"I had a seamless experience working with Josh & Shane! I’ve spoke with multiple companies, just shopping around, and this company was by far the most friendly and professional! What sold me was that these guys are local, extremely knowledgeable, and had the best price around! I would recommend this company to everyone ready to go solar!"
Welcome to Smet Company LLC Electrical Services! We are proud to be a locally owned and operated business, serving the Wichita, KS community for the past 17 years. Our team of experienced and licensed electricians is dedicated to providing superior service and delivering high-quality workmanship on every project. At Smet Company LLC, we specialize in electrical panel changes, service changes, and solar system installation. Our expansive industry knowledge and expertise allow us to handle a wide range of electrical tasks, from small residential to commercial service and installations. We understand that electrical work can be a significant investment for homeowners, which is why we offer free estimates and competitive pricing. We are licensed in our trade and offer payment plans to make our services more accessible and affordable for our clients. As a family-owned and employee-owned business, we take pride in our work and treat every project as if it were our own home.
"They have done 2 roofs for me and are scheduled to do another later this week. I also had solar installed on my home and I am pleased not only with the work but the customer service."
We provide residential and commercial solar power options, and provide support services for industry partner companies. We offer no cost consultations and $0 down financing. Please contact our office for a consultation at (931)922-8258.
20+ years exp Solar Tech. LLC offers proven energy saving products that are associated with the sustainable energy world. We specialize in design and installation for Grid Tie and Off Grid energy systems.
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\nWe offer:
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\nSolar Photovoltaic Systems
\nWinco emergency back up generators
\nStructural insulated panels (SIPs)
\nWind Turbines
\nand a few other great products currently in research and development.
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\nSolar Tech. LLC consists of three individuals with different backgrounds of expertise. including a Master Electrician that posses the functional experience in electrical, solar design, consulting, product development, sales, marketing, installation and construction services. We believe energy should be affordable, reliable, and clean.
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\nCall us today for a free consultation.
"When I first contacted solar installers, they asked for two items: address of my property a digital copy of my utility bill From my address they can survey the property using Google Maps. They use the satellite view to assess whether I have enough area on my roof to install an adequate number of solar panels, and whether the roof is unobstructed most of the day (by other buildings, trees, etc). Using my electric bill, they can assess my monthly payment and electricity usage. Once they size a system for me, they can then estimate my monthly savings. If this savings meets or exceeds the payment I will make for financing the solar panels, they consider the project to be economically worthwhile, and move forward with a proposal. Once a proposal was ready a sales rep from our installer visited my home, told us what we could expect and asked us to sign papers. Once signed, they were able to schedule installation, which was completed in under two months. The financing we signed was designed to avoid out-of-pocket costs. Payments were waived for the first three months, anticipating that the solar panels would not be ready before then. We were allowed to hold the full balance for up to 15 months, then the finance company expected a large payment approximately equal to the federal tax credit. Then monthly payments would continue to apply to both interest and principal, with the intent that monthly payments would not exceed the savings in electric power. It was structured as a 15-year loan, although we paid ours in full after 2 years, since the interest rate was fairly high (nearly 6%). On installation day a crew of 4 men arrived with a truck. They prepared my roof for mounting hardware, dug a trench for electrical conduit (needed for DC wiring from my detached garage), mounted the power inverter on the outside wall of my home, installed panels, wired up everything and tested. The whole installation needed about six hours to complete. Post installation, the company scheduled a city inspection. An electrical inspection and building inspection were both needed to verify the installation complied with building codes. The last step was for our electrical company to visit, test the system, install a new power meter, and begin our net metering service. In our state, we are credited for excess power that flows into the grid at the same rate as power we use from the grid. So we pay only for the “net” power we use (this is commonly known as “net metering”). Our monthly utility bill shows our inflow, outflow, how much we pay for our net usage (if any), or if we generate excess power for the month, how much we bank for later use. In the first full year, the system generated about 5,000 kWh of electricity, worth about $750 at typical electrical rates in our region. We paid $20k for the system, of which a third was refunded to us on our federal taxes (applying a credit for new solar generation capacity), so we financed around $13k. It would take 17 years to break even, assuming the system does not lose efficiency. However the solar panels add to the home’s value, so we would probably replace much of our investment if we choose to sell the home in 5–10 years. At our latitude, winter days are short (about 8 hours at the solstice) and the sun is at a lower angle in the sky, limiting daily generation to about 8 kWh when sunny. But in the summer, our days are nearly 16 hours, and we see close to 30 kWh generated on a sunny day. Fortunately peak generation also corresponds to our peak usage (due to air conditioning) so we pay little electricity in summer months. Here is a monthly breakdown I estimated for 2018 based on actual meter readings: In May we had an excess of power (before the days became hot enough for A/C). September was our peak usage. Our electricity costs for the year were under $600. In summary: Was the project a financial slam-dunk? Not really. In the long term it will pay for itself, but the savings are not enormous. Would we do it again? Absolutely, it feels good to have clean, renewable power at home, that we can generate ourselves, and be at least partly free from the electrical grid."
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"It has gone very well. Mark, our sales representative was very helpful, and professional. He explained every step in the process. The installers for the solar panels, insulation, and ductwork were all professional. They answered all of my questions The local electric company installed the special meter today. The next step is to go online with the panels. We are anxious to see how much we will save!"
"The Tech came out and due to the parts shortage he was not able to replace the front panel so Choice warranty gave me a voucher to replace it. I'm very pleased with their services. All I paid was the service fee."
Installing solar panels is worth it if you’re frustrated with paying high utility bills, live in a sunny location, and qualify for tax credits and incentives. Most homeowners cut between $650 and $1,500 from their utility bills each year by installing solar panels. Over the course of your panel’s warranty, you could save anywhere from $16,300 to $37,500, though those in sunny areas with high energy costs could save more than $100,000.
Solar panels should get at least four to six hours of direct sunlight daily. It’s even better if sunlight reaches panels between the peak hours of 10 a.m. and 3 p.m. This is enough to power a home, depending on your solar system’s size and energy needs. Remember that panels will generate some power under cloudy skies or in the shade, and many systems compensate for lower sun exposure by drawing energy from the grid or battery storage.
Installing solar panels involves drilling small holes in your roof to secure the solar panel mounting brackets. These brackets hold the solar panels in place and must withstand strong weather conditions so they’re secured into your roof. However, holes and screws are sealed to prevent leaking and further damage.
Solar well pumps range from needing 200 watts of power to as much as 12,000 watts for heavy-duty pumps. Since the most common and cost-friendly solar panels are 100-watt panels, you’ll need between two and 12 panels. The average is between two and eight panels for standard pumps. Based on the average cost of solar panels ($1 to $1.50 per watt), you’d pay between $200 and $1,800 for your well pump solar panels—not including installation.
While you can minimally overshoot the number of solar panels you need for your home, it's not smart to go too far. Not only is the extra cost unnecessary, but your state may put caps on how much energy your home can produce and send back to the grid. It is always best to work with a solar energy professional to determine the best system size for you.
The Cheney, KS homeowners’ guide to solar panel services
From average costs to expert advice, get all the answers you need to get your job done.
There are a few factors to consider when it comes to solar panel repair costs. This guide breaks down the prices of solar panel removal, repair, and replacement.
Find out how much it costs to remove solar panels, including average prices, key cost factors, and tips to save money on your solar panel removal project.
Residential solar panel dimensions can vary slightly from brand to brand, but this guide can help you understand the basics and choose the best option.
Solar panels are low-maintenance but occasionally require some elbow grease. This guide will help you learn how often solar panel maintenance is required.
