Nike’s World Headquarters sits on 286 acres at the edge of Beaverton, with more than 75 buildings on the campus and recent additions like the LeBron James Innovation Center and the million-square-foot Serena Williams Building. It’s the single most distinctive commercial property in the Pacific Northwest, and it’s also a useful mental reference point for the conversation most Beaverton building owners need to have about the Oregon Building Performance Standard.

Because here’s the thing: Beaverton isn’t just Nike. The city has a dense mid-size commercial ecosystem — 1.77 million square feet of office, 810,000 square feet of retail, 1.09 million square feet of industrial — with tech tenants, medical facilities, shopping centers, and a mixed-use corridor (Tanasbourne / AmberGlen) that shares geography with Hillsboro. Oregon BPS applies to covered buildings across every one of those categories.

Oregon BPS in Beaverton: The Plain-English Version

Under ORS 330-300, the Oregon Department of Energy requires commercial buildings 35,000 square feet and larger to benchmark annual energy use, complete an ASHRAE Level 2 energy audit, run a life-cycle cost assessment on identified energy conservation measures, and file a Form Q compliance report by 2028 (Tier 1) or 2030 (Tier 2). Benchmarking was due in January 2025. The audit and Form Q work follows.

Beaverton Commercial Real Estate at a Glance

Beaverton Detail	Figure
City population (2026)	~98,700
County	Washington
Electric utility	Portland General Electric (PGE)
Office inventory	~1.77M sq ft
Retail inventory	~810,000 sq ft
Industrial inventory	~1.09M sq ft
Commercial listings tracked	350+
Most commercial density (neighborhoods)	Vose-Bel Air, Tanasbourne, AmberGlen
Anchor employer	Nike World Headquarters (286-acre campus, 75+ buildings)
Other major employers with buildings	IBM Linux Technology Center, Maxim Integrated Products, Legacy Tektronix
Primary commercial corridors	Hwy 217, TV Highway (Hwy 26), Baseline Road
City climate target	Carbon neutral city operations by 2030; zero community GHG by 2050
Typical commercial EUI range	48–78 kBtu/sq ft/yr depending on building type

Beaverton’s Office Park Boom and BPS Compliance

Beaverton’s commercial growth concentrated along the Highway 217/TV Highway (Highway 26) corridors starting in the 1980s. This created a dense concentration of office park development featuring:

Mid-size Class B office buildings (1980s–2000s): These buildings were built to cost standards of their era (R-11 insulation, single-pane or early-dual-pane glass, basic HVAC controls). They’re now 20–45 years old, which puts them squarely in the BPS auditing range. A building built to 1985 standards will typically run 55–75 kBtu/sq ft/yr — above the sustainable target but achievable through retrofit.

Tech R&D facilities: Built primarily 1995–2010, these buildings are more efficient than 1980s stock but still subject to BPS requirements. Many tech companies have retrofitted their space over time but need formal ASHRAE Level 2 audits to document compliance.

Corporate campus clusters: Nike’s campus and the former Tektronix campus (now distributed ownership) represent large consolidated properties where multiple buildings must be audited. Nike’s facilities team is sophisticated on energy matters, but the audit and Form Q process is still required. The Tektronix legacy buildings, now split between various owners and tenants, present more complexity because ownership is distributed and building-to-building compliance is fragmented.

Suburban shopping centers and retail pads: Beaverton’s retail inventory includes regional anchors (Target, Best Buy, Nordstrom Rack) and neighborhood shopping centers. These typically run 50–70 kBtu/sq ft/yr and require lighting retrofit and HVAC controls upgrades for compliance.

Who Must Comply in Beaverton

Nike World Headquarters buildings: Multiple individually captured by size. Nike’s internal sustainability team is sophisticated and typically drives early work. Audit and Form Q work is still required despite Nike’s existing energy programs.
Tanasbourne / AmberGlen office buildings: The 1.25 million sq ft of office space in the Tanasbourne corridor contains many individually captured buildings. This cluster represents Beaverton’s densest commercial real estate concentration outside Nike.
Maxim Integrated Products: 226,000 sq ft semiconductor fab and support buildings. Semiconductor manufacturing facilities are energy-intensive and are among the most scrutinized under BPS.
IBM Linux Technology Center: Beaverton office presence. IBM typically has sophisticated energy management but still requires BPS audit documentation.
Legacy Tektronix campus buildings: Many now leased or sold in parts. Individual buildings are still captured by BPS regardless of ownership fragmentation. Previous tenants and current owners are responsible for compliance.
Downtown Beaverton and Old Town commercial buildings: 34+ commercial listings in the downtown core, ranging from older Class B office to retail and mixed-use.
Larger retail anchors: Target, Best Buy, Nordstrom Rack, Greenway Corridor shopping centers. Retail buildings typically run 50–70 kBtu/sq ft/yr.
Medical office buildings and private clinics: Especially those affiliated with Providence and Kaiser. These run 60–85 kBtu/sq ft/yr depending on clinical intensity.
Hotels serving Nike and Silicon Forest business travelers: Hotels run 60–80 kBtu/sq ft/yr and typically require heating system upgrades and lighting retrofit for compliance.
Larger multifamily buildings: Especially in the mixed-use corridors near Tanasbourne and downtown. Buildings above the 35,000 sq ft threshold are captured.

How the Audit Process Runs in Beaverton

An ASHRAE Level 2 energy audit under Oregon BPS is a structured engineering exercise governed by ASHRAE Standard 100 with Oregon amendments. It’s not a walkthrough, not a utility bill review, and not a voluntary sustainability exercise — it’s a specific compliance deliverable with a defined scope.

A typical Beaverton audit runs four to six weeks from kickoff to delivered report. We pull benchmarking and utility data (from Portland General Electric), walk the building with your facilities team for one to two days, measure key HVAC and envelope performance, run a life-cycle cost assessment on every candidate energy conservation measure, and deliver a Form Q compliance package ready for submission to ODOE.

For large Nike-scale campus projects, the timeline extends and we typically work building by building rather than campus-wide. A 75-building campus means 75 individual audits, staggered over 12–18 months rather than attempting parallel work across all buildings.

The Audit Workflow

Week 1: Kickoff and data request We request benchmarking records, utility billing history (3 years from PGE), building systems documentation, and floor plans. For Tanasbourne office parks, we coordinate with property managers to access building records and schedule on-site walkthroughs.

Weeks 1–2: Building walkthrough (1–2 days on-site) We measure HVAC performance with portable instruments. We photograph and document envelope conditions, lighting types, and mechanical systems. We identify control strategies and plug load density.

Weeks 2–4: Engineering analysis We model the building’s energy use using ASHRAE-approved software. We run a life-cycle cost assessment on every energy conservation measure identified during the walkthrough. For a typical 80,000 square foot office building, this generates 12–25 candidate measures with detailed cost and savings analysis for each.

Weeks 4–6: Report and Form Q preparation We write the technical audit report documenting findings, prepare a Form Q compliance package ready for ODOE submission, and provide a summary for your board, lenders, or stakeholders.

How Much Does an Audit Cost? — Flat Fees, No Surprises

Our pricing is locked at scoping. Not hourly. Not contingent. Not a percentage of claimed savings.

35,000–50,000 sq ft: $7,500
50,000–75,000 sq ft: $10,000
75,000–100,000 sq ft: $13,500
100,000–150,000 sq ft: $17,500
150,000+ sq ft: custom quote

For a multi-building campus, we provide a per-building fee based on size, which usually results in volume discounts for larger portfolios.

Energy Trust and PGE Incentive Stacking

Energy Trust of Oregon offers up to $0.85 per square foot in incentives for BPS compliance work. For a 100,000 square foot Beaverton office building, that’s $85,000 in available Energy Trust money. Our flat fee for that size bracket is $17,500 — meaning in many cases Energy Trust alone will cover the audit and leave tens of thousands of dollars for actual equipment upgrades.

Since Beaverton is served entirely by Portland General Electric, Energy Trust flows directly, and PGE’s own commercial efficiency rebate programs stack on top for qualifying equipment categories (HVAC systems, LED lighting, controls, envelope work).

Incentive Stacking Example (Tanasbourne Office)

An 80,000 square foot office building in the Tanasbourne corridor:

Energy Trust incentive: 80,000 × $0.85 = $68,000
PGE rebates for HVAC system replacement: ~$30,000
PGE rebates for LED lighting retrofit: ~$12,000
PGE rebates for building controls upgrade: ~$8,000
Total available incentives: $118,000+

Our audit fee for an 80,000 sq ft building: $13,500

Remaining incentive dollars for implementation: $104,500+

This level of incentive makes a serious energy retrofit financially viable for most Tanasbourne office owners. A typical retrofit (HVAC, lighting, controls, envelope work) costs $8–12 per square foot. For an 80,000 sq ft building, that’s $640,000–$960,000. With $104,500 in incentives, you’re covering 11–16 percent of project cost, which is substantial and materially affects payback economics.

Building Types and Compliance Risk in Beaverton

Corporate office campuses and tech R&D facilities (Nike, tech tenants, legacy Tektronix): These run 50–75 kBtu/sq ft/yr depending on age and systems. Older office (1980s–1990s) requires HVAC retrofit, lighting upgrade, and envelope work. Newer office (2000s+) requires lighter work. Cost to achieve compliance: $4–10 per square foot depending on building age.

Medical office and private clinics (Providence, Kaiser affiliated): These run 65–85 kBtu/sq ft/yr due to clinical equipment and extended hours. Compliance requires dedicated systems work (clinical HVAC, medical gas, occupancy controls). Cost to achieve compliance: $6–12 per square foot.

Retail anchors and shopping centers: These run 50–70 kBtu/sq ft/yr. Compliance usually requires HVAC controls, lighting retrofit, and occupancy sensors. Cost to achieve compliance: $3–6 per square foot.

Hotels and hospitality: These run 65–85 kBtu/sq ft/yr depending on amenities. Compliance typically requires heating system upgrade (heat pump or hot water recovery), lighting retrofit, and occupancy-based controls. Cost to achieve compliance: $5–10 per square foot.

Semiconductor and electronics manufacturing (Maxim Integrated): These run 100–150+ kBtu/sq ft/yr due to process loads, clean rooms, and equipment cooling. Compliance is complex because manufacturing processes are energy-intensive and standard retrofit approaches may not apply. Audit focuses on process optimization, cooling efficiency, and power distribution improvements. Cost to achieve compliance: $10–20+ per square foot depending on process intensity.

Warehouse and distribution: These run 25–50 kBtu/sq ft/yr depending on climate control. Compliance usually requires minimal work or targeted HVAC and lighting upgrades. Cost to achieve compliance: $2–6 per square foot.

Beaverton’s Climate Action Plan and Long-Term Pressure

Beaverton’s Climate Action Plan 2035 Update targets carbon neutrality in city operations by 2030 and zero community greenhouse gas emissions by 2050. That alignment between state BPS requirements and local climate policy means Beaverton building owners should expect continued pressure on energy performance beyond the first compliance cycle — which reinforces the case for doing the audit work thoroughly the first time rather than treating it as a check-the-box exercise.

Once your building hits BPS compliance in 2028 or 2030, you’ll likely face additional pressure from the city to go further (net-zero retrofits, renewable energy integration, etc.) within the 2030–2050 timeframe. Understanding that long-term trajectory now helps you plan Phase 1 (BPS compliance) and Phase 2 (deeper decarbonization) as a coordinated capital program rather than two separate projects.

Building Types We Serve in Beaverton

Corporate office campuses, tech R&D buildings, medical office buildings and private clinics, retail anchors and shopping center pads, hotels and hospitality properties, warehouse and distribution buildings, larger multifamily buildings, and private educational and institutional facilities — all of these are common Beaverton BPS projects for us.

Why 2026 Is the Right Start Year

A well-run BPS compliance process takes 9 to 18 months from first scoping call to a filed Form Q. Starting in 2026 gives Beaverton building owners a normal working pace, time to implement the energy conservation measures the audit recommends (and capture their ROI), and access to Energy Trust of Oregon’s full incentive pool before the late-cycle rush. Starting in 2027 compresses the schedule. Starting in 2028 means paying for expedited work and potentially missing the compliance deadline.

Additionally, 2026 kickoff positions you to:

Complete the audit by mid-2026
Secure Energy Trust and PGE incentive commitments by late 2026
Plan and design improvements by early 2027
Complete implementation by early 2028 (for Tier 1) or mid-2029 (for Tier 2)
Have time to verify performance and handle any compliance adjustments

How to Get Started with BPS Compliance in Beaverton

Here’s the step-by-step path most Beaverton building owners should follow:

Step 1: Confirm your building is captured (1–2 days) Get the building address, square footage, and primary use category. Cross-check against ODOE’s building list. If over 35,000 sq ft and not exempt, assume you’re in.

Step 2: Verify benchmarking is filed (1 day) Check ODOE’s benchmarking database or confirm with Portland General Electric that benchmarking data was submitted in January 2025. If not, file immediately.

Step 3: Pull historical utility data (1 week) Gather 3 years of billing records from Portland General Electric. Request it now so it’s ready when you scope the audit.

Step 4: Scope the ASHRAE Level 2 audit (1 week) Contact an auditor, get a flat fee quote, and agree on a kickoff date. Lock in a 4–6 week window for the full audit.

Step 5: On-site audit walkthrough (1–2 days) Schedule facilities personnel to be available. The auditor will need access to mechanical rooms, the roof, and occupied spaces. Prepare building documentation (floor plans, HVAC drawings, age of major systems).

Step 6: Review draft findings (1–2 weeks) The auditor will deliver a draft report. Review it, ask questions, confirm that the identified measures make sense for your building and your budget.

Step 7: Get the final Form Q report (1 week) The auditor delivers the final compliance report, Form Q template filled, and supporting documentation.

Step 8: Apply for Energy Trust incentives (2–4 weeks) After the audit is complete, apply for Energy Trust of Oregon incentives. Energy Trust reviews the audit, commits incentive dollars to specific measures, and sets implementation terms.

Step 9: Identify PGE rebates (1–2 weeks) Contact Portland General Electric to identify which specific measures qualify for their commercial rebate program. Coordinate with Energy Trust to avoid double-funding while maximizing total incentive dollars.

Step 10: Plan and implement measures (4–18 months depending on scope) Based on your audit findings and available incentive dollars, plan your energy conservation measures. Implementation timeline depends on measure scope (lighting might take 4–8 weeks; a major HVAC system replacement might take 6–18 months).

Step 11: Verify performance and maintain records (ongoing) After measures are implemented, monitor building performance against the baseline from your audit. Energy Trust requires metering and verification of results. Keep records of all compliance work for future reference or building sale.

The entire path from scoping to final implementation typically takes 12–18 months for a straightforward Beaverton office building, 18–24 months for a multi-building campus.

About the Author

Mike VanVickle is a commercial building energy compliance specialist based in Oregon. He has guided dozens of property owners through Oregon’s Building Performance Standards process, from initial audit scoping through ASHRAE Level 2 completion and ODOE submission. He holds expertise in ORS 330-300 compliance timelines and has worked with Energy Trust of Oregon and Portland General Electric incentive programs to reduce compliance costs for building owners in Washington County and across Oregon, including Nike-affiliated facilities and Tanasbourne corporate office parks.

Beaverton Building Performance Standard