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Solarback Frequently Asked Questions

 Yes! If you own a commercial property, your rooftop might be an untapped resource. Leasing it can generate passive income, and one of the most common uses is for renewable energy systems like solar panels. Solarback specializes in transforming underutilized rooftop spaces into revenue-generating assets through solar panel installations. This both contributes to environmental sustainability and strengthens your business! 


Solarback typically Leases rooftops for 25 to 35 years. This timeframe coincides with our equipment and roofing manufacturer warranties and allows for long-term mutual benefits to all parties. 


Solarback is a leader in delivering cost-effective solar solutions tailored to commercial properties. By leasing your rooftop to Solarback, you can access the benefits of solar energy without the financial burden of installation. Solarback’s innovative approach ensures property owners reap both environmental and economic rewards. 

Key Benefits: 

  • Zero Upfront Costs: Solarback covers installation, so you can start saving immediately. 
  • Revenue Generation: Earn passive income by leasing your unused rooftop space. 
  • Expert Maintenance: Solarback handles ongoing maintenance to ensure optimal performance. 
  • Sustainability Leadership: Align your business with renewable energy goals and enhance your brand’s reputation. 


Solarback will assess the below key considerations at the onset to make certain both parties are aligned for a win-win long term engagement.  

  • Rooftop Suitability: Size, condition of roof, and structural integrity of building and roof structure. 
  • Buildings breakdown of overall electricity consumption. 
  • Geographic location, yearly hours of sunlight, local utility rules and regulations. 
  • Legal Requirements: Solarback helps navigate zoning laws and permitting. 
  • Insurance: Ensure proper coverage for installations. 


Great Question with a Great Answer! 


Solarback takes control of the leased space on your roof, and because we are in the business of saving all parties money, we must first provide a suitable roofing environment for our solar farm. 


This process begins with the quality and integrity of the roof itself.  Solarback will repair and/or replace the roof with a suitable low maintenance roofing structure that will survive the lease term and the manufacturer’s warranty of our solar equipment.  In most cases our roofing work will further insulate the building and lead to even more utility cost reductions.  


Reducing reliance on the grid by producing energy at the location where it is consumed with a limitless free source of energy given to us by the sun is the first step in understanding the economics of long-term savings provided by solar power. 

Supply and demand: As more demand is placed on the grid, the fuel sources required to produce fossil fueled dirty energy will rise as current infrastructure is not sufficient to increase supply of this limited resource.  This will lead to more costly raw materials to generate the power we use, therefore increasing the cost per unit we currently consume. 


Grid reliance: We should all be aware of two major factors relating to the current grid infrastructure that will undoubtably lead to higher energy costs for our homes and businesses. 

  1. Our electric energy grid is currently insufficient for the power we cumulatively consume.  Major repairs and escalated maintenance and overhauls are underway, creating higher electricity bills already.  Most utility companies have petitioned their regulatory authorities to raise prices even further so they can make the capital expenditure necessary to handle our immediate needs.  In prior years, most utilities would file for general rate increases every two to five years.  Recently, we have seen utilities increase rates up to four times in the last 12 months. Unfortunately, these top-down costs will be seen on utility bills with greater frequency and larger gaps higher. 
  2. Data centers will soon command a massive uptick in overall energy consumption by 10X!  Some people who read point number one above and feel like doing nothing regarding energy costs may work out for them, but nobody is ok with 10X.  We already have huge data centers built and waiting to go into service.  Others are being planned and their insatiable appetite for electricity is unmatched by anything history has ever seen.

   

Electricity prices will naturally go higher because of economic laws that govern pricing across all markets.  The real question will be how fast and how high?  Hedge against energy hyperinflation ASAP.  Solarback will show you how! 



  1. Contact Solarback: Schedule a consultation. 
  2. Assessment: We evaluate your roof’s solar potential. 
  3. Lease Agreement: Review and finalize terms. 
  4. License agreement for rooftop energy production solar farm. 
  5. Installation: Solarback will handle the process from start to finish. 


Leasing to Solarback is a smart, sustainable investment. Transform your rooftop into a revenue-generating asset while contributing to renewable energy efforts. 


Solar power has become one of the most widely adopted renewable energy sources in the fight against climate change. Its environmental benefits extend far beyond reducing greenhouse gas emissions, offering a cleaner, sustainable alternative to fossil fuels. Solarback are at the forefront of this revolution, making solar power accessible and impactful for commercial businesses and communities alike. But how exactly does solar energy benefit the environment, and why should you consider supporting it? 


1. Reduces Greenhouse Gas Emissions 

The most significant environmental benefit of solar power is its ability to drastically reduce greenhouse gas emissions. Unlike coal, oil, or natural gas, solar energy does not emit carbon dioxide or other harmful pollutants when generating electricity. By choosing solar power, you contribute to lowering global emissions and combatting climate change. 


Solarback specializes in installing solar systems that help businesses transition to clean energy. Each installation contributes to a collective reduction in carbon footprints, bringing us closer to a sustainable future. 


2. Minimizes Air Pollution 

Traditional power plants emit pollutants like sulfur dioxide and nitrogen oxides, which lead to smog, acid rain, and respiratory issues in humans. Solar energy eliminates the need for burning fossil fuels, resulting in cleaner air and healthier communities. 

By leasing your commercial rooftop to Solarback, you’re not just earning passive income—you’re also improving air quality in your local area by supporting clean energy generation. 


3. Decreased Dependence on Non-Renewable Resources 

Coal, oil, and natural gas reserves are finite, and extraction processes are environmentally destructive. Solar power provides a nearly infinite energy source, harnessed directly from the sun. Investing in solar means reducing reliance on these depleting resources, protecting ecosystems from mining and drilling impacts. 


4. Supports Biodiversity 

Mining and drilling for fossil fuels often destroys natural habitats, displacing wildlife and disrupting ecosystems. Solar installations, especially rooftop systems like those provided by Solarback, have minimal land-use impact. By utilizing existing spaces, such as rooftops, solar projects protect natural landscapes and support biodiversity.


As the world undergoes another major energy transition to more sustainable solutions, one question remains at the forefront: What is the cheapest energy source? The answer is clear and supported by research—renewable energy, more specifically, solar power. Solar is now one of the most cost-effective energy sources globally. Its affordability, combined with its environmental benefits, makes solar a compelling choice for both individuals and businesses. Solarback is making this technology more accessible, without you having to make any capital expenditures. 


Why Solar Power Is the Cheapest Energy Source: 


1. Declining Costs of Solar Technology 

Over the past decade, the cost of solar panel production and installation has plummeted. Advances in technology, mass production, and value engineering now make it possible for Solarback to fund your entire project. 


2. No Fuel Costs 

Solar power relies entirely on sunlight, which is free and abundant. Unlike fossil fuels that incur ongoing expenses for extraction, transportation, and refinement, solar systems eliminate these costs entirely, resulting in significant long-term savings. 


3. Low Maintenance Costs 

Solar panels are highly durable and require minimal maintenance. Once installed, systems provided by Solarback operate efficiently for decades and our economies of scale allow us to service these rooftop solar farms with no cost to the property owner.

 

4. Government Incentives and Tax Benefits 

Solarback works with the highest level of federal, state, city, and county government programs to acquire all financial incentives and rebates that help our model thrive while allowing our clients to enjoy zero capital investment while participating in the renewable energy movement. 


  • Coal and Natural Gas: While historically dominant, fossil fuels are increasingly expensive due to rising extraction costs and environmental regulations. They also carry hidden costs related to pollution and public health. 
  • Wind Energy: Although wind power is another affordable renewable option, its feasibility depends heavily on location and weather conditions. Solar, on the other hand, is widely applicable across different geographies. 
  • Hydropower: While cost-effective in certain locations, hydropower requires significant infrastructure investment and is limited by water resources. 


Solar energy consistently ranks as the cheapest and most scalable solution for businesses and property owners seeking reliable power sources. 


Solarback's unique model thrives on the convergence of several key factors: 

  • Strategic Partnerships: We align with governmental agencies and private investors who are actively seeking to fund large-scale renewable energy projects. This access to capital enables us to finance the installation and maintenance of our rooftop solar systems without burdening building owners. This shared vision of a cleaner future fuels our growth and allows us to offer such advantageous terms. 
  • Falling Solar Costs & Technological Advancements: The decreasing cost of solar technology, coupled with continuous improvements in efficiency, has made solar energy a truly competitive and cost-effective alternative to traditional fossil fuels. This tipping point allows us to offer discounted energy rates while still ensuring a profitable business model. 
  • Long-Term Vision & Sustainable Practices: Our commitment to a sustainable future drives our long-term investment strategy. We're not just looking for short-term gains; we're building a cleaner energy infrastructure for the future. This long-term perspective allows us to make significant upfront investments in roof improvements and system maintenance, knowing that the benefits will accrue to all parties over the life of the agreement. 
  • Win-Win-Win Approach: Our program is designed to benefit everyone involved: building owners gain new revenue streams and lower energy costs, the environment benefits from clean energy production, and Solarback achieves its mission of promoting sustainable energy solutions. This alignment of interests is the foundation of our success. 


Solar Panel 101

1. Sunlight Hits the Solar Panels

Solar panels are made up of photovoltaic (PV) cells that absorb sunlight. These cells are usually made of silicon, a semiconductor material.

2. Photons Excite Electrons for the Creation of Electric Charge

When sunlight (photons) strikes the PV cells, it knocks electrons loose from the atoms in the silicon, creating an electric charge.

3. Electron Flow Creates Direct Current (DC) & Electricity is Generated

The freed electrons move within the solar cell, creating a flow of direct current (DC) electricity.

4. Inverter Converts DC to AC Power

Most household appliances and the electrical grid use alternating current (AC), so an inverter converts the DC electricity from the solar panels into usable AC electricity.

5. Powering Your Business

The AC electricity then flows through your electrical panel, distributing power to your lights, appliances, and outlets.

How do Solar Panels Work?

Solar Panel Technology

Solar panels work by converting sunlight into electricity using the photovoltaic effect. Here's a breakdown of how the technology functions:

1. Structure of a Solar Panel

A solar panel is made up of multiple solar cells, which are typically made from silicon, a semiconductor material. The key layers in a solar cell include:

  • Top Layer: Transparent material to let sunlight in.
  • P-N Junction: A combination of two types of silicon layers: N-type silicon and P-type silicon. N-type silicon has extra electrons (negative charge, doped with phosphorus atoms). P-type silicon has "holes" that are missing electrons (positive charge, doped with boron atoms).
  • Conductive Layers: To collect and transport the electricity generated.

2. Photovoltaic Effect

The photovoltaic effect is the process that allows solar cells to generate electricity and is comprised of the following parts: the absorption of sunlight, electron movement, electric field, and electric current. When sunlight (composed of photons) hits the solar cell, the energy from the photons excites the electrons in the silicon material. This energy knocks electrons free from their atoms, creating free electrons and corresponding holes. The built-in electric field at the p-n junction directs the free electrons to move toward the N-type layer and the holes toward the P-type layer. This movement of electrons creates a flow of electricity, which is collected by conductive materials and sent to an external circuit. 

3. Inverters and Electricity Usage

The electricity generated by solar panels is direct current (DC). To use this electricity in homes or businesses (which typically use alternating current (AC)), an inverter converts DC to AC. The electricity can then power appliances, charge batteries, or be fed back into the electrical grid.

4. Efficiency and Advancements

The efficiency of solar panels depends on factors like the type of material used, the amount of sunlight received, and the quality of the system. Modern panels can achieve efficiencies of 20-25%.

5. Supporting Components

Mounting systems help to ensure panels are oriented to maximize sunlight capture. Battery storage components help to store excess electricity for use when sunlight is not available.



Solar technology is a clean, renewable energy source that plays a key role in reducing reliance on fossil fuels and combating climate change.

          

NextEra Energy/FPL Plans Historic Rate Increase for 2026-202

Florida Power & Light (FPL), a subsidiary of NextEra Energy, has announced its intention to request the largest rate increase in company history, which would take effect from 2026 through 2029. This request, if approved by the Florida Public Service Commission, could have significant financial implications for commercial customers across the state.

Understanding the Rate Hike Request

FPL’s parent company, NextEra Energy, disclosed the planned rate increases in a recent investor update. According to the company's statements, the proposal seeks to raise base rates incrementally over the four-year period. While the specific rate changes for different customer categories are yet to be fully detailed, early indications suggest that this could be one of the most substantial cost increases in Florida’s utility history.


The justification behind the proposed rate hike stems from FPL’s ongoing infrastructure investments, efforts to enhance grid reliability, and the integration of cleaner energy sources. Company officials argue that these measures are necessary to meet growing energy demands, modernize the grid, and support Florida’s expanding population. However, the scale of the increase has raised concerns among consumer advocacy groups and business leaders who fear the financial strain it will have on households and local economies.

Key Factors Driving the Rate Increase

FPL has pointed out several primary reasons for the proposed hike:

  1. Grid Modernization and Reliability Enhancements – FPL plans to invest      heavily in upgrading and maintaining its transmission and distribution      network to prevent outages and improve overall service reliability.
  2. Renewable Energy Expansion – The company aims to continue its transition towards cleaner energy by expanding solar power and battery storage solutions.
  3. Operational Costs and Inflation – Rising labor and material costs, coupled with      economic inflation, are contributing to higher operational expenses.  
  4. Population Growth in Florida – The state's rapid population increase is driving      higher energy demand, necessitating further investments in infrastructure.

How this Affects Consumers and the Role of Solar Energy

Businesses, particularly small enterprises, may face increased operational costs, which could have downstream effects on Florida’s economy.


Consumer advocates have expressed concerns about the affordability of these increases, especially for low-income households. There is also criticism regarding FPL’s monopoly over much of Florida’s electricity market, limiting customer choices when it comes to selecting a provider. 

A Solution: Solar Energy and Energy Independence

As utility rates continue to climb, now is the time for businesses to take control of their energy costs by switching to solar. Companies like Solarback provide innovative solar solutions that help customers reduce reliance on the traditional grid, lowering electricity bills and insulating against future rate hikes. By investing in solar panels and battery storage, consumers can generate their own power and protect themselves from unpredictable utility pricing.


Unlike FPL’s rate increases, solar offers a fixed-cost investment that delivers long-term savings. Additionally, Florida's abundant sunshine makes it one of the best states to adopt solar energy, maximizing efficiency and return on investment.

Regulatory Approval and Public Response

Before the new rates can take effect, the proposal must be reviewed and approved by the Florida Public Service Commission (PSC). This process will likely involve public hearings where consumers and businesses can voice their opinions. Past rate increases proposed by FPL have faced pushbacks, with regulators sometimes approving lower increases than initially requested.

What Comes Next?

FPL is expected to file its formal request with the PSC in 2025. In the meantime, advocacy groups and policymakers will be closely examining the proposal and its potential impact on consumers.


Customers concerned about their future electricity costs should stay informed, participate in public hearings, and explore energy efficiency measures to mitigate potential bill increases.

How Solarback Can Help

If you’re looking for a way to take control of your energy costs, Solarback provides tailored solar solutions that empower businesses to reduce dependency on utility companies. Contact us today to learn how solar can shield you from rising electricity rates and provide long-term financial stability.


As developments unfold, it will be crucial for Florida residents to engage in the conversation surrounding this historic rate increase and its implications for the state’s energy future.

Leasing to Solarback LLC is a smart choice.


When it comes to affordability and sustainability, solar power is the undeniable leader among energy sources. Cost reduction, coupled with the financial and environmental benefits, makes solar the ideal choice for businesses and property owners. With Solarback, adopting solar energy is easier than ever without incurring any capital expenditure. 


If you’re ready to switch to the cheapest energy source and unlock the potential of solar power for your commercial property, contact Solarback today. Together, we can build a brighter, more sustainable future. 


Solarback: The Intersection of People, Planet, and Profit 

Solarback

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