Licensed electricians, not a door knocking sales operation

Solar Installation in Pleasant Grove and Utah County

Solar is an electrical project with panels on top. We design it around your roof, your panel and your actual usage, then install, commission and stand behind it.

Solar is electrical work wearing a roof hat

Most of what goes wrong with residential solar is not the solar panels. Modern solar panels are durable and boring in the best way, and they will outlast the roof under them. The failures show up in the parts an electrician owns. Undersized conductors, a main breaker and busbar that will not legally accept the backfeed, sloppy roof penetrations, rapid shutdown that was never commissioned properly, and an interconnection that sat waiting on paperwork nobody submitted.

That is the difference between us and a solar company built around a sales team. We have been doing electrical work across Utah County since 2008. We were licensed electricians long before we ever set a rail, and the electrical side of a solar system is exactly where the money and the risk live.

We will also tell you when the answer is no. If your roof has six years left, if the shade is bad enough, if your usage does not justify the equipment, you will hear it. A quote you can trust includes the projects we talk people out of.

Silver Star Electric solar installation work in Utah County

What a solar panel installation actually involves

A complete solar panel installation runs in a set order, and skipping a step is how projects go sideways.

  1. Site evaluation.

    Roof orientation, pitch, age and remaining life, plus a real shade study. In Utah County that matters more than people expect. A house on the east bench in Alpine or Pleasant Grove sits in the shadow of Timpanogos until mid morning in the winter, and shade from a single mature tree can cost more production than better equipment will ever recover.

  2. Load and usage analysis.

    Twelve months of your actual bills, not an average pulled off a chart. We size to your energy needs, including whatever is coming next, like an EV or a heat pump.

  3. System design.

    Solar panel layout, string design, inverter selection, rapid shutdown compliance, conduit routing and where the equipment lands. A clean solar array is designed around obstructions and fire setbacks, not squeezed to hit a sales number.

  4. Structural check.

    Roof structure carries the array plus Utah snow load. If the framing needs blocking or reinforcement, we say so before anything is ordered.

  5. Electrical design and interconnection.

    Where the solar power lands, what the main breaker and busbar will accept, whether a line side tap or a panel change is required.

  6. Permits and inspection.

    Building and electrical permits, plan review, inspection, and the utility interconnection application. Every city in the county runs this slightly differently and we know which is which.

  7. Installation.

    Mounts, flashing, rails, solar panels, conduit, inverters and disconnects. The installation itself is the short part, done by people who will still be here in a decade.

  8. Commissioning and permission to operate.

    Testing, monitoring setup, utility sign off, and a walkthrough so you know what you are looking at in the app.

What solar panels are actually doing up there

It helps to know what you are buying.

A solar installation converts sunlight into direct current electricity. An inverter turns that into the alternating current electricity your house runs on, and it feeds into your electrical service exactly like utility power does. Your appliances cannot tell the difference and nothing in the house has to change.

When the solar panels make more power than you are using, the extra flows backward to the meter. When they make less, at night or under heavy cloud, you draw normal utility power without noticing the handoff. That constant back and forth is why solar installation is judged over a year rather than a day.

Three things determine how much power a solar panel system produces here. How much roof faces the right direction, how much shade crosses it during the day, and how efficiently the equipment converts what it receives. A good solar company optimizes all three. A bad one sells panel count.

The roof comes first

A solar panel system is a thirty year piece of equipment bolted to something with a shorter lifespan. That order of operations gets ignored constantly.

  • Roof age. If your roofing has fewer than ten good years left, reroof first. Pulling and resetting an array later costs real money and it is entirely avoidable with one conversation up front.
  • Penetrations and flashing. Every mount is a hole in your roof. Flashed correctly it is a non issue for the life of the roofing. Flashed badly it is a leak that shows up in the third spring and gets blamed on everyone.
  • Roof type. Asphalt shingle is straightforward. Tile, metal standing seam and flat membrane each need their own mounting approach and their own roofing detail, and we will tell you which one your house needs.
  • Snow and wind. Benchside properties in Alpine, Highland and Woodland Hills take wind that flat valley houses never see, and every roof in the county carries snow. Attachment spacing and rail spans are engineered for that, not defaulted.
  • Coordination. If you are reroofing anyway, doing both at once is the cheapest version of this project you will ever get.
Rooftop solar array mounting and flashing detail

Battery storage and backup power

Solar panels alone go dark when the grid does. Most people do not learn that until the first outage after their solar panels went in, because the inverter is required to stop exporting power when the utility drops.

Battery storage changes that. A properly configured battery and a critical loads panel keep the refrigerator, the furnace fan, the well pump, the internet and the lights running when the utility grid is down, and it charges back up the next day from the sun.

  • Backup power sizing. We start with what you actually want running during power outages, not with a battery model. Whole home backup is possible and expensive. Critical loads backup is affordable and covers most of what matters.
  • Energy storage economics. Batteries also let you use your own excess energy in the evening instead of exporting it at whatever rate your utility company pays. As export rates change, that math moves, and we will walk through where it stands when you are deciding.
  • Retrofit or new. We add energy storage to existing solar energy systems all the time, and we design new installs to be battery ready even when the battery comes later.
Battery storage and backup power equipment

Your electrical panel and the utility

This is where solar projects stall, and it is the part a sales rep usually cannot answer.

  • Panel capacity for backfeed. There are firm rules about how much solar a given electrical panel can accept based on the main breaker and the busbar rating. Sometimes the fix is a smaller main. Sometimes it is a line side tap. Sometimes the panel genuinely needs replacing, and you should hear that before you sign, not after.
  • Interconnection. Rocky Mountain Power serves most of the county, but Provo, Lehi, Spanish Fork, Payson, Salem and Santaquin all run municipal electric utilities with their own applications, their own limits and their own timelines. Knowing your specific utility company changes the schedule and sometimes the design.
  • Net metering and export rules change. We do not pretend otherwise, and we will not build a payback story on a program that may not exist next year. You get current numbers and honest assumptions.
  • Monitoring. Data you can actually read, so you know when energy production drops off and why.

What drives solar panel installation cost

Solar panel installation cost is driven by a short list of variables, and any solar company that quotes you before looking at these is guessing.

  • System size, measured in what your usage and roof can actually support
  • Roof complexity. One clean unshaded south facing plane is inexpensive. Four small planes with dormers, vents and a swamp cooler is not.
  • Roof type and height. Tile and steep pitch cost more to work on than a walkable shingle roof.
  • Main panel work. A ready panel keeps the price down. A main panel upgrade or a line side tap adds to it.
  • Battery storage, which is usually the single largest optional line item.
  • Trenching for a detached shop, barn or ground mount array.
  • Permits and utility fees, which vary by city.

Installation costs get itemized and put in front of you with the assumptions written down. No lease pitch, no financing shell game, no urgency about a rebate that expires Friday.

Commercial solar

Commercial projects run on different math. Demand charges, three phase equipment, roof access and structural capacity all matter more, and a commercial solar system is usually sized against a load profile rather than a monthly bill.

We handle flat roof ballasted and attached systems, carport structures, ground mount arrays, and the switchgear coordination that goes with them. Warehouses along Geneva Road, shops in Spanish Fork, and office buildings on the north end are all reasonable candidates, especially where daytime usage lines up with peak solar power. A commercial solar system is also easier to expand later if the first phase performs.

If your business is carrying rising energy costs and a big daytime load, the numbers tend to work better than they do on a house.

Commercial solar installation in Utah County

Service and repair on somebody else's solar

The solar industry in Utah has had a lot of turnover. Companies sold aggressively, installed quickly and closed. If the solar company that sold you the system is gone and your original solar installer is out of business, you are not stuck. Plenty of solar installers left the state entirely, and their customers still need somebody.

We service and repair systems we did not install. Inverter faults and replacements, production that dropped off a cliff, monitoring that stopped reporting, rapid shutdown issues, damaged conduit, animal intrusion under the array, and roof leaks around mounts that were never flashed properly. We will diagnose it, tell you what it needs, and fix it.

Being a local installer means the maintenance conversation is a phone call rather than a hold queue in another state. We handle warranty coordination, monitoring checks and the routine maintenance that keeps production where it belongs.

Serving all of Utah County

Our shop is at 320 N 600 W in Pleasant Grove and we install throughout the county.

North end. Pleasant Grove, American Fork, Lehi, Highland, Alpine, Cedar Hills and Lindon. Larger houses on the benches, real wind exposure, and morning shading off the mountain that has to be modeled honestly.

Provo, Orem and Vineyard. Older roofs and older panels in the established neighborhoods, plus newer construction in Vineyard with clean roof planes. Provo and Lehi both run their own municipal utilities, which changes the interconnection path.

South county. Springville, Mapleton, Spanish Fork, Salem, Payson, Santaquin, Elk Ridge and Woodland Hills. Bigger lots, outbuildings, ground mount options, and several cities with municipal electric service.

West side. Saratoga Springs and Eagle Mountain, where newer roofs, simple planes and wide open exposure make some of the best residential candidates in the valley.

Rural and unincorporated. Genola, Goshen, Cedar Fort, Fairfield, Benjamin, Lake Shore, West Mountain, Spring Lake, Elberta, Birdseye, the Utah County side of Draper and the properties toward Sundance. Well pumps, shops, long service runs and off grid adjacent situations where battery storage does the heavy lifting.

Silver Star Electric serving Pleasant Grove and Utah County

Questions people ask before they commit

Does solar actually pencil out in Utah

Often yes. We get a lot of sun, and rooftop solar energy production here is strong through most of the year. Whether solar power works for you depends on your usage, your roof and your utility, which is why we look at all three before saying anything definitive.

What happens to my electricity bill

It goes down, not away. You will still have a utility bill for connection charges and any usage the system does not cover, and winter electric bills lean on the grid more than summer ones do.

Do solar panels work in the snow

Yes. Snow slides off tilted solar panels faster than people expect, and cold clear days are efficient for solar energy. Production dips while panels are covered, which the annual model accounts for.

How much maintenance is there

Very little. Rinse them if they get dusty, keep an eye on the monitoring, and expect an inverter to need attention somewhere in the middle of the system's life. That is most of it.

Should I lease or buy

We install solar systems people own. Leases and power purchase agreements can complicate a home sale and often deliver less value over time. If someone is pushing hard on financing rather than the equipment, that tells you what they are selling.

Is this a good way to cut my carbon footprint

It is one of the more effective ones available to a homeowner, and clean energy that also lowers your energy bills is a rare combination. If renewable energy is a priority for your household, we will build to your energy goals rather than a template.

How long does a solar system installation take

Design and permitting usually take longer than the installation itself. Most residential jobs are on the roof for a few days. The waiting is in plan review and utility approval.

Get an honest solar assessment

Real numbers, a real shading study, and a straight answer about whether solar panels make sense on your house or building. Silver Star Electric has served Utah County since 2008, licensed, insured and veteran owned.

320 N 600 W, Pleasant Grove, UT 84062
Monday through Friday, 8am to 5pm