For businesses · Visalia · Tulare County
Commercial EV Charging Station Installation in Visalia & Tulare County
Cen Cal Electricians handles commercial EV charging station installation for businesses, apartments, HOAs, and fleets around Visalia and Tulare County. We check service capacity, plan trenching and accessible spaces, and wire Level 2 or DC fast chargers with load management.
Written by Cen Cal Electricians, Visalia, CA. Updated . How we write these pages
What we do
- Commercial EV charging station installation, Level 2
- DC fast charger installation on 480-volt service
- Workplace charging for staff and visitor parking
- Fleet charging for vans, trucks, and ag fleets
- Multifamily and HOA EV charging
- Load management so more chargers share one service
- Service upgrades and transformers coordinated with SCE or PG&E
- Trenching, boring, conduit, and concrete pads
- Accessible space layout for public chargers
- Charger commissioning and network hookup for payment and access
When to plan an EV charging station for your business
- Tenants, staff, or customers ask where to charge.
- You are adding electric vans, pickups, or yard trucks.
- A new building must meet CALGreen EV rules.
- Existing chargers trip breakers or sit offline.
- An HOA owner asked to install a charger.
How the job goes
Tell us the site
Tap Get help now and note how many vehicles will charge and who drives them. We get back to you to plan a site visit.
Capacity and site plan
We read the main switchboard and review a year of demand data from your utility account. Then we map the route from the panel to the parking spaces.
Programs, design, and permit
We check whether an SCE or PG&E make-ready program is open, then lay out chargers, accessible spaces, and load management. We pull the city or county permit.
Install and commission
We trench or bore, set pads and conduit, pull wire, and mount the chargers. Then we bring each one online and test every port.
Inspect and hand off
We meet the inspector and show your staff how to reset a charger, manage access, and read usage. Network and payment plans stay between you and the charger company.
What changes the price
Every bid starts with a look at the site. These are the things that move the number.
- The distance from the panel to the parking spaces sets trenching, boring, and paving repair cost.
- Spare service capacity decides whether you need a new service, a transformer, or load management instead.
- Most DC fast chargers need 480-volt three-phase power and much larger feeders than Level 2 stations.
- Public chargers add accessible spaces, access aisles, signs, and striping under California Building Code Chapter 11B.
- Networked chargers carry software and data fees that non-networked units avoid.
- Utility make-ready programs may cover some site work when they are open, which lowers your share.
Notes for the Central Valley
SCE's Charge Ready program has stopped taking new applications. PG&E's EV Fleet program closed its application window on June 30, 2026. Ask the utility about any open make-ready offer before you design.
Under Electric Rule 29, the utility builds and owns the service up to the meter for qualifying, separately metered chargers at business and multifamily sites. In Visalia, Tulare, Porterville, and Lindsay that is SCE, and in Fresno, Clovis, and Selma it is PG&E. The chargers and everything past the meter remain the site owner's responsibility.
CALGreen sets EV-capable spaces and installed chargers for new parking. On a new building, plan conduit and capacity early, because trenching after paving costs more.
Valley summers bake parking lots. Check each charger's operating temperature range, since some models lower output in high heat, and consider shade or a carport.
Fleet yards on farms and industrial lots can sit far from the main service. A separate service at the yard is sometimes simpler than a long feeder, if SCE or PG&E can serve it.
Where we do this work
We take this work within about 60 miles of Visalia, in towns such as Visalia, Tulare, Hanford, Porterville, Fresno, and Clovis. Each town page names the permit office and the utility, and lists other local shops. See every town.
Questions people ask
How much does commercial EV charger installation cost?
It depends on the charger type, the distance to the panel, and how much spare capacity your service has. Trenching, concrete, accessible spaces, and network fees add to it. DC fast chargers cost far more to wire than Level 2 stations. We price after a site visit and a look at your demand data.
Should my business install Level 2 or DC fast chargers?
Level 2 fits places where cars park for hours, such as workplaces, apartments, and hotels. DC fast charging fits quick stops, fleets that turn vehicles around fast, and highway sites. Level 2 needs far less power, so it is the usual starting point. We size the plan to how long vehicles stay.
Do I need a service upgrade to add EV chargers?
Not always. The electrical code lets us size new load from a year of your actual demand data. Load management also lets chargers share capacity. Together, they can let a site add Level 2 ports without a new service. Fleet and DC fast sites often need a utility upgrade, which SCE or PG&E must approve.
What is load management for EV chargers?
Load management shares one feeder among several chargers and lowers their output when building load rises. The code lets us size the feeder to the managed limit instead of every charger at full power. It can cost less than a bigger service, but each car may charge slower at peak times.
Can an HOA refuse an EV charger?
Under California Civil Code 4745, an HOA cannot prohibit or unreasonably restrict an owner's charger in the owner's own parking space. It can require an application, set reasonable standards, and have the owner pay for the installation and the electricity. For shared lots, we can plan a common charging setup that the board controls.
Do public EV chargers need ADA accessible spaces?
Yes, in most cases. California Building Code Chapter 11B sets how many accessible charging spaces a public site needs. It also sets their size, access aisle, and route. We lay out the accessible spaces first, because they decide where the conduit and the chargers go.
Why does our charger deliver less power than its rating?
Many commercial buildings run 208Y/120 service, not 240 volts. A charger rated at 240 volts delivers about 13 percent less power at 208 volts on the same amps. Ask what each model delivers at 208 volts before you buy, so drivers get the charge time you expect.
Plan your EV charging stations with us
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