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The warmth of a sunny day has always been one of life’s simple pleasures, but now, it carries with it the promise of more—energy savings, reduced carbon emissions, and a step towards a sustainable future. As the world shifts towards renewable energy, the Federal Solar Tax Credit has become a standout incentive, turning the decision to switch to solar power not just environmentally sound but financially savvy, too. Here’s what you need to know about the 2024 solar tax credit.

The Basics of the 2024 Federal Solar Tax Credit

The Solar Investment Tax Credit (ITC) is a dollar-for-dollar reduction in the federal income taxes that you would otherwise pay to the government. For homeowners, this translates to a 30% credit on the total solar photovoltaic (PV) system cost, reducing the financial barrier to entry into solar energy. It’s a remarkable initiative by the federal government to encourage the use of clean, green energy.

Does the Date I Install My Solar Panels Affect My Credit?

Absolutely. Timing is key when it comes to reaping the benefits. For installations until 2032, you can claim up to 30% of your system cost as a credit. But, the credit decreases to 26% for systems installed in 2033 and further to 22% for 2034. Fast forward to 2035, and the credit is set to drop to zero, assuming there’s no renewal by Congress.

How to Claim the Federal Solar Tax Credit

Filing for the federal solar tax credit is a part of your annual tax return and involves several crucial steps:

• Start by downloading IRS Form 5695.
• Calculate the credit in Part I based on your system and installation costs.
• Be vigilant about any tax liability limitations on line 14 that may impact the final credit amount.
• Consult a tax professional or your solar provider to avoid any errors that could affect your credit.

Qualifying for the Solar Tax Credit

Wondering if you qualify for the solar tax credit? To determine eligibility, you must:

• Be a U.S. taxpayer who installed a solar system between Jan. 1, 2006, and Dec. 31, 2034.
• Make sure it’s the original installation and not a repurposed system.
• Keep the system within your primary or secondary U.S. residence.
• Own the solar PV system; leasing or power purchase agreements (PPAs) don’t qualify.

What Does the Federal Solar Tax Credit Cover?

The solar tax credit extends to a range of expenses related to your solar photovoltaic (PV) system:

• Solar panels or PV modules
• Additional equipment such as inverters, mounting gear, and wiring
• Solar energy storage devices like batteries
• Labor costs directly associated with the installation
• Sales tax on all eligible purchases

Can You Pair the Federal Tax Credit With a State Credit?

Yes! If your state provides its own solar tax credit, you can maximize your savings by claiming both. However, be prepared to pay federal taxes on the value of the state credit you receive.

Make the Decision to Go Solar Today!

Ready to harness free, clean, and renewable energy from the sun? The solar experts at Solar Bear of Tampa are ready to help you make a smooth transition to solar, providing you with a comprehensive understanding of all the benefits and incentives available. Our team of experts is ready to guide you through the installation process, optimize your claim for tax credits, and ensure you’re set to reap the rewards of your solar investment. Make the switch today—call us at (727) 471-7442!

Solar panels and electric vehicles (EVs) are the perfect pairing. Not only are they both environmentally friendly, but charging an EV with solar is clean and convenient! But if you want to charge your EV with solar, how many panels does it take?

Our solar pros at Solar Bear Orlando explain what you need to know to make the most of your clean energy!

Solar Energy & Charging Electric Vehicles

As you can imagine, answering this question is not simple. It depends on your specific solar panels, the EV battery’s efficiency, your driving habits, and more. But with a little math, we can estimate how many solar panels you might need.

Let’s start by figuring out how much energy you’ll likely need to charge your EV.

How Much Solar Energy Does it Take to Charge an EV?

First, you’ll have to calculate how many miles you travel per day and the efficiency rating of your specific EV.

Depending on your vehicle you may need to find:

• Miles per gallon equivalent (MPGe)
• Kilowatt hours per 100 miles
• Miles per kWh

For this guide, we’ll be using the last measurement. If you don’t know it, take the MPGe and divide it by 33.705 and that will give you your mi/kWh.

Let’s say we use the Chevrolet Bolt as an example. It gets 120 MPGe or 3.56 miles per kWh.

So, now that we know this EV’s efficiency rating, we will divide the miles that you travel a day (say 37 miles) by the number of miles your Bolt can travel per kWh.

37 miles a day / 3.56 miles per kWh = 10.39 kWh a day.

Now you have the average amount of energy a Chevy bolt will use per day and how much solar energy it needs to be fully charged. Next, we will see how many solar panels you’ll need to generate the 10.39 kWh your EV needs each day.

How Many Solar Panels Do You Need?

Generally, it can take 5 to 12 solar panels to generate enough power to charge an EV, but this also depends on several factors. We’ll continue to use our Chevy Bolt as an example.

So, you need 10.29 kWh of electricity each day to charge your Bolt, so now we need to figure out how many solar panels generate that amount of electricity.

First, we need to calculate how many kWh of electricity one solar panel produces. This will vary based on the wattage of the panel, the manufacturer, and the number of hours of sunlight it gets each day.

It’s easy! Hours of daylight per day x panel wattage = watt hours per day

Divide the watt hours by 1,000 to get kWh and you’ll have the daily output of your panel.

Note: Generally, solar panel outputs range from 250 to 400 watts, but 400W is what we like to consider standard.

In Florida, we get a lot of sun, but on average the number of hours of sun ranges around 4.5-6. We’ll use 5 hours here.

5 hours of sun x 400 Watts 2,000 Watts a day, or 2 kWh a day.

Not we know how much one solar panel will produce. So how many panels do we need to charge our Chevy Bolt? We’re close!

Divide the kilowatt hours of electricity needed each day by the daily kWh output of the panel to get the number of panels you’ll need to adequately charge your EV.

10.29 kWh per day / 2 kWh per panel a day = 5.15 panels

Since we don’t have partial panels, we’d likely round this up to 6 total panels.

Charging Needs are Different

While this is meant to be an overview of how many panels you might need, it is always best to work with a professional solar company like Solar Bear Orlando who will calculate your needs based on your specific situation.

But generally, you’ll have a good idea when you take into account:

• The fuel efficiency of your EV
• Number of miles traveled each day
• The wattage of your solar panels
• The average amount of sun each day

Still not sure? That’s what we’re here for!

Choose Energy Efficiency This Year

If you are ready to harness the power of the sun and power up your EV, you’re in the right place! Our team of solar technicians can accurately calculate how many panels you’ll need based on your location and specific electric vehicle. Soon, you’ll be powering your EV with the sun’s rays! Exciting, isn’t it?

Ready to get started? Contact Solar Bear Orlando for a quote today at (727) 471-7442!

Welcome to the sunny side of life, especially if you’re soaking up the rays in Florida! Considering solar panels for your home in the Sunshine State? Smart move. But if you’re new to the world of solar, there are some terms and specifications you need to know. Here’s our guide to understanding basic solar panel specs.

Power Output

Starting with the basics, power output, or how much electricity your panels can generate, is your solar engine’s “horsepower.” Most panels today will give you around 400 watts of power, perfect for turning that blazing Florida sun into cool, clean electricity for your home. You can think of your panels as your personal power plant on your roof.

Efficiency

Efficiency is all about how well your panels convert sunlight into electrical power. With average efficiencies hovering between 19% and 21%, and the best panels pushing 22.8%, you’re getting more bang for your buck with higher efficiency, especially in sunny locales like Florida where maximizing sunlight is key.

Temperature Coefficient

Here’s where Florida’s heat comes into play. The temperature coefficient tells you how much your panel’s performance drops as things get hotter. Since solar panels, like most of us, aren’t fans of extreme heat, a lower temperature coefficient means your panels will perform better under the Florida sun.

Cell Type

Monocrystalline cells are the go-to for home installations, offering high efficiency and sleek aesthetics. With technologies like PERC and half-cut cells, modern panels are designed to maximize performance, making them ideal for harnessing Florida’s abundant sunlight.

Dimensions and Weight

Considering the size and weight of panels is crucial, especially for homes with unique roof lines or older structures. Most panels are manageable, but ensuring your roof can support them is key. In Florida, where hurricanes are a consideration, fitting the right-sized panels securely is even more important.

Maximum Surface Loads

Solar panels are built tough, ready to withstand high winds and heavy snow loads, though the latter is less of a concern in Florida. But remember, knowing your panels can stand up to hurricane-force winds offers peace of mind during stormy seasons.

Ready to Make the Switch to Solar? Solar Bear of Tampa

Understanding these specs is just the start. The real magic happens when you find a reliable solar installer who understands how to make the most of Florida’s most precious resource—our sunshine! Solar Bear of Tampa helps you navigate your solar options, ensuring you get the best system for your home, optimized for Florida’s unique climate and your specific needs.

So, if you’re ready to bask in the benefits of solar energy, reach out to us today at (727) 471-7442. Let’s harness the power of the Florida sun together, making the switch to solar simple, efficient, and tailored just for you!

Picture a serene evening where your home basks in the glow of lights powered not by the unpredictable grid, but by the day’s abundant sunshine, safely stored in your solar battery. It’s a scenario that’s become a reality for households across the globe, thanks to advancements in solar battery technology. But how do you choose the home solar battery that’s right for you? Here’s a breakdown of this year’s leading solar batteries that promise to keep the lights on, your appliances running, and even your EV charged.

1. Solar Edge Home Battery

Our clear frontrunner is the Solar Edge Home Battery, thanks to its exceptional efficiency and robust energy storage capability. Designed for seamless integration with Solar Edge’s Home Wave Inverter, this battery simplifies the solar energy storage process, so it’s easier for homeowners to reduce their dependence on the grid. Its high round-trip efficiency and flexible installation options make it an excellent choice for those looking to make a long-term investment in their home’s energy future.

2. FranklinWH Apower

FranklinWH Apower stands out for its resilience and comprehensive warranty, offering peace of mind to homeowners wary of frequent power outages. Its 100% Depth of Discharge (DoD) capability means every bit of stored energy can be used, maximizing the utility of every sunny day. With its easy installation and durability, the FranklinWH battery is a steadfast ally in the quest for energy independence.

3. Enphase IQ Battery 10

Offering a unique advantage with its integrated inverter/storage system, the Enphase IQ Battery 10 delivers a customized approach to meeting your household energy needs. Its emphasis on safety and flexible sizing options make it an attractive choice for homeowners looking to adopt solar energy without compromising on reliability or aesthetics.

4. Tesla Powerwall

The Tesla Powerwall has become almost synonymous with home energy storage, thanks to its sleek design, versatility, and unparalleled efficiency. The Powerwall’s ability to seamlessly transition from grid to stored energy ensures that your home remains powered during outages, with the added benefit of reducing your electricity bills. It’s a testament to Tesla’s vision of a sustainable energy future for all.

5. LG Energy Prime

LG Energy Prime leverages LG’s longstanding reputation for quality and innovation, providing a solar battery solution that combines efficiency with durability. The RESU series is designed to meet the needs of a wide range of households, ensuring that your transition to solar energy is smooth, reliable, and even aesthetically pleasing.

Make the Most of Your Investment in Solar—Choose the Right Solar Battery

Need help picking out the perfect solar battery for your home solar setup? Solar Bear of Tampa can help! Whether you’re aiming for efficiency, reliability, or just trying to keep those gadgets running during a blackout, we’re here to make sure your switch to solar is as smooth as a sunny day in Tampa. Call us today at (727) 471-7442 to learn more!