What is Net Metering, and Why Should You Care?

Net Metering, also known as solar net metering or grid-tied metering, is an idea that has been around since the 1980s. It allows homeowners to generate their electricity with solar energy and then send it back to the grid. Sounds like a win-win, right? Let’s explore what this means and why you should care about net metering.

How Does Net Metering Work?

Net metering works by allowing homeowners to install solar panels on their roofs and connect them to the local electric grid. The electricity generated from these panels is sent back to the grid in exchange for credits towards future electricity bills. This means that when you use less energy than you produce, your excess energy is sent back to the power company which will then credit you for it. In some cases, homeowners may even be able to sell their excess energy back to the power company!

Why Should You Care?

Net metering can help reduce your electric bill significantly depending on how much of your energy needs are supplied by solar panels. Additionally, net metering can provide a long-term financial benefit because your solar panel installation could eventually pay for itself over time with monthly savings on electricity costs. Plus, you’ll be helping out Mother Nature too since you’ll be reducing your carbon footprint by using renewable energy sources instead of nonrenewable ones.

What Do I Need To Know Before Installing Net Meters?

Before installing any type of net meter system, it’s important to do research and ask lots of questions about local regulations and utility policies related to net metering in your area. Also, make sure that you find a qualified professional who can properly install your system so that it meets all safety standards and complies with all applicable laws and regulations. Finally, be sure to weigh both the short-term costs (such as equipment and installation) versus long-term benefits (such as savings on electricity) before making any decisions regarding net metering systems.

Despite its complicated name, net metering is quite simple at its core; it allows homeowners to generate their electricity with solar panels while still being connected to the local electric grid – plus they get credited for any excess energy they produce! Not only can this save money in the long run but it also helps reduce our carbon footprint by utilizing renewable sources of energy instead of nonrenewable ones. Before installing a net meter system, however, make sure you research local regulations & utility policies related to net metering in your area as well as find a qualified professional who can properly install your system so that it meets all safety standards & complies with all applicable laws & regulations. All in all, net metering is an exciting way for individuals interested in reducing their carbon footprint & saving money on utilities in the process!

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A Bright Future: Solar Energy, Generation, Transfer, and Storage Solutions

Solar energy is a great way to help reduce our carbon footprint and move towards a more sustainable future. With the advancements in solar technology, it is now easier than ever to generate renewable energy that can be used to power homes and businesses. Let’s explore how solar energy works, as well as some of the different solutions provided by Orlando Energy Solutions for solar energy transfer and storage.

Solar Power Generation

Solar power generation is the process of converting sunlight into electricity using photovoltaic (PV) cells. PV cells are made up of a semiconductor material like silicon, which absorbs photons from the sun’s rays and turns them into electricity. This electricity is then sent through an inverter to convert it into usable AC power for your home or business.

The amount of solar energy generated depends on several factors such as location, time of day, weather conditions, and the orientation of your rooftop panels. Orlando Energy Solutions can help you calculate how much solar power you can generate to maximize your system’s efficiency.

Transferring Solar Energy

Once the solar energy has been generated, it needs to be transferred from the roof or ground-mounted array to wherever it will be used – either inside your home or at another location such as a local utility grid. This process requires two main components: an electrical conduit and a transformer.

The electrical conduit carries the electrical current from one end to the other while the transformer converts it from high-voltage DC (direct current) to low-voltage AC (alternating current). Orlando Energy Solutions can also help you with this step by providing information on best practices for safely transferring your solar energy.

Solar Energy Storage

Storing solar energy is important when there isn’t any sunlight available or when demand exceeds supply during peak hours. There are two main types of battery storage systems available – off-grid and grid-tied systems – with each having its benefits depending on your needs.

Off-grid systems are standalone batteries that store excess energy produced by a PV system so that it can be used later when needed while grid-tied systems provide backup power in case of an outage or emergency. Orlando Energy Solutions can guide you through all aspects of storage options so that you can make an informed decision about which type will work best for you.

Achieving sustainability goals is within reach thanks to advances in solar technology! From generating clean renewable energy to transferring it safely and storing it efficiently; there are many options available today that make going green easy and cost-effective!

If you are looking for Solar Energy; generation, Transfer, and Storage solutions look no further than Orlando Energy Solutions! They have all the expertise necessary to guide you through every step of your journey toward sustainable living! So don’t wait – start exploring your options today! You won’t regret making the switch – after all – It’s A Bright Future Ahead!

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Shining a Light on the Differences between Commercial and Residential Solar Systems

Solar energy is one of the most popular sources of green energy out there. As such, more and more people are making the switch from traditional fossil-fuel-based energy sources to solar power. But did you know that there are major differences between commercial and residential solar systems? Read on to find out the five key differences between these two types of solar systems.

1. Cost –

The cost of installing a commercial solar system is typically higher than a residential system due to its larger size and complexity. Commercial systems are typically installed in warehouses, factories, or other large buildings while residential systems are usually installed in houses or apartments. This means that commercial systems require more equipment, wiring, and installation time than residential systems.

2. Energy Needs –

Commercial buildings often have higher energy needs than residential buildings due to their size and the number of people occupying them at any given time. For this reason, commercial solar systems need to be able to generate more energy than residential ones to meet the higher electricity demand.

3. Maintenance –

It’s important to note that both types of solar systems require regular maintenance in order to keep functioning properly over time. However, because commercial solar systems are generally larger and more complex than residential ones, they may require heavier maintenance such as cleaning panels or replacing wires and batteries more frequently than residential ones would need.

4. Tax Credits –

In addition to being more expensive upfront, commercial solar installations may also be subject to different tax credits than those applied for by residential customers depending on the location where they’re installed. Generally speaking, however, both types of installations can be eligible for certain federal tax credits if they meet certain requirements.

5. Returns –

The return on investment (ROI) for commercial solar projects tend to be lower than those for residential projects since they require larger upfront investments but may offer longer-term savings when it comes to electricity bills over time due to their greater capacity for generating power compared with smaller home-based systems.

There you have it—the five key differences between both solar systems! While both types of installations come with their unique benefits (and drawbacks), understanding what sets them apart is essential if you’re considering investing in either type of system for your home or business needs in the near future! Whether you decide on a commercial or a residential system, be sure that you do your research before making any final decisions so that you make an informed decision about which will work best for your budget and unique energy needs!

Unlocking the Benefits of Solar Energy in Orlando

Orlando is known for its sunny skies and warm temperatures, which makes it the perfect place to take advantage of solar energy. But beyond simply being aesthetically pleasing, what are the actual benefits of solar energy in Orlando? Let’s take an in-depth look at how taking advantage of renewable energy solutions can help you save money and be kinder to the environment.

Reduce Your Carbon Footprint

Switching to solar energy is one of the most impactful ways to reduce your carbon footprint. Since it is a renewable resource, solar power does not emit greenhouse gases or other pollutants into the atmosphere – unlike traditional fossil fuels. By embracing solar energy as a power source, you can positively impact the environment without sacrificing your lifestyle. It’s a win-win!

Save Money on Utilities

Solar energy offers more than just environmental benefits; it can also help you save money on your utility bills. With traditional electricity sources, you typically have no control over how much electricity you use or how much you pay for it – since rates fluctuate based on demand. But with solar energy, you can generate electricity that can be used both day and night, meaning fewer power outages and lower bills! Plus, many states offer tax credits and other incentives for those who choose to switch to renewable energy solutions like solar power.

Take Control of Your Energy Usage

Solar energy allows you to take control of your energy usage by giving you access to real-time data about your electricity production and consumption habits. This means that you can better manage when and where your electricity is used – allowing for greater efficiency and cost savings. You can even install technology that allows you to sell excess electricity back into the grid during peak times, earning extra income while helping reduce strain on the grid during peak usage hours.

The benefits of solar energy in Orlando are numerous! From reducing your carbon footprint to saving money on utilities and taking control over your energy usage, there are countless reasons why switching to solar power may benefit individuals and businesses alike. As more people take advantage of renewable sources like wind or sun power, we will continue seeing new technologies emerge – all designed with one goal: creating a cleaner future for us all! So if living green has always been important to you but seemed too costly or difficult before now – consider investing in ProSolar today! You’ll be glad you did!

What You Need To Know About Net Metering Solar System?

The future is here. And it’s in the form of solar energy. If you are considering going solar, you may be wondering what your energy metering options are. Well, we have good news for you: net metering is the way to go! Let’s take a look at why a net metering solar system is the right choice for you and how to get started with a net meter installation.

What Is Net Metering?

Net metering or net energy metering (NEM) is an agreement between a utility company and an individual customer that allows customers to install renewable energy systems on their property and be credited for any excess electricity they generate. In other words, if your renewable energy system produces more electricity than you need, your utility company will give you credit for that extra power. This credit can then be used to offset future electricity costs. That sounds like a great deal, right? It gets even better—many states also offer financial incentives to encourage customers to switch to renewable sources of energy, such as solar panels.

How Does Net Metering Work?

The way net metering works is simple. When your solar panels produce more power than your home needs, the excess power goes back into the grid and your utility company gives you credit for it on your next bill. This means that when there isn’t enough sunlight available to power your home, you can use this excess power stored in the grid to help reduce your electricity bills. There are two types of net meters – analog and digital – and both types work by measuring both incoming and outgoing electricity from the home or business premises.

Getting Started With Solar Net Meter Installation

If you’re ready to make the switch to renewable energy sources like solar panels, then getting started with a solar net meter installation should be the top priority on your list of things to do! Installing a net meter will ensure that any excess electricity generated by your solar panels is automatically sent back into the grid and credited against future electricity bills. To get started with a net meter installation, contact your local electric company or search online for reputable providers near you who can help with this process.

Going green has never been easier than it is today! By investing in renewable sources of energy such as solar panels and switching over to a net metering agreement with your utility provider, you can lower both your environmental impact and monthly electric bills significantly over time! All it takes is some research into what providers offer NEM agreements in your area followed by having a professional install a compatible net meter so that all excess power produced by those panels can be credited against future bills without fail! Going green has never been simpler or more cost-effective! So why wait? Get started today on finding out more about NEM agreements to become part of the sustainable energy revolution!

Blog Introduction: Hillsborough county is a fantastic place to go solar! The sun shines almost year-round, and there are plenty of hills to capture its rays. Plus, going solar will save you money on your electric bill and help the environment. But before you dive in, there are a few things you should know.

Blog Body:
Solar Energy 101
Solar energy is captured by solar panels, which are made up of photovoltaic cells. These cells convert sunlight into electricity, which can be used to power your home or business. Solar panels are usually installed on rooftops, but they can also be mounted on the ground or on poles.

Hillsborough County Solar Rebates
Hillsborough county offers a solar rebate for homeowners and businesses who install solar panels. The rebate is $1 per watt, up to $5,000. This rebate can be combined with other incentives, such as the 30% federal tax credit.

Solar Energy Incentives in Hillsborough County
There are also several programs in Hillsborough county that offer incentives for going solar. The Clean Fixed-Price tariff pays 7 cents per kilowatt-hour for energy produced by eligible renewable energy systems. This program is available to customers of Duke Energy, Tampa Electric Company, and Florida Power & Light Company.

The Property Assessed Clean Energy (PACE) program provides financing for renewable energy projects. PACE financing can be used for solar photovoltaic systems, solar water heaters, geothermal heat pumps, wind turbines, and more. To be eligible for PACE financing, your property must be located in unincorporated Hillsborough county or within the city limits of Tampa or Plant City.

Conclusion:
Going solar is a great way to save money and help the environment—and Hillsborough county is a great place to do it! With sunny weather and plenty of hills for capturing the sun’s rays, you’re sure to see some great savings on your electric bill. And with various rebates and incentives available from the county, state, and federal government, there’s never been a better time to go solar!

Blog Introduction: No longer just the Sunshine State, Florida is quickly becoming the Solar State. And Tampa is leading the charge, with a recent boom in solar installations. In fact, according to the Solar Energy Industries Association, Tampa ranks 4th in the state for solar installations.

Why the sudden interest in solar energy? For one, it’s a great way to save money on your electric bill. With solar panels installed on your home, you can offset the cost of your electricity usage by generating your own power.

Another reason is that solar energy is good for the environment. Solar panels don’t produce emissions that contribute to air pollution or climate change. In fact, according to the Environmental Protection Agency, going solar can reduce the equivalent of up to 2.5 tons of carbon dioxide annually.

Lastly, solar panels can increase the value of your home. Homes with solar panels sell 20% faster and for 17% more money than homes without solar panels, according to a study by Lawrence Berkeley National Laboratory.

Blog Body:
How Solar Panels Work
Solar panels are made up of photovoltaic cells, also called PV cells. PV cells are made of semiconductor materials like silicon and have positive and negative layers. When sunlight hits the PV cell, electrons are knocked loose from the atoms in the silicon. The positive and negative layers create an electric field that draws the electrons toward opposite poles in an electrical circuit, creating a flow of electricity.
The number of PV cells in a solar panel determines its power output capability. Most residential solar panels have between 36 and 72 PV cells and can generate between 250 and 400 watts per hour under full sunlight conditions.

Types of Solar Panels
There are two types of solar panels commonly used for residential applications: monocrystalline and polycrystalline. Monocrystalline solar panels are made from a single large silicon crystal, while polycrystalline solar panels are made from multiple smaller silicon crystals fused together.
Monocrystalline panels are more efficient than polycrystalline panels but also more expensive—typically about 15% more expensive per panel. However, monocrystalline panels will generate more electricity over their lifetime than polycrystalline panels, so they may be worth the investment if you have the budget for it.

Solar Panel Installation Process
The process of installing solar panels on your home generally takes 1-2 days depending on the size and scope of your project. First, a site assessment will be conducted to determine whether your home is suited for rooftop or ground-mounted systems and to assess shading conditions around your property—shade can negatively impact PV cell efficiency by up to 30%. Once that’s complete, your installer will obtain all necessary permits before proceeding with the installation.

Conclusion:
Tampa is quickly becoming one of Florida’s leading cities for solar panel installation due to a recent boom in interest and demand. Homeowners are interested in going solar because it’s a great way to save money on electric bills and increase the value of their homes while also being good for the environment. If you’re considering going solar, contact a reputable installer today to get started on your project!

A question that gets asked quite often is if generating electricity using solar energy over fossil fuels is better for the environment, and the answer is yes. Fossil fuels are the fossilized remains of dead plants and animals containing carbon and hydrogen. Fossil Fuels are finite and used to create non-renewable energy, while solar energy is entirely renewable and will always be abundant.

The Effects Of Mining On The Environment

Fossil fuels are found deep in the land and sea in a solid rock form, gas, or liquids. Extracting or mining these resources is carried out by scraping or digging for them and has a negative impact on the health of our planet and bodies.
Coal is typically found deep underground and is occasionally located close to the ground surface. The extraction method of deep or shallow mining is exceptionally invasive and causes permanent damage to the landscape.
Surface mining has a unique set of consequences since it entails removing the top layer of soil to gain access to the coal beneath, wreaking havoc on local ecosystems. Mountaintop removal is a particularly destructive type of surface mining. It entails removing all trees and other vegetation from peaks and hilltops before blasting hundreds of feet of the earth beneath. Unsurprisingly, local vegetation and biodiversity suffer because of the drastic change in terrain, which effectively kills habitats for a variety of species and makes natural regeneration nearly impossible.
Underground mining not only hurts the environment but is especially harmful to humans. Deep underground coal extraction sites are often abandoned upon the removal of support beams and could potentially weaken the surface structure above and around them. Water that may flow through could become tainted with heavy metals or acid, causing harm to plant and animal life. According to WebMD, approximately 16% of coal miners are diagnosed with Black Lung disease-causing pulmonary distress and a lower life expectancy.

The Harmful Effects Of Converting Fossil Fuels Into Electricity

Coal or oil-fired power plants generate heat, then used to make steam, which drives turbines that generate electricity. These plants produce electricity consistently over long periods and are often inexpensive to construct. However, burning carbon-based fuels emits roughly 21 billion metric tons of Carbon Dioxide (C02) into the atmosphere.
It is undeniable that the large amount of air pollution created by power plants is dangerous to our ecosystem and human life. Acid rain is caused by additional pollutants produced by these plants, such as sulfur and nitrogen oxides. These particulates settle into our rivers, lakes, and oceans, causing a phenomenon called ocean acidification affecting all marine life, especially shellfish.

Solar Energy Is Clean, Green, And Free

Solar energy systems harness pure, clean energy from the sun and produce no pollution. Each kilowatt-hour (kWh) of solar energy produced reduces greenhouse gas emissions such as CO2 and other harmful pollutants, including sulfur oxides, nitrogen oxides, and particulate matter.
A solar energy installation on your home or business will save you thousands of dollars annually and will quickly offset your initial investment. Not only will switching to solar put more money in your wallet, but solar panels will increase the value of your property.
When comparing the environmental impact of solar electricity vs. fossil fuels, it is evident that solar power is the better alternative. Investing in a solar storage battery allows you to access energy even when the sun isn’t shining and helps provide predictability.

Florida, “The Sunshine State,” has been the ideal place for home and business owners to benefit from the sun to power their property. The most prominent attraction to harnessing the sun’s power is net metering (NEM). Net metering means that the excess energy produced by your solar panels will be stored within the local utility power grid and credited back during the evening hours or cloudy and overcast days. A House Bill, HB 741, was recently passed to end net metering and will significantly affect Florida solar customers.

The benefit of net metering

A large benefit of switching to a solar energy system is to reap the financial benefits of lowering or eliminating power bills. The local utility company will accept new NEM applications from a residential or commercial solar customer for inspection. Upon approval of the system, they will then be linked to the grid.
Customers with net-metered solar energy systems in Florida can receive a credit for each kilowatt (kW) of energy produced by their system. Their energy bill will reflect the total quantity of electricity utilized minus the amount generated each month. If they generated more energy than consumed throughout the month, the credit will be stored and applied to their next statement.
Net metering offers large savings and incentives for all Florida solar customers and helps offset the installation cost of a solar energy system.

How HB 741 will affect Florida residents

HB 741 will disrupt the Florida economy and will have an impact on all Floridians. The current solar residents will not be directly impacted by the bill right away, but anyone interested in a having solar energy system installed will need to act quickly.
HB 741 is scheduled to take effect on July 1, 2022, however current solar homes and businesses will be grandfathered in for 20 years. According to the bill, any Florida resident deciding to have solar installed, must do so by 2024. Although the grandfather clause will be in place, utility companies could still charge a fixed rate to grid connected solar energy systems beginning in 2026.
Florida’s current credit per kw/hr. equals the value of the excess energy. The following time frame will lead to the elimination of billing credits.

• Jan. 1, 2024 – Dec. 31, 2025 credit reduced to 75% of the current value
• Jan. 1, 2026 – Dec. 31, 2026 credit reduced to 60% of the current value
• Jan. 1, 2027 – Dec. 31, 2028 credit reduced by 50% of the current value
• Beginning Jan. 1, 2029 the billing credit will be eliminated. Solar customers will pay the full cost of electric service and will not be cross-subsidized.

Solar energy installation companies will also be hit hard from the passing of HB 741. According to state Sen. Lori Berman, a Democrat from Palm Beach County, Florida’s solar industry could be impacted by the possible loss of 40,000 jobs.

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