, and follow-up date. Practical significance: That record could make project learning more reusable. CFIG does not claim credit for the documented performance or certification.
Tangible Options
Three outcome-level choices
These options illustrate the decision support CFIG could provide from the reviewed evidence. CFIG’s operating methods remain proprietary.
Performance Requirement-to-Design Traceability Matrix
Decision supportedWhether the design still supports the target before a choice is locked.
Potential benefitBetter protection of energy and capital goals.
Model-versus-Measured Energy Variance Dashboard
Decision supportedWhich variances matter and where investigation or tuning should start.
Potential benefitFaster, evidence-based operating improvement.
Measurement, Verification, and Corrective-Control Action Plan
Decision supportedWhat to tune, repair, change, monitor, or accept.
Potential benefitSustained savings and reusable project learning.
Public Evidence Bridge
Sources supporting the demonstration
The complete coverage notes and exact reliance locations remain in the project portfolio. These links open the original public records.
| ID | Public source | Status | Open |
|---|---|---|---|
| S1 | Official RSF performance textFacility purpose, passive and active design, real-time data, photovoltaic system, and 2020 validation. | VERIFIED | OPEN PUBLIC SOURCE |
| S2 | 2011 Measured and Modeled Energy DataOfficial NREL data submission 40 and primer. | VERIFIED | OPEN PUBLIC SOURCE |
| S3 | The Role of Modeling When Designing for Absolute Energy UseNREL report NREL/CP-5500-49067. | VERIFIED | OPEN PUBLIC SOURCE |
| S4 | Controlling Capital Costs in High Performance Office BuildingsNREL report NREL/CP-5500-55264. | VERIFIED | OPEN PUBLIC SOURCE |
| S5 | Official research facilities pageCurrent federal-laboratory description of the completed 2010 facility. | SUPPORTING | OPEN PUBLIC SOURCE |
Completion Boundary
Evidence, decision value, and authority
Decision value: This companion connects cited project evidence to the decisions available at the time, identifies material exposure, and presents outcome-level options for authorized leaders to evaluate.
Professional boundary
CFIG supports decision-makers. Licensed and authorized professionals retain responsibility for engineering, safety, legal, environmental, accounting, regulatory, and other protected judgments.