Power Your Florida Home with Solar & Battery Storage.

Solar PV (photovoltaics) works by absorbing the photons within the sun’s rays and converting them into electricity in a process known as the photovoltaic effect. The solar energy that hits a solar module creates electrical charges by moving free electrons in response to an internal electrical field in the cell, causing electricity to flow.

Electricity then flows through a junction box on the backside of the module where the Direct Current (DC) power is converted to Alternating Current (AC) power now ready for household use.

The first stop of the AC power off the roof is to power any demand from within the household. Any overage will be sent to the grid for a credit while any additional power needed will be pulled from the grid.

How many solar modules end up on your roof depends on a few factors. One of the first things we will want to see before we meet with you is a copy of a recent electric bill. What we want to determine is what your annual kWh usage is. From here, we can measure your roof online using the latest satellite technologies and determine how many modules we can fit. We then remove any extra modules we don’t need and aim to get you to as close to 100% offset as possible. To put simply, the number of solar panels you need is determined by your home’s usage and available roof space.

A solar inverter is one of the most important devices within a solar electric system. A solar electric system produces DC (Direct Current) power while your house uses AC (Alternating Current) power. The inverter converts the direct current (DC) electricity produced by a solar module into alternating current (AC) electricity ready to be used by the home and electric grid. There three main types of solar inverters, microinverters, central inverters (string inverters), and power optimizers.

A Central Inverter, or String Inverter, will have one or more inverters usually installed on the side of the house, garage, or basement near the home’s electrical panel and meter. All the power from the solar array is converted in one place. This would be the most economical option with plenty of use cases, but it has some limitations today in its single point of failure and its inability to optimize the power at the panel level.

A Central Inverter is Optimized when each module, or every other module, is equipped with a Power Optimizer which can help regulate voltage and allow each module to operate independently. An optimized system can keep a high efficiency level and provide protection against module shading. However, the power is still collected and converted at one centralized location with a central inverter.

Public Service Solar exclusively installs Microinverters from Enphase. In a microinverter system, each solar panel is equipped with its own inverter; turning DC power to AC power right at the source. The power then flows off the roof right into the home’s electrical panel as usable AC power. Microinverters have many advantages over traditional central inverter systems. In allowing each module to operate individually, if there is shading on one portion of the solar array, the unaffected modules in the array will remain at peak efficiency. A microinverter also eliminates a single failure point. If one microinverter were to go out of service, the rest of the system would continue to produce power. Whereas, in a central inverter system, when an inverter goes down, all the modules feeding power into that device will be out of service. In addition, microinverters from Enphase come with a 25-year warranty and panel by panel monitoring.

For an outright purchase of solar, a standard solar installation will meet its return on investment within approximately 5 – 8 years. From the upfront investment in year one, 30% of the system cost can be returned dollar for dollar off your income taxes. From there, expect energy savings and net metering to make up the remainder of the savings. After the ROI has been reached, there are years of “free” power being produced by the home.

For a solar electric system to produce power, the inverters must detect power from both the solar array and the grid. In the case of a grid outage, the solar inverter will not operate if it is not detecting current from the grid. Since a solar array can backfeed the grid, this serves as a protection for lineworkers.

In order to have solar power available in the event of an outage, battery systems can be installed with a new solar array or even retrofitted onto an existing system. A battery backup system can range in capacity and a recommended solution would be based on the home’s unique energy needs.

“Free Solar” is just solar which has been financed and paid for monthly. Most homeowners who go solar do so with a $0 money down financing option. The most common solar financing arrangements are a solar lease, solar ppa (power purchase agreement), and solar loan.

With a solar lease or solar ppa the system is essentially rented. This can provide monthly savings and a production guarantee to the homeowner, however in a lease or ppa you do not own the system, so you may not be entitled to the SRECs or Solar Investment Tax Credit (ITC).

Public Service Solar recommends ownership through a solar loan. Solar loans have flexible terms ranging from 5 to 25 years, the transfer of ownership is simple, and all the SRECs and the Solar Investment Tax Credit (ITC) belong to the homeowner.

The solar installation process involves gaining the necessary municipal, state, and utility approvals. We prioritize expediting this process by completing the permitting in house and in many instances conducting the site survey even before a commitment has been made. With a township’s prompt approval of our submitted permit package, and the cooperation of the weather, we can move quickly.

The typical solar installation itself can be completed in just one day, while some larger installations do require more time on site. While the approval process can be completed in just a couple weeks it can sometimes take four to six weeks depending on the municipality.

Expect 2-3 months from the time you sign up for your solar installation to be completed.

A Public Service Solar installation is designed to be a viable energy producer for a minimum of 25-years. As a Panasonic Platinum Elite installer, we offer their exclusive AllGuard and TripleGuard Solar System Warranties. The AllGuard warranty covers product, performance, and labor for EVERVOLT series solar modules while the TripleGuard Warranty covers product, performance, and labor on the racking, and microinverters. That’s total system protection, and Public Service Solar even takes it a step further with our Lifetime Warranty on our solar workmanship. Whether it’s year 3 or year 25, Public Service Solar and Panasonic (in business since 1918) are here for you.

Public Service Solar is a GAF Master Elite Roofer. Our solar installations will not void your roof warranty. This is a unique claim to our company based on our expertise in the roofing industry. When it comes to your roof, we take care in protecting your home against damage and leaks and provide a lifetime warranty on our solar workmanship. Our solar modules are connected to your roof through a flashing system which creates a watertight seal between the mounting bracket for the solar modules and your shingles.

A Public Service Solar installation is always a custom job. The price you will pay for a solar installation depends on how much available space there is for the solar modules and how many we need to install in order to offset the home’s energy consumption. With that said, solar costs are calculated based on a price-per-watt (PPW) model. Public Service Solar uses only premium components in order to support our 25-year product and performance warranty and our lifetime workmanship warranty. Expect the price-per-watt to fall into a range between $2.75-$3.50/watt, a larger system will see a lower PPW due to the economics of scale. In other words, expect solar installation to start at around $20,000 and top out around $70,000.

The great news is that this is a cost saving investment, with 30% of the system available as a dollar for dollar tax credit thanks to the Solar Investment Tax Credit (ITC). Most of our customers will actually have their solar installed with absolutely no money out of pocket. Instead choosing our competitive financing options while still experiencing long term savings by hedging against rate increases, saving off their electric bill, and collecting a tax credit and incentives.

Net metering is a billing mechanism which allows for unused solar production to be put back into the grid for a credit towards future grid usage. The solar powered home will pay the “net” of the home’s electric usage at the end of each month which is the balance between the electricity pulled from the grid and the electricity put back into the grid.

For example, if it is a nice sunny day, and no one is home to use any power, your solar array will likely produce more electricity than the home needs at the time. In this case, the electricity produced by the solar panels will go through the home’s electric meter back into the grid for credits on the power bill.

At night time, when the family is at home using electricity and the sun is down, the home will need to pull electricity from the grid, however a charge won’t occur until the bank of recorded credits has been depleted.

Once a year, there is a “true up” event in which the bank of unused credits can be sold.

The Investment Tax Credit (ITC), allows eligible businesses and homeowners to claim a 30% of their qualifying renewable energy investment costs as a dollar for dollar tax credit off their federal tax liability. The ITC is worth 30% for both businesses and homeowners through 2032. Qualifying investments would include solar, solar plus storage, and stand alone battery storage systems.

For example, a homeowner invests in a new solar electric system for $50,000. In the taxable year that the system is placed in service, the homeowner is eligible for a $15,000 credit towards their federal tax liability. The credit can be used all at once or even roll over to subsequent years.

A solar electric system can increase the value of a home just like any home upgrade would whether it be a swimming pool or finished basement. Sellers can expect an increase in sale price due to the premium components installed and the reduction in the home’s operating costs.

A kW is a measurement of raw power and defines the system size. For example, (10) 400 watt solar panels is 4,000 watts worth of power or 4 kW. While kWh is a measurement of energy over time and will define how much the system will produce. On your solar proposal you will see both a kW rating and the kWh production. The system production is influenced by several factors including roof pitch, orientation, and shading. In our service areas it is common to see a 10 kW system having a yearly kWh production of approximately 12,000 kWh. That is a 1.2 production factor. In most cases, take your system size, multiply it by 1.2, and you can find your estimated yearly production that way. Public Service Solar will clearly define the estimated production for you taking into consideration the orientation, pitch, shading, product, inverter, and weather.

In Florida, solar electric systems are exempt from increasing your property taxes. This means that solar panels can add value to your property without increasing the tax bill from your local municipality.

We do recommend that you contact your insurer and add your solar installation to your policy. Although Public Service Solar provides a 25-year product and performance warranty and lifetime workmanship warranty, there can be rare instances of “force majeure” events like a fire or hurricane damage where your homeowner’s insurance will come in handy. In our experience the added premium is quite minimal if any at all.