Proposed EV charging site
Woodside Town Center
3130 Woodside Rd, Woodside, CA
16 Tesla Level 3 fast chargers under SolarPorts solar canopies — financed, built and operated by SolarPorts, with rent paid to the property for every kWh delivered.
What the property earns.
Property investment
$0
Rent, year 1
$175,200
Rent per year (from year 13)
$525,600
Total rent (30 years)
$13.2M
SolarPorts pays for the chargers, the solar canopies, installation, electricity and maintenance, and pays the property $0.10 for every kWh drivers charge, fixed for 30 years. Shoppers get covered parking and fast charging while they shop.
Why this site.
28,000
Visitors per day
137
EV charging sessions per day
4,910
EVs registered in ZIP 94062
$112,400
Community income (ZIP 94062)
984 kW
Grid capacity available
0
Fast chargers on site today
The proposal.
16
Tesla Level 3 chargers, 150 kW each
1
Power cabinet
4
SolarPorts covering 64 stalls
300 kW
Solar, DC
System spec
System design
- Site
- Woodside Town Center
3130 Woodside Rd, Woodside, CA 94062 - APN
- 072162090
- Utility
- PG&E
- Seismic rating (SDS)
- 2.03
- Irradiance
- 1,682 kWh per kW per year
- System size
- 300.0 kW DC
- Estimated production
- 543,959 kWh / year
- EV charging
- 16 × 150 kW = 2,400 kW
- Energy delivered to drivers, year 1
- 1,752,000 kWh
- Solar panels
- 480 × Hanerson HN21RN-66HT 625 BiFacial
- SolarPort structures
- 4 × SolarPort 120
- Chargers
- 16 × Tesla Supercharger V4, 1 power cabinet
- Wire loss
- 2.0%
How these figures are estimated
- This is a proposal, not a built project. Figures are estimates for discussion and are refined with a site survey and the utility.
- Visitors and charging sessions per day: SolarPorts site selection research.
- Chargers: 16 Tesla posts (SolarPorts site selection), at most 16 per site.
- Use: each charger delivers 150 kW for 2 hours a day in year 1, growing 10% a year up to 6 hours a day (year 13).
- Rent: $0.10 per kWh delivered, fixed, for 30 years. Federal and state incentives and LCFS credits go to SolarPorts as the owner and are not counted here.
- Solar: up to 4 SolarPorts 120 (120 panels, 16 stalls each); production = kW DC × site irradiance × bifacial gain × (1 − 2% wire loss).
- The site selection targets 20 chargers; this proposal starts with the maximum of 16 per site.
- Running all 16 chargers at full power at once needs about 2,500 kW; the published grid capacity near the site is 984 kW, so the utility may need to upgrade service or the cabinets share power.
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