BuildingCensus
–

250 Sutter

Commercial in San Francisco, CA · 250 SUTTER ST · 94108

At a glance

250 Sutter is a 54,726-square-foot commercial building at 250 SUTTER ST in San Francisco, California, built in 1909. In its 2025 San Francisco benchmarking disclosure it reported a site energy-use intensity of 19.4 kBtu/ft² and 60 tCO₂e of greenhouse-gas emissions.

ENERGY STAR score
—
not reported · 2025
Site EUI
19.4
kBtu/ft²
GHG emissions
60
tCO₂e
GHG intensity
1.1
kgCO₂e/ft²
Floor area
54,726
sq ft
Year built
1909
vintage
◆ Loading map…
85–10070–8455–691–54
This entry + 6 nearby

SF Environment Code Chapter 20 · reporting year 2025

Benchmarking record

FieldValue
ENERGY STAR score—
Site EUI19.4 kBtu/ft²
Source EUI45.9 kBtu/ft²
GHG emissions60 tCO₂e
GHG intensity1.1 kgCO₂e/ft²
Electricity234,744 kWh
Natural gas2,584 therms
Gross floor area54,726 sq ft
Source recordsf:0287/010:2025

The disclosure history

Year over year

YearScoreΔSite EUIGHG emissions
2025latest—19.4 kBtu/ft²60 tCO₂e
2024—20.3 kBtu/ft²70 tCO₂e
2023—20.3 kBtu/ft²75 tCO₂e
2022—15.2 kBtu/ft²58 tCO₂e
2021—15.8 kBtu/ft²55 tCO₂e
2020—18.0 kBtu/ft²65 tCO₂e
201994±022.6 kBtu/ft²86 tCO₂e
201894-122.3 kBtu/ft²85 tCO₂e
201795+429.9 kBtu/ft²119 tCO₂e
201691-133.4 kBtu/ft²150 tCO₂e
201592+1531.2 kBtu/ft²134 tCO₂e
201477+1235.6 kBtu/ft²153 tCO₂e
201365-540.7 kBtu/ft²180 tCO₂e
201270-1137.9 kBtu/ft²170 tCO₂e
20118136.7 kBtu/ft²179 tCO₂e

Compliance context

SF Environment Code Chapter 20

San Francisco's ordinance requires annual benchmarking for commercial buildings over 10,000 sq ft, with administrative penalties for buildings that fail to report.

Program details →

Ownership

No owning organisation shown. Names of private individuals in the disclosure are not published here.

Own or manage this building? Claim it to correct the record and get compliance alerts.

Location

Address
250 SUTTER ST
State
California
ZIP
94108
Coordinates
37.78999, -122.40482

Within ~1 km

Nearby benchmarked buildings

See also: most efficient in San Francisco · biggest emitters

How does 250 Sutter compare with other commercial buildings in San Francisco?

The latest disclosures cover 1,683 commercial buildings in San Francisco, out of 2,509 buildings citywide. Its site EUI of 19.4 kBtu/ft² is about 61% below the average of 49.2 kBtu/ft² — it uses less energy per square foot than the typical building in that group. Its emissions intensity of 1.1 kgCO₂e/ft² is about 60% below the group average of 2.7 kgCO₂e/ft².

At 54,726 sq ft, it is about half of the average floor area of 107,408 sq ft for those buildings. It was built in 1909, 32 years earlier than the group's average year built (1941). Across all 24 jurisdictions BuildingCensus covers, the 2,307 commercial buildings average an ENERGY STAR score of 76 and a site EUI of 51.3 kBtu/ft².

How has 250 Sutter's energy performance changed over time?

BuildingCensus holds 15 San Francisco disclosures for 250 Sutter, covering report years 2011–2025. Its ENERGY STAR score went from 81 in 2011 to 94 in 2019 (+13 points); its best year on file was 2017, at 95. Site EUI moved from 36.7 kBtu/ft² (2011) to 19.4 kBtu/ft² (2025), a 47% decrease. Reported emissions went from 179 tCO₂e to 60 tCO₂e over the same span (down 67%).

What does a site EUI of 19.4 kBtu/ft² mean?

Site energy-use intensity (EUI) is the energy a building uses on site in a year divided by its floor area, in thousand Btu per square foot — lower is more efficient. 250 Sutter's 19.4 kBtu/ft² across 54,726 sq ft works out to about 1.1 billion Btu (311 MWh-equivalent) in 2025. Its source EUI of 45.9 kBtu/ft² also counts the energy lost generating and delivering that power, which is why it is higher. The disclosure also reports 234,744 kWh of electricity and 2,584 therms of natural gas for the year.

Which law requires 250 Sutter to report its energy use?

250 Sutter reports under SF Environment Code Chapter 20, the legal basis of San Francisco's Existing Buildings Energy Performance Ordinance, which publishes each covered building's annual benchmarking results. The record shown here is the report-year 2025 disclosure (source record sf:0287/010:2025). San Francisco's ordinance requires annual benchmarking for commercial buildings over 10,000 sq ft, with administrative penalties for buildings that fail to report.

More commercial buildings in San Francisco

Frequently asked questions

What is 250 Sutter's energy grade?

250 Sutter did not report an ENERGY STAR score in its 2025 disclosure, but its site energy-use intensity was 19.4 kBtu/ft².

How much energy does 250 Sutter use?

Its 2025 site energy-use intensity was 19.4 kBtu/ft² (45.9 kBtu/ft² source) across 54,726 sq ft, including 234,744 kWh of electricity and 2,584 therms of natural gas.

What are 250 Sutter's carbon emissions?

250 Sutter reported 60 tCO₂e of greenhouse-gas emissions (1.1 kgCO₂e/ft²) for 2025.

Where is 250 Sutter?

250 Sutter is at 250 SUTTER ST, in San Francisco, California 94108. Its coordinates are 37.78999, -122.40482 (latitude, longitude), as published in the Existing Buildings Energy Performance Ordinance file.

How big is 250 Sutter and when was it built?

250 Sutter has 54,726 sq ft of gross floor area, as reported in its 2025 disclosure. The disclosure lists 1909 as its year built. It is classed as commercial.

Is 250 Sutter covered by SF Environment Code Chapter 20?

Yes — it appears in the 2025 Existing Buildings Energy Performance Ordinance disclosure, which lists the buildings reporting under SF Environment Code Chapter 20.

Working with San Francisco building benchmarking records? Pro adds alerts, change history and CSV export ($49/mo); Enterprise adds full national files, the API and an MCP server for AI tools.

About this data

Source: Existing Buildings Energy Performance Ordinance (SF Environment Code Chapter 20), as published October 2, 2026. See the methodology for how records are matched, cleaned and scored.

Cite as: BuildingCensus, “250 Sutter, San Francisco, California — 2025 benchmarking disclosure”, https://buildingcensus.com/buildings/san-francisco/250-sutter-617c9687 (data as of October 2, 2026).