Solar Panel Installation

Callidus Electric is a family owned and operated business that’s licensed bonded and insured. Our team is capable of handling all projects, both residential and commercial, and large or small in scope. Work with a company that gets it done right the first time, work with Callidus Electric.

FAQ

Solar Panel Installation FAQ

In this section you will find some of the most frequently asked questions and answers regarding electric panel installations, repairs, swaps, and upgrades.

Ranges are based on the size of your house and the size of your typical power bill averaged out over 12 months. Estimates are free, Please locate your power bill and give us a call. We can give a rough quote easily for cost comparison

Yes, we have a few lender options for solar power panel financing.

Warranty periods are based on the quality of the Photovoltaic system that is purchased. Some warranties cover 10 years while other ones cover 25+ years.

You will immediately notice the savings on your power bill versus the payments to your solar panel system. Typically between 8-10 years you will break even.

Yes, we do not know how long the rebates will last. We suggest having your accountant verify you are able to get a rebate as these are typically applied to tax credit.

About Callidus Electric

Callidus is a family owned and operated business that’s licensed, bonded, and insured. We’re trusted by some of the biggest commercial brands in Las Vegas as well as thousands of residents. Our goal is to provide you with transparent, timely and high quality service.

Find Callidus at One of Our Locations Below

Henderson

334 Banuelo Dr
Henderson, NV 89014
(702) 403-4562

Henderson, Nv

Stephanie Street

1010 N Stephanie St
Henderson, NV 89014
(702) 935-6593

Henderson, Nv

Summerlin South

2336 Sunrise Meadows Dr
Las Vegas, NV 89134
(702) 703-3092

summerlin, Nv

Summerlin

10550 W Alexander Rd
Unit 1107a
Las Vegas, NV 89129
(702) 848-6246

summerlin, Nv

Paradise

6245 Harrison Dr
Suite 8
Las Vegas, NV 89119
(702) 766-9571

las vegas, Nv

Las Vegas

365 E Arby Ave
Suite 1A
Las Vegas, NV 89119
(702) 403-4562

Las Vegas, Nv

North Las Vegas

6328 N Rolling Rose St
Unit 102A
North Las Vegas, NV 89120
(702) 403-4562

North Las Vegas, Nv

Enterprise

5699 W Bartlett Ridge Ct
Enterprise, NV 89141
(702) 887-1894

Las Vegas, Nv

Solar Panel Installation in Summerlin
Solar Panel Installation in Las Vegas
Solar Panel Installations in Henderson
Solar Panel installations in North Las Vegas
Solar Panel Installations in Paradise
Solar Panel Installations in Enterprise

Solar Panels

Are you considering a solar panel install in Las Vegas and don’t know how many solar panels you need? Figuring out the exact number of solar panels you need for your home will depend, to a large extent, on what your goals are. Depending on whether you’re looking to maximize the return on your investment, reduce your carbon footprint, or just save money, the right number of panels will be different. Most people just want a combination of a reduced impact on the environment and money savings. 

Solar Panel Installation

In order to calculate the number of solar panels you need, there are a few things you should first find out:

  • How much energy does your household consume?
  • How much surface area is available on your roof for solar panel installation?
  • What is the peak sunlight and overall climate in your area?
  • What is the relative efficiency of the solar panels, as well as their wattage?
  • Is net metering available for the PV (photovoltaic cells)?

The best way to answer all of these questions is to get a qualified expert to give your home a solar evaluation and determine your solar power needs. However, if you want to get a good idea of how the considerations work, read on.

Should you have solar panels installed – much energy does your household consume?

To determine the average energy needs of your home, start by looking at your utility bills. Use this to get your home’s hourly energy needs. You can then multiply that figure by the number of peak sunlight hours and divide by the expected panel wattage. A low wattage should be about 150W while a high wattage should be 370W. This should give you a proper range. As an example, it takes between 17 and 42 panels to generate 11,000 kWh/year. Other factors that will figure in are the amount of sunlight your roof receives, the size of your roof, and battery storage.

How many watts does your energy system use?

So how, exactly, do you figure your consumption in watts? Start by looking at your electricity bill, looking for something along the lines of “Kilowatt Hours (kWh) used). You should also take note of the time period for the bill, which is usually about 30 days. Alternatively, you can look for the start and end meter readings and subtract the start reading from the end reading for the period.

To get your daily average, divide the kWh figure for the month by 30 or for the year by 365. You can then divide again by 24 to get an hourly consumption rate. 

Just for reference, the average US home uses about 900 kWh per month, so yours could be more or less than this, but within an order of magnitude.

Your average usage will be the basis on which you will calculate your solar power needs, assuming you want your solar panels to meet 100% of your needs. 

How many hours of peak sunlight do you get in your area that could affect the solar panel install?

How many hours of peak sunlight your area gets will have a large impact on how much energy your solar panel will output, even if it has a large wattage capacity to begin with. If you live in a sunny area, you should be in luck, while living in an area with mostly cloudy or worse weather leaves you at a disadvantage. 

Take your hourly usage from above and multiply it by 1000 to convert it from kWh to watts. Then divide it by the average number of peak sunlight hours in your local area. This will give you an estimate of how much power your solar panels need to produce per hour. 

How does solar panel efficiency factor in?

The quality of the solar panels you get also makes a difference. Not all solar panels are created equally. Photovoltaic cells, which are the most commonly used solar panels in residences, have outputs ranging from 150 watts to about 370 watts per panel. This depends on the efficiency and size of the panels. You should therefore consider the expected efficiency of the solar panels you are installing when calculating your energy needs. The same considerations should be made for size.