Category: Uncategorized

Interested in going solar? Now is the time to do it! The solar energy experts at Solar Bear Tampa explain why…

The Renewable Energy Federal Tax Credit Extension

In 2005, the U.S. government put the Renewable Energy Federal Tax Credit in place as an incentive for homeowners to install solar systems. Taxpayers were initially given 30% off the price of a home solar installation. This credit was to be extended annually, then phased down to 26% in 2020, 22% in 2021, and down to zero, zilch, nada after this year…bummer.

But alas! Congress recently extended the 26% tax credit through 2022 with a slight drop to 23% in 2023. So, to put this in perspective, if your solar system costs $15,000, your income tax liability will decrease by $3,900 (26% of $15,000) making the actual cost of your solar system just $11,100!

The Technology

Thanks to advances in solar technology, the cost of solar panels has dropped nearly 80 percent just in the last five years! In addition to the cost savings, solar panels have been around long enough to have a proven track record of success. Installations have become seamless, and there are no surprises with the unchartered territory of new technology. 

Going Green

With a growing emphasis on the importance of clean air, environmental initiatives have never been more important. So, in addition to the significant cost savings, solar power is also an environmentally friendly, clean form of energy that does not emit any kind of greenhouse gases. You can feel better knowing that you have substantially lowered your carbon footprint. 

Lower Energy Bills

The cost-saving benefits of solar panels begin the very day your system is installed! According to Energy Informative, studies show that homeowners who invest in solar panels can reduce their electric bill by more than $100 per month! So, whether you are going completely solar or just supplementing your grid, these savings will not only put more money in your pocket, but it will also eventually pay for your solar panel system. 

Customized Solar Systems

Solar panel systems can now be customized to fit the unique needs of your home. Whether you choose rack-mounted or integrated tile, you can decide the amount of energy your home produces and how much you can save on electricity. 

One-Time Investment

Investing in solar panels is a big final decision, however, it is also a one-time investment that requires no additional costs! The only “maintenance” is scheduling a yearly inspection, and if you go with Solar Bear, the first five years of annual maintenance checks are free!  

Go solar with Solar Bear!

Ready to go solar? Call (813) 922-3735 to learn more about the energy-saving services offered by Solar Bear Tampa! 

If you are planning on going solar, you might be wondering if your roof is suitable for solar panels. Depending on the pitch and style of your house’s roof, solar panels could be a great option to offset energy costs and be more environmentally friendly. 

Here are some things to keep in mind when deciding to install solar panels on your roof. 

What Kind of Roof Do You Have?

Solar panels work best when installed on strong durable roofing materials such as composite, asphalt shingled, or metal roofs. 

If you have a roof made with wooden shakes, slate tile, or clay with mortar, you can still install solar panels, but it may be a little more complicated. 

What Size or Shape is Your Roof?

A square roof is optimal for solar panel installation, and for every kilowatt of your system’s size, you will need about 100 square feet of roof space. 

Dormers, turrets, and skylights will affect the amount of available space on your roof for your solar panels. 

Is Your Roof Flat or Sloped? 

Flat roofs are fine for solar panel installs, and if you have a sloped roof, the best angle is between 30 to 40 degrees. For solar panels to be “self-cleaning,” they need an angle of at least 15 degrees. Once you get to 40 degrees and over, you could have efficiency and performance issues. 

What Condition Is Your Roof In?

If your roof requires repair or replacement, it is best to do so before installing solar panels, as they have an expected lifespan of up to 40 years and you will not want to remove them to repair your roof after they are installed. 

How Much Sunlight Does Your Roof Receive?

To ensure that your roof is a good candidate for solar panels, set up an appointment for a consultation from Solar Bear who can visit your home and inspect its orientation, as southern-facing solar panels capture more energy. 

The angle and pitch of your roof and any tree shading will also have an impact on how much sunlight your solar panels will receive throughout the day. 

The more direct sunlight that your home receives, the more energy your solar panels will be able to produce. 

How Do Solar Panels Attach to My Roof?

Solar panels are attached to roofs in several ways. The method of attachment used will depend on the material and pitch of your roof. Typically, solar panels are mounted with a system that screws into the rafters. 

Here are some common setups:

Asphalt shingles: Solar panels are attached with an easy-to-install standard penetrating mount. 

Tile Roofing: Solar panels can be installed on tile roofs with standard penetrating mounts that raise them above the roof. Installation can be a little more complicated as some tiles may need to be cut or removed to make room for the mounts. 

Standing Seam Metal Roof: The raised seam on these kinds of roofs allows solar panels to be attached with a clamp, so there is no need to drill into the roof. 

Flat Roofs: On flat roofs, solar panels can either be installed with ballasted racking or a standard penetrating mount. Tilt-up brackets are used to keep solar panels at an optimal 30-degree angle on flat roofs. 

While you might be concerned about drilling into your roof, the stanchions used to mount panels to the roof rafters are flashed, which keeps water from leaking into your home. 

What if My Roof is not Suitable for Solar Panels?

If your roof is not ideal for installing solar panels, you could try the following:

• Install a ground-mounted solar panel system in a southern facing area on your property. 
• Build a solar panel carport to power your house and shade your vehicles. 
• Invest in a share of a solar garden, which gives you the benefits of rooftop solar, but from a larger solar panel array somewhere in your community. 

Harness the Power of the Sun with Solar Bear 

If you are ready to install solar panels on your roof and experience freedom from paying for energy to power your home, call the solar experts at Solar Bear! We will come out for a consultation to ensure that you get the most efficient use of your solar panel system. 

Serving Greater Orlando and Tampa Bay, we can create a solar panel array to fit your unique needs. Call us today—Solar Bear Orlando: 407-904-7585 or Solar Bear Tampa: 813-567-8484!

In Florida, we bask in the rays of the sun for most of the year, but beyond beautiful sunsets and seemingly perpetual heat and humidity, the sun can be harnessed to create power to offset the energy costs of running your home. 

The amount of electricity that it takes to run a home depends on many factors including the number of electrical appliances, their running time, temperature, etc. So, the question remains, can solar power be used to power a whole house? Scroll down to find out!

How Many Solar Panels Are Needed to Power a Home? 

The average household in the United States uses around 10,400 kWh of electricity per year. If you were to install an average 250-watt solar panel, you would need around 28-34 solar panels to generate enough energy to power your entire home throughout the year. 

We recommend taking these three steps to determine whether solar energy is a good fit for you:

• Determine your electricity consumption in kWh. You can find this number on your electricity bill. 

• Divide your electricity consumption by the solar power production estimate. This estimate will vary depending on your house’s location, tree coverage, sunshine, etc. You can estimate a reasonable range by using 1.31(Arizona) or 1.61(Maine) which have the highest and lowest production ratios in the United States. 

• Divide that number by 250 which is the wattage of an average solar panel, to determine how many solar panels you may need to generate 100% of your electricity needs. 

Let’s try some basic math:

11,000 kWh of annual energy usage/ 1.31 = 8,396.9

8,396.9 /250 = 33.58 or 34 solar panels 

While this is just an estimate, it can provide you with a rough idea of the feasibility of powering your entire home with solar power. 

Energy Backup System

Typically, you can get 60% of the energy that your house needs directly from a solar panel system which means, to power your entire home, you need additional batteries for energy backup. So yes, it is possible to run a complete home with solar energy when you install an energy backup system in your home. 

Having a backup battery is a great option when you want to completely power your home off solar power because it reserves extra energy for nighttime and cloudy days. 

To make the most efficient use of your solar power, run your home’s appliances separately to maximize energy usage. Try turning off the AC or heater when you are washing clothes or cooking in the kitchen. 

How Much Does It Cost?

Installing solar power generally only needs a primary investment. You will be profitable for many years after paying off your initial investment and will be able to enjoy off-the-grid energy to power your entire home. 

Though the cost of solar panel installation is dropping, an average installation can cost around $10,000 or more—even after federal tax credits. 

Many homeowners with solar power systems do not use them as an exclusive source of power, but rather connect to the utility grid in a process called net metering. 

Net metering usually follows this pattern:

A household utility meter monitors how much electricity is consumed by a household and how much electricity that the solar panels generate. 

On a monthly or yearly basis, that household is only responsible for paying for its net consumption or its electricity consumption beyond what its solar panels generate. 

This allows the homeowner an opportunity to be compensated for their energy by the utility company. 

Other Considerations

When planning on powering an entire home with solar power, keep these things in mind. 

• You may want to get any attic spaces air sealed with spray foam insulation to prevent leaks.

• The use of a smart thermostat can save energy. 

• Retrofitting your lights to LEDs can help with energy efficiency and consumption.

• Upgrading to energy-efficient windows can be beneficial. 

• Before installing solar, get an energy audit done and fix any issues that may have been found like leaky ductwork, outdated windows, lights, etc. 

While completely powering your home will take a lot of diligence on your part, it can be done! 

Go Solar with Solar Bear 

Choosing the right renewable energy source can be difficult, but it doesn’t have to be! Solar Bear technicians are experts in renewable energy and are ready to install solar panels in your Florida home. Plus, we can install solar thermal and geothermal heat pumps to maximize your green energy at home. 

Ready to harness the power of Florida’s sun and take back your energy independence? Install a solar panel system with locally owned and operated Solar Bear!

 Solar Bear Orlando: 407-904-7585 Solar Bear Tampa: 813-567-8484

An energy-efficient home not only feels better, it works better! This, in turn, leads to lower utility bills, a reduced carbon footprint, and happier homeowners. Of course, energy efficiency doesn’t happen by accident! Several vital components make a home more energy efficient, one of which is insulation. Typically placed in areas where air escapes (i.e., cavities inside the wall and in the attic), insulation works to slow and reduce heat transfer. 

Here we take a closer look at the different types of insulation and why spray foam has a significant advantage over the others. 

Spray Foam Insulation 

Spray foam insulation (a.k.a. foaming insulation or sprayed insulation) is a two-part liquid insulation material that insulates and seals air where it is applied. The material is made up of two parts, iso and resin, which are kept separate until they are applied at the job site by a qualified, licensed spray foam installer. 

Spray foam insulation provides immediate and long-term benefits by sealing leaks and gaps inside existing walls and hard-to-reach spaces. There are two types of spray foam insulation:

Open-Cell: This type of spray foam insulation is used for interior applications such as wall cavities, the underside of roof decks, attics, and crawl spaces. Benefits include:  

• Contributes to the management of moisture permeability. 
• Does not attract mold and mildew.
• Provides sound dampening qualities, making it ideal for media or theatre rooms. 
• Costs less per square foot.

Closed-Cell: This type of insulation is made up of a rigid material that helps reject water. It is used in exterior and interior applications and is recognized as a flood-resistant material by FEMA. Benefits include:

• Can be installed in extreme heat or cold. 
• Adds strength and impact resistance to walls.
• Offers a higher bond strength and R-value per inch.

Traditional Insulation 

While spray foam insulation is considered the Cadillac of insulations (Keep reading to see why!), other forms of traditional insulations are commonly used by property owners. 

Blanket Batt & Rolls: Constructed with fiberglass, mineral wool, and plastic fibers, this type of insulation is inexpensive and DIY-friendly. The materials are designed to fit into the standard widths between wall studs, attic rafters, and floor joists. 

Foam Board: Typically made of polyurethane, polystyrene, or polyisocyanurate, foam board insulation is commonly used for unfinished walls and ceilings. It reduces the amount of heat conducted through wood and other elements in a home’s structure.  

Radiant Barrier: Standard insulation reduces heat flow in a home, whereas radiant barriers reflect the heat away from the home. This type of insulation involves placing a reflective barrier over a substrate material and is commonly used in attics. 

Why Spray Foam Insulation is a Better Option

Hands down, spray foam insulation is the preferred choice for homeowners over traditional forms of insulation. The biggest reason why? Because of spray foam’s ability to seal air, which in turn, allows it to do the following:

• Provides an air barrier to help mitigate air leakage from a home. 
• Addresses moisture to reduce the risk of mold and mildew growth. 
• Minimizes air infiltration. 
• Assists in limiting moisture from entering and escaping the home, thus reducing the load on heating and cooling systems. 

Stop the leaks with spray foam insulation from Solar Bear Tampa!

Do you want to make your home more energy efficient? Spray foam insulation can help! To learn more about the benefits of spray foam insulation or to schedule a free quote, please call the insulation experts at Solar Bear Tampa at (813) 519-4970!