Self-Storage Facility buildings in Los Angeles
148 self-storage facility buildings benchmarked under LA Municipal Code Div. 97, §91.9701 (EBEWE), graded by ENERGY STAR score.
At a glance
148 self-storage facility buildings in Los Angeles disclose their energy use under LA Municipal Code Div. 97, §91.9701 (EBEWE), 1% of the city's 11,498 benchmarked buildings and its 7th-largest property type. They average a site EUI of 5.3 kBtu/ft².
Top of the class
Most efficient
| Building | Score | Site EUI | Floor area |
|---|
Penalty exposure
Least efficient
| Building | Score | Site EUI | Floor area |
|---|
Scale
Largest
| Building | Score | Site EUI | Floor area |
|---|---|---|---|
| 3450 SENECA CT | –— | 0.6 kBtu/ft² | 350,000 sq ft |
| 3430 S LA BREA AVE | –— | 5.0 kBtu/ft² | 282,765 sq ft |
| 12681 W JEFFERSON BLVD | –— | 1.2 kBtu/ft² | 268,022 sq ft |
| 9341 SHIRLEY AVE | –— | 7.2 kBtu/ft² | 226,733 sq ft |
| 1437 W 190TH ST | –— | 7.4 kBtu/ft² | 194,364 sq ft |
| 11620 SHERMAN WAY | –— | 5.5 kBtu/ft² | 194,008 sq ft |
| 11200 W PICO BLVD | –— | 6.6 kBtu/ft² | 193,967 sq ft |
| 1000 W 6TH ST | –— | 7.7 kBtu/ft² | 184,919 sq ft |
| 10151 NATIONAL BLVD | –— | 7.5 kBtu/ft² | 164,000 sq ft |
| 20701 PLUMMER ST | –— | 4.4 kBtu/ft² | 161,704 sq ft |
How do Los Angeles's self-storage facility buildings compare with the rest of the city?
Average site EUI is 5.3 kBtu/ft², about 88% below the city's 45.6 kBtu/ft² across all property types. Together they reported 3,580 tCO₂e in their latest years, 0% of the city's disclosed building emissions.
How do Los Angeles's self-storage facility buildings compare nationally?
Across all 24 jurisdictions BuildingCensus covers there are 3,050 self-storage facility buildings, averaging an ENERGY STAR score of 75 and a site EUI of 9.4 kBtu/ft². Los Angeles has the 3rd-most self-storage facility buildings of the 11 jurisdictions with at least 25.
How big and how old are Los Angeles's self-storage facility buildings?
The average self-storage facility building here has 85,483 sq ft of floor area, roughly in line with the citywide average of 79,889 sq ft. Together they cover 12.7 million square feet. The average year built is 1995, against 1975 for all disclosed buildings in the city. The largest is 3450 SENECA CT, at 350,000 sq ft.
More on Los Angeles's buildings
- All Los Angeles benchmarked buildings· LA Municipal Code Div. 97, §91.9701 (EBEWE)
- Multifamily Housing buildings in Los Angeles· 3,538 buildings
- Office buildings in Los Angeles· 676 buildings
- Non-Refrigerated Warehouse buildings in Los Angeles· 392 buildings
- Manufacturing/Industrial Plant buildings in Los Angeles· 276 buildings
- Distribution Center buildings in Los Angeles· 172 buildings
- Retail Store buildings in Los Angeles· 154 buildings
- Self-Storage Facility buildings in California· 1,935 buildings
- Self-Storage Facility buildings in New York City· 481 buildings
- Self-Storage Facility buildings in Philadelphia· 76 buildings
- Self-Storage Facility buildings in San Diego· 56 buildings
- Self-Storage Facility buildings in Montgomery County· 54 buildings
- Self-Storage Facility buildings in Denver· 53 buildings
- Most efficient large buildings in Los Angeles
- Biggest emitters in Los Angeles
Frequently asked questions
How efficient are Los Angeles's self-storage facility buildings?
The 148 benchmarked self-storage facility buildings in Los Angeles report no ENERGY STAR scores and a site energy-use intensity of 5.3 kBtu/ft² in their latest disclosures under LA Municipal Code Div. 97, §91.9701 (EBEWE).
What is the largest self-storage facility building in Los Angeles?
3450 SENECA CT, with 350,000 sq ft of gross floor area in its latest disclosure.
About this data
Source: Existing Buildings Energy & Water Efficiency (EBEWE) (LA Municipal Code Div. 97, §91.9701 (EBEWE)), as published October 2, 2026. See the methodology for how records are matched, cleaned and scored.
Cite as: BuildingCensus, “Self-Storage Facility buildings in Los Angeles”, https://buildingcensus.com/buildings/los-angeles/type/self-storage-facility (data as of October 2, 2026).