Currently browsing: Renewable Energy

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Renewable energy can sometimes be a broad and confusing topic. What is it?  Where does it come from? How can I get it? Is it Green Power? The questions can go on and on.

In the simplest way to explain renewable energy, consider it as things that aren’t manmade, such as the sun, wind, water, organic plant, and animal waste material. The way things used to be.

When we (humans) discovered a fire that changed the way we lived and when we discovered energy sources such as Coal, Nuclear, Oil, and Natural Gas, AKA Fossil Fuels that advanced the way we lived but changed the way the Planet behaved. Using these types of energy sources we use today, such as oil and natural gas, has contributed to the greenhouse effect.  Unfortunately, our primary method of heating, cooking, and playing video games is the least beneficial way to use energy, and we are now feeling the impact of those decisions because we didn’t realize the effects.

Now, we have access to renewable energy, which isn’t as hard as you might think. For example, you can install solar panels on your home. Solar panels help to reduce emissions and your energy bills. On warm spring days, depending on where you live, you can generate a lot more energy from the sun than you would consume. The energy you generate that isn’t used can be traded to the utility company for additional credits on your monthly bill.

If you don’t have the ability to install solar panels on your home you can select to work with an organization that sells renewable electricity, such as ABEST. Their energy is 100% renewable electricity, and you can reduce your carbon footprint within minutes.

Our goal at ABEST is to serve New York residents with renewable electricity to help reduce their carbon footprint. Our focus has been to educate and help individuals do their part, too, and help fight against climate change by offering eco-friendly products and services. Renewable energy helps to reduce emissions by creating a way to move away from fossil fuels, which contribute to greenhouse gasses.

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Traditionally, regulated electricity markets existed across the United States, restricting customer choice.  It wasn’t until the 1970’s that the idea of deregulation came into play, with the passage of the Public Utilities Regulatory Policies Act.  This act began an age of restructuring for the energy industry.  Consequently, in 1992, the passing of the Energy Policy Act opened the market further.  The Energy Policy Act’s goals were to increase the use of clean energy and energy efficiency.  It broadened choices for utilities and created new rate-making standards.  Since then, deregulated energy markets have spread across various states, but what are the differences, and what does the future hold for electricity markets?

What is a regulated electricity market?

A “regulated electricity market” contains utilities that own and operate all electricity.  From the generation to the meter, the utility has complete control.  The utility company owns the infrastructure and transmission lines then sells it directly to the customers.  In regulated states, utilities must abide by electricity rates set by state public utility commissions.  This type of market is often considered as a monopoly due to its limitations on consumer choice.

What is a deregulated electricity market?

A “deregulated electricity market” allows for the entrance of competitors to buy and sell electricity. Generation owners then sell this wholesale electricity to retail suppliers.  Retail electricity suppliers set competitive prices for consumers, which are often referred to as the “supply” portion of the electricity bill.  It often benefits consumers by allowing them to compare rates and services of different third-party supply companies (ESCOs) Also, in a deregulated market, there is increased availability of renewable sources and green pricing programs.

While deregulated electricity markets offer a broader range of renewable energy options, there are still options for consumers in regulated states to reap the environmental and economic benefits of green power.  For instance, Power Purchase Agreements allow for the investment in a project outside of your state, providing benefits through renewable energy certificates (RECs).  Although they are unable to incorporate renewables directly into your electricity supply contract like in deregulated markets, the green options are growing for regulated markets.

Our goal at ABEST is to serve New York residents with renewable electricity to help reduce their carbon footprint. Our focus has been to educate and help individuals do their part too and help fight against climate change by offering eco-friendly products and services. Renewable energy helps to reduce emissions by creating a way to move away from fossil fuels, which contribute, to the greenhouse gasses.

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What does it mean when an energy company offers renewable energy and how does it really work? One answer might be that it is renewable power stations like wind turbines and solar panels that generate renewable energy. You might even go as far as to say the wind, sun, water, biomass, and natural gas power those stations.  Some may think the energy comes from your local utility company. But there is also an important piece of the renewable energy process – especially if you want to purchase renewable electricity supply and that is retail energy suppliers, like Abest Green Power. 

When most people think of receiving renewable energy from an energy supplier, they often imagine having to install new equipment or make physical changes to their property. In fact, when you purchase renewable energy, you are directing power produced from renewable sources to be delivered onto the grid based on your purchase. 

When you select a renewable energy from an energy supplier it does not mean that the physical properties of the electricity will be sent directly to your home. Instead, renewable electricity is generated from natural sources then delivered into the grid and the renewable energy certificate is sold and retired.  The benefits to the environment are identical since you are lowering the carbon footprint by supporting the production of renewable electricity generated from natural resources – energy that would have otherwise been produced by harmful fossil fuels. 

If more consumers in New York sign up with an energy supplier for their electricity supply, the primary energy source will be renewable. Over time this will help to reduce carbon emissions and preserve our wonderful planet. 

Our goal at ABEST is to serve New York residents with renewable electricity to help reduce their carbon footprint. Our focus has been to educate and help individuals do their part too and help fight against climate change by offering eco-friendly products and services. Renewable energy helps to reduce emissions by creating a way to move away from fossil fuels, which contribute, to the greenhouse gasses. 

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Renewable energy has had its fair share of myths and rumors surrounding its benefits — just like any other new technology would. But as history reveals, many of these myths have no merit, and people disregard them anyway — especially when benefits outweigh possible drawbacks. 

Once we push renewable energy myths aside, we can pass the clouded rumors enjoy the positive benefits of it — just like we do with any other new technology. 

Myth #1: Renewable energy isn’t actually good for the environment 

Wrong. Renewable energy — including wind, solar, hydro, geothermal, and biomass — has proven environmental benefits, but skeptics still try to test its validity. The argument is if we’re going to put stock into an alternative energy source, we want to make sure it’s worth our while. Using renewable energy is 100% better than using harmful fossil fuels to generate electricity and that is a fact. 

Myth #2: Wind power contributes to global warming 

In 2011, a study by Max Planck Research Group suggested warming effects of wind energy outweighed its clean energy benefits. Wrong. 

Fact: The heat generation of wind power has no significant impact if the turbines are spaced out. Researchers from the Max Planck Institute concluded that:  

“If wind turbines generate 5.75 terawatts, such power ultimately returns to the air as heat following electricity use. This heat does not depend on the electricity source; thus it is also released when coal, nuclear, and natural gas produce electricity. Such generators, though, produce additional heat due to combustion or nuclear reaction, and [fossil fuels] emit global warming pollutants. As such, wind turbines reduce direct heat and pollutant emissions compared with conventional generators.” 

Myth #3: Renewables are insignificant compared to fossil fuels 

This question surprisingly comes up a lot: Why even bother with renewable energy when fossil fuel production still holds most of the electricity generation in the U.S.? 

While the fossil fuel industry and renewable energy innovation may be rivals, our country needs both at the present time, and we benefit with the right balance of each. So, even though it isn’t yet feasible nor cost-effective for our energy supply to become sourced from renewable energy, there are still benefits to reducing our dependence on fossil fuels. International conflict and global warming are two areas where we stand to gain by reducing our dependence on traditional sources of electricity. 

Myth #3: Renewable energy is more expensive 

Proponents of this myth often cite outdated data to say that wind and solar power are too expensive and can only compete with fossil fuels because they are heavily subsidized. The truth is the cost of wind power has declined 70 percent since 2010, and will likely decline another 35 percent by 2035.  Solar energy prices declined 89 percent over the last decade and will likely drop another 34 percent in the coming decade. 

Wind and solar power are now the cheapest sources of energy, period. 

The declining cost of renewable energy is due to advances in technology, manufacturing, and installation, not subsidies.  In fact, subsidies for fossil fuels are 7 times higher than for renewable energy. 

Myth #4: Renewable energy isn’t reliable 

Before we debunk this myth, let’s review the “what-ifs” that come from the reliability of renewable energy sources. 

What if we don’t have enough wind? Oceana, the largest international advocacy organization dedicated to ocean conservation, states that while wind is not a perfect energy source, it is reliable. Where winds die down one place, they pick up elsewhere when there is large-scale distribution.  

“Wind, combined with other renewables and a smart-grid, will be more reliable and emit zero carbon. This will stabilize energy prices and increase energy security all the while mitigating climate change.”- Oceana. 

What if the weather is bad? Sunlight will still be harvested during the winter months, and with overcast skies from rainy weather, trickles of sunlight are still captured by solar panels. Solar panels are also sturdy enough to withstand strong winds from severe storms — even a hurricane. 

What happens at night? While it’s true that solar-powered equipment works only when sunlight is present, energy demands continue to be met with surplus energy stored in batteries. Currently, battery storage systems are still a developing technology, so storage can be pricey. Thankfully, like any new technology, we’re confident costs will come down and the technology will become more widely available.  

Currently, the industry uses the REC system to verify your nighttime energy usage. These are certificates created by renewable energy generators like us at Chariot that verify your energy is legitimately from renewable energy sources like solar and wind — even when the wind’s not blowing or the sun’s not shining at the time you need power!  

Renewable sources are hands-down more abundant than fossil fuels; it’s just a question of accessibility and what is the smartest, most energy-efficient, and cost-effective means for harvesting and using its production.  

Myth #5: Renewable energy kills birds 

Most people are naturally concerned about the welfare of animals. One of the complaints about wind farms is the number of bird deaths the turbines cause each year. The Department of Fish and Wildlife finds that wind turbines kill between 140,438 to 327,586 birds per year. However, measures are actively taken to reduce bird deaths, including: 

  • Deterrence using sound 
  • Artificial intelligence  
  • Radio/GPS tracking 

Even then, it’s a truth universally known among scientists and researchers that climate change is the number one cause of bird deaths. According to the National Audubon Society, if climate change continues apace, hundreds of North American bird species’ ranges will shrink by at least half by 2100. 

It’s Time We Leave the Myths Behind 

As with any innovation, there are fears and concerns about how well it works or what the drawbacks are. While solar energy has its critics, we still maintain that the move to solar is a wise one. Sustainability matters and we make great strides when each person does their part. 

Our goal at ABEST is to serve New York residents with renewable electricity to help reduce their carbon footprint. Our focus has been to educate and help individuals do their part too and help fight against climate change by offering eco-friendly products and services. Renewable energy helps to reduce emissions by creating a way to move away from fossil fuels, which contribute, to the greenhouse gasses. 

 

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Why is renewable energy so important and what is renewable energy?  

The benefits of Renewable energy and its positive impact on the environment are hot topics. Not only because it is at the forefront of many political and social conversations worldwide, but it is also a topic so many people feel passionate about. 

What is renewable energy anyway? Renewable energy is energy that is collected from natural sources that cannot be depleted such as sunlight, wind, and hydropower. Since these natural sources are not going anywhere anytime soon, using them to generate power is not only reliable but it is also eco-friendly. Plus, alternative energy sources do not typically produce any negative byproducts like those produced when burning fossil fuels to produce electricity, which causes serious harm to our environment. 

Of course, we’ve all heard that renewable energy is important and that we should be using it instead of fossil fuels, but why? 

Why is renewable energy important for our future? 

The answer is as simple as it is complex: It is important because, without it, we will run out of ways to power our world. 

While this may sound a bit dramatic, it is quite true. If we do not start to replace the unsustainable methods, we currently use to generate electricity with more sustainable ones, we will run out. Many experts estimate that we could run out of fossil fuels within the next 100 years, and burning other materials for energy, such as our own trash and trees, will only be able to take us so far. 

Another reason using renewable energy sources is so important is that all nonrenewable sources harm the planet when they are converted into energy, polluting the air, and making the world a more difficult place to live for plants, animals, and humans alike. Air pollutants and smog hanging over our cities cause allergies, symptoms of asthma, and even lung disease. Climate change, acid rain, and physical damage to the environment are also major negative impacts caused by our continued reliance on fossil fuels. 

Why is the development of renewable energy sources so important? 

According to experts, we may only have until 2040 to reverse the effects of climate change before irreparable damage is done. Here is why: 

Fossil fuels will run out – experts believe we have between 53 and 110 years before nonrenewable sources will be scarce and therefore unable to power our world. 

Sustainable energy sources are much more affordable – they pay for themselves over time (both financially and environmentally!), and that means cheaper electricity for the consumer. 

Renewable energy infrastructure creates jobs – in 2019 alone, 12,000 new jobs were created across all 50 US states thanks to wind energy. 

Plus, clean energy reduces the risk of respiratory health problems. According to the World Health Organizationhousehold and ambient air pollution caused 7 million deaths globally in 2016. About 94% of these deaths occurred in low- and middle‐income countries, with Southeast Asia and the Western Pacific regions bearing most of that burden. These and other health issues could be drastically reduced if we were more reliant on energy sources that did not involve the burning of fossil fuels. 

Our goal at ABEST is to serve New York residents with renewable electricity to help reduce their carbon footprint. Our focus has been to educate and help individuals do their part too and help fight against climate change by offering eco-friendly products and services. Renewable energy helps to reduce emissions by creating a way to move away from fossil fuels, which contributes to greenhouse gases. 

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Renewable Energy Is the Future

We’re living in an incredible time of advancement and awareness of the use of renewable energy and how its long-term benefits can preserve our beautiful planet.

We know that pollution is caused by burning harmful fossil fuels such as coal, oil, and natural gas which are playing a huge role in climate change. Incredible renewable energy sources are cropping up, all aiming to solve the energy crisis—but we don’t have a perfect solution just yet. What we do have are choices to use renewable energy as alternatives to fossil fuels.

Below are the top six renewable energy sources, plus the science behind them, and how they are leading us to an independent sustainable future.

  1. Solar Energy

The 101 | Solar energy is the most widely abundant clean energy source on the planet. As technology advances, it’s becoming more accessible and less expensive for businesses and homes to easily install solar panels.

How It Works | There is a lot of science that goes into creating the makeup of a solar panel. Essentially, the panels are made from solar cells made of a positive layer and a negative layer (like a battery) that create an electric field; the panels then capture the sun’s energy and turn it into electricity. Because the panels are receiving so much sunlight throughout the day (more than the home would need in a day), the electrical currents are able to be stored inside the panel grid for nighttime and cloudy days.

  1. Wind Energy

The 101 | Wind energy is also one of the fastest-growing renewable energy sources in the world. The most commonly recognizable wind energy structures are the giant alien-like propeller statues, seen in areas with an abundance of sprawling flat land.

How It Works | The process to obtain wind energy starts with a technology called a Turbine. There are two types of turbines: horizontal-axis and vertical-axis turbines. The giant propeller-like structures are horizontal-axis turbines whose large blades face the wind. Turbines convert the kinetic energy (energy created by motion) of the wind into “mechanical power.” Once the wind gets the propellers moving, the connected shaft spins a generator to create electricity.

  1. Hydropower

The 101 | Hydropower is the process of capturing energy from water using turbines and generators. Hydropower has been used since the late 19th century to create electricity.

How It Works | Just like wind energy, hydropower works by harnessing the kinetic energy of water to create electricity. Within the system of a hydroelectric plant, there are three main parts: the power plant where the electricity from the water is made, the dam that is used to control the water flow by opening and closing, and a reservoir where the water is stored.

  1. Biomass Fuels

The 101 | Biomass is the process of using organic waste matter from plants and animals to generate bioenergy.

How It Works | Biomass is one of the oldest methods of obtaining energy, that harnesses energy stored in matter, like animal waste, decomposing waste, and plants. One common method for biofuel production consists of catching the matter on fire, which then produces steam. This steam energy then powers a generator using a turbine, and voilà—electricity! This process is carbon neutral, unlike fossil fuels.

  1. Geothermal Energy

The 101 | Geothermal energy extracts the steam from the geothermal reservoirs beneath the earth’s surface (think hot springs).

How It Works | A hole is drilled into the earth’s surface that taps steam and very hot water to power generators on the surface, which then creates energy. It sounds a bit intense to think about drilling into the heart of the earth, however, the methods of extraction are quite a low impact. There are concerns with surface instability, however.

  1. Nuclear Energy

The 101 | Nuclear energy is the largest low-carbon source of electricity. Nuclear is a highly debated and complicated scientific system that some believe, if done right, could be the true answer to a lasting and sustainable green energy solution.

How It Works | To put it simply (just kidding there is no way to put this simply), the process starts by mining a small amount of uranium (a heavy metal formed billions of years ago) from the earth’s crust. The uranium goes through a process called “fission” (splitting of an atom). This process creates a tremendous amount of heat—which is used to produce steam that is collected by a turbine generator to make electricity. Once this complicated fission process begins, it does not stop for a long time, meaning that with nuclear energy we could have power for centuries.

There is a tremendous amount to be learned about renewable energy alternatives but there is no doubt that each one plays a significant role in moving us towards an independent clean energy future.

Our goal at ABEST is to serve New York residents with renewable electricity to help reduce their carbon footprint. Our focus has been to educate and help New Yorkers do their part to help fight climate change by offering eco-friendly products and services. Renewable energy helps to reduce emissions by creating a way to move away from fossil fuels, which contribute, to the harmful greenhouse gasses.

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Renewable energy can sometimes be a broad and confusing topic? What is it?  Where does it come from? How can I get it? Is it Green Power? The questions can go on and on.

In the simplest way to explain renewable energy, think of it as things that aren’t manmade such as the sun, wind, water, organic plant, and animal waste material. The way things used to be.

When we (humans) discovered a fire that changed the way we lived and when we discovered energy sources such as Coal, Nuclear, Oil, and Natural Gas AKA Fossil Fuels that advanced the way we lived but changed the way the Planet behaved. Using these types of energy sources we use today such as oil and natural gas it has contributed to the greenhouse effect.  Unfortunately, our primary method of heating, cooking, and playing video games is the least beneficial way to use energy and we are now feeling the impact of those decisions because we didn’t realize the effects.

Now we have access to renewable energy and it isn’t as hard as you might think. For example, you can install solar panels on your home. Solar panels help to reduce emissions and your energy bills. On warm spring days, depending on where you live, you can generate a lot more energy from the sun than you would consume. The energy you generate that isn’t used can be traded to the utility company for additional credits on your monthly bill.

If you don’t have the ability to install solar panels on your home you can select to work with an organization that sells renewable electricity such as ABEST. Their energy is 100% renewable electricity and you can reduce your carbon footprint within minutes.

Our goal at ABEST is to serve New York residents with renewable electricity to help reduce their carbon footprint. Our focus has been to educate and help individuals do their part too and help fight against climate change by offering eco-friendly products and services. Renewable energy helps to reduce emissions by creating a way to move away from fossil fuels, which contribute, to the greenhouse gasses.