ChargeCensus

Hyatt Irvine By LAZ

Available

EV charging station in Irvine, California on the Evolv Charging network — 4 DC fast. US DOE AFDC station 470308.

At a glance

Hyatt Irvine By LAZ is a public EV charging station at 17900 Jamboree Rd in Irvine, California, on the Evolv Charging network. It has 4 charging ports (4 DC fast) with CCS connectors. The US DOE registry lists it as available, open since Jun 17, 2025.

Total ports
4
DC fast
4
Level 2
0
Access
Public
◆ Loading map…
≥ 50 ports20–508–20< 8 ports
This entry + 6 nearby

Station record

DOE registry record

FieldValue
AFDC station ID470308
NetworkEvolv Charging
StatusAvailable (E)
AccessPublic
FacilityHotel
Open dateJun 17, 2025
Last updated at sourceOct 8, 2026

Plugs

Connectors & pricing

  • CCS — Combined Charging System — the J1772-based DC fast connector.

Pricing: $0.50 per kWh

Charging network

Evolv Charging

Operates 95 stations in the DOE registry — view the full network →

Location

Address
17900 Jamboree Rd
City
Irvine
ZIP
92612
Coordinates
33.67807, -117.84092

Within ~15 km

Nearby charging

What kind of charging does Hyatt Irvine By LAZ offer?

Of its 4 ports, 4 are DC fast. DC fast ports deliver direct current straight to the battery and are the ones used for quick stops on longer trips. That is roughly in line with the California average of 3.7 ports per station. The registry lists one connector type: CCS, Combined Charging System — the J1772-based DC fast connector. Pricing as reported to the registry: “$0.50 per kWh”. The site is listed as a hotel location.

How does Hyatt Irvine By LAZ compare with other stations in Irvine?

Irvine has 812 charging stations in the DOE registry with 1,938 ports, the 3rd-most of 812 cities and towns in California. Hyatt Irvine By LAZ accounts for under 1% of the charging ports in Irvine. Evolv Charging runs 2 stations in Irvine. Statewide, California has 21,814 stations and 81,788 ports, the largest station count of the 51 states and DC. The biggest station in California, Viejas Casino and Resort in Alpine, has 432 ports.

Who operates Hyatt Irvine By LAZ?

Evolv Charging operates 95 stations in the registry across 1 states, with 746 DC fast and 632 Level 2 ports in total. 95 of those stations are in California, under 1% of the state's 21,814.

What does the “Available” status mean?

“Available” means the station is open and in service according to the DOE registry. Its access code is public, meaning it is listed as open to any driver. It opened on Jun 17, 2025, one of 2,781 stations in California with a 2025 open date. The station's record was last updated at the source on Oct 8, 2026.

Frequently asked questions

How many chargers does Hyatt Irvine By LAZ have?

Hyatt Irvine By LAZ has 4 charging ports: 4 DC fast.

Does Hyatt Irvine By LAZ have DC fast charging?

Yes. The registry lists 4 DC fast ports at Hyatt Irvine By LAZ, with CCS connectors.

What connectors does Hyatt Irvine By LAZ have?

Hyatt Irvine By LAZ has CCS connectors.

Is charging at Hyatt Irvine By LAZ free?

Pricing as reported to the DOE registry: $0.50 per kWh.

Is Hyatt Irvine By LAZ open to the public?

Yes. Hyatt Irvine By LAZ is listed with public access, and its status is available.

Where is Hyatt Irvine By LAZ?

Hyatt Irvine By LAZ is at 17900 Jamboree Rd, Irvine, CA 92612. Its coordinates are 33.67807, -117.84092.

More EV charging around Irvine

Working with California charging stations? Pro adds alerts, change history and CSV export ($29/mo); Enterprise adds full national files, the API and an MCP server for AI tools.

Dataset updated . Source: US DOE Alternative Fuels Data Center station 470308, weekly full pull.

About this data

Source: US Department of Energy Alternative Fuels Data Center (AFDC) station registry, as published October 12, 2026 — ChargeCensus refreshes it weekly. See the methodology for how records are matched, cleaned and scored.

Cite as: ChargeCensus, “Hyatt Irvine By LAZ, Irvine, CA (AFDC station 470308)”, https://chargecensus.com/stations/california/hyatt-irvine-by-laz-470308 (data as of October 12, 2026).