Green Energy: Myths vs Facts in 2023

Green Energy

As we usher in the era of green energy, the air buzzes with an electrifying mix of excitement, apprehension, and a sea of confusion. With each day that dawns, the discourse around this critical topic grows, laden with both the promise of unprecedented change and contentious debates. In 2023, green energy stands on the precipice of remarkable advancements and noteworthy controversies. But how can we discern the solid rocks of truth hidden under the swirling mist of myths? It’s no small feat, but as we journey together through this labyrinth of green energy, we’ll illuminate the myths and facts about this revolutionary realm of power. This isn’t just about stripping away misconceptions— it’s about envisioning a future fuelled by informed choices, rooted in reality, not fiction. Hold on to your seats, it’s time to delve into the electrifying world of green energy, where mysteries will be unraveled, facts unveiled, and myths busted.

Understanding Green Energy

Understanding the world of green energy may feel like a mammoth task, but let’s break it down to its crux. Green or renewable energy constitutes power derived from naturally occurring and renewable sources such as the sun, wind, water, and geothermal heat. Unlike conventional fossil fuels like oil, coal, and natural gas, which take millions of years to form and thus are not refillable in a human lifetime, green energy is a continuously available source.

Green energy is emblematic of an inexhaustible source of power, which exists in limitless quantities in nature. The sun won’t cease to shine because we utilize solar energy, nor will the wind stop its course because of our wind turbines.

A major driver behind the shift towards green energy is its potential to significantly reduce carbon emissions, one of the leading perpetrators of climate change. To provide some context, as per data from the U.S. Energy Information Administration, fossil fuel-fired power plants – which constituted nearly 70% of electricity used in the U.S in 2021 – emitted a whopping 1.7 billion tons of CO2.

The good news? The adoption of green energy can heavily counteract these damaging emissions. Recent research from the Department of Energy suggests that renewable energy sources could cater to up to 80% of U.S. electricity by 2050, cutting the power sector’s greenhouse gas emissions by a significant 81%.

Beyond environmental conservation, green energy also fosters energy independence by utilizing locally available resources, thereby reducing reliance on foreign oil procurement. In essence, the transition to green energy represents an intelligent utilization of nature’s bounty. It not only protects the environment but promotes health, funds job creation, stimulates economic growth, and crucially, safeguards our planet’s future.

Adding the cherry on top, advancements in green energy technologies are rapidly optimizing the efficiency and cost-competitiveness of renewable energy sources. This debunks the long-standing myth that only traditional energy is cheap and reliable.

As such, green energy represents a bright, clean, and sustainable answer to the pressing global energy demand. As we probe further into 2023, gaining an understanding of and embracing green energy becomes less of an option and more of a necessity. Let’s continue exploring and harnessing these natural powerhouses to create a sustainable and secure future for all.

Definition of Green Energy

Green energy is often mistakenly considered a recent innovation, but it’s always been a part of our planet’s natural systems. The term “green energy” is more than just a collection of appealing buzzwords intended to lure eco-friendly consumers—it’s the next step in our eco-conscious evolution of energy consumption and sustainability.

To be precise, green energy refers to power derived from natural and renewable sources that have substantially less environmental impact than traditional fuels. These sources include the sun, wind, geothermal heat, waves, and plants. In contrast with fossil fuels, these energy sources are inexhaustible and continuously renew themselves. Besides, they generate less pollution during production and usage, presenting an actionable solution to the pressing issues of global warming and climate change.

The nature of green energy makes it unique. Take solar energy, for example, which comes from the abundant solar radiation. As long as the sun shines, this energy source will be available. Likewise, wind energy originates from the air movement triggered by the uneven heating of the Earth’s surface by the sun—a process that continues perpetually.

If you’ve ever had the pleasure of soaking in a hot spring, you’ve experienced geothermal energy. It comes from the Earth’s heat, generated by the radioactive decay of minerals and solar energy absorbed at the Earth’s surface. Again, these are sustainable sources that we won’t deplete anytime soon.

Green energy transcends scientific theory—it symbolizes a promising future for our planet. The introduction of this renewable, cleaner, and sustainable energy type sets the course towards improved energy consumption, juggling our aspirations for development alongside respect for our nurturing environment. This underlines the fact that green energy isn’t just an alternative—it’s the key to a cleaner, greener, sustainable future.

Importance of Green Energy

The value of green energy is unquestionable. This topic has garnered global interest, as more individuals, governments, and organizations understand its immense potential and the importance it holds for our survival. More than just building a sustainable planet, green energy is our commitment to safeguarding our world for future generations.

Defining green energy, it refers to environmentally friendly energy sources such as wind, solar, geothermal, and hydroelectricity. These energy types are renewable, signifying an uninterrupted supply, unlike the finite resources of fossil fuels like coal and oil. This key attribute provides these sources a significant advantage over traditional energy forms.

The transformative benefits of green energy, at both environmental and socio-economic levels, make it so essential. A move towards green energy heralds possibilities – an invitation to offset climate change, an opportunity for job creation and economic growth, and a route to better public health. By adopting green energy, we not only instigate a revolution in our energy use but underscore an important message: both our planet and our future matter.

One of the most impressive benefits of green energy is its capacity to counter the severe impacts of climate change. Scientists warn us about escalating global temperatures, unpredictable weather patterns, and rising sea levels. Making the switch to renewable energy sources could be the answer to control carbon emissions and slow global warming. Unlike fossil fuels, renewable energies emit negligible greenhouse gases, contributing to a cleaner, healthier atmosphere.

Not only that, but the green energy sector also offers significant economic prospects. According to the Environmental Defense Fund, the green energy industry is creating jobs at a rate 12 times faster than the global economy. Innovations in green technologies are giving birth to new industries and reviving existing ones, fueling economic growth and creating job opportunities for millions worldwide.

The health benefits of green energy also bear mentioning. Traditional energy sources often entail numerous health hazards linked to air and water pollution. Green energy notably reduces these risks, potentially decreasing healthcare costs and enhancing the quality of life. A transition from fossil fuels to renewable sources could lead to a reduction in respiratory diseases, heart conditions, and premature deaths.

To conclude, green energy represents not just a promising alternative for an ecologically sustainable future but also a stepping stone to economic development and public health enhancement, providing a crucial defense against the existential threat of climate change. It calls for a critical reassessment of our global energy consumption practices, steering them towards sustainability, promoting a future where our energy consumption leaves no mark. It imagines a world where wind and sunshine power our lights, the air remains clean, and the water unpolluted. It is an endeavor well worth making because it invests in the most significant project of them all: our planet and its future generations.

To recall the words of political scientist Robert Stavins, “Dealing with climate change is … a risk management problem.” And what better way to manage this risk than by actively seeking green energy solutions?

Myths and Facts About Green Energy

Green energy is a hot topic in 2023, with advancements in technology ushering in new opportunities to move away from fossil fuels and towards more sustainable sources of power. Nonetheless, as green energy becomes increasingly mainstream, a number of myths have surfaced, blurring the line between reality and misconception. Today, my aim is to generate clarity by debunking these widespread misconceptions and presenting factual information about green energy.

Myth 1: Green energy is too expensive – This is possibly one of the most prevalent myths about green energy. In reality, the cost of renewable energy sources such as solar and wind has seen a dramatic reduction over the past decade. It is now said by experts that renewable energy is comparable or cheaper than fossil fuels in multiple parts of the globe. True, the initial expenses of installation can be high, yet they’re frequently offset by the long-term benefit of decreased energy bills and maintenance costs.

Myth 2: Renewables could never provide enough power to replace fossil fuels – This is another misconception. It has been proven through research that renewable energy sources are capable of supplying multiple times the energy currently consumed worldwide. The challenge is in the progression of technology and infrastructure required to effectively capture and distribute this power. However, constant improvements in storage and grid technologies are quickly shrinking this obstacle.

Myth 3: Green energy can’t be reliable as natural phenomena are unpredictable – While it’s true that natural phenomena like sunlight, wind and water are variable, stating that this makes renewable energy inherently unreliable is misconstrued. In reality, the unpredictability of renewable energy sources can be efficiently managed with the right mix of technologies, geographical locations, meteorological forecasts, and adaptive demand response.

Fact 1: Investing in green energy creates jobs – Renewable energy is a significant generator of employment. Predictions suggest that the renewable energy sector could create millions of new jobs in upcoming years, far surpassing those provided by the fossil fuel industries. These aren’t strictly manufacturing jobs for solar panels or wind turbines; they encompass roles in innovation, project development, and local energy provision.

Fact 2: Transitioning to green energy can help tackle climate change – There’s no denying this vital truth: combustion of fossil fuels releases carbon dioxide into the atmosphere, leading to global warming. In contrast, most forms of renewable energy generate minimal to no greenhouse gases. As such, a shift towards green energy can vastly reduce our carbon emissions and play a crucial part in mitigating climate change.

Fact 3: Green energy improves public health – Research indicates that air and water pollution from coal and natural gas plants are associated with respiratory issues, neurological damage, premature mortality, among other severe health issues. By decreasing our dependency on fossil fuels and transitioning to green energy, public health can be improved, and healthcare costs can be reduced.

In sum, green energy charts a promising course towards a sustainable and prosperous future. Let’s dispel the myths and embrace the facts. As our understanding and technology expand, so too will our ability to utilize these natural sources of power – for the betterment of our planet and its populace.

Myth 1 and its Fact

Dive into the exciting world of green energy, a field as filled with advancements and exploration as it is misconceptions and myths. As we step into 2023, it’s paramount to illuminate the realities and dismantle frequent fallacies that cloud this inherently beneficial sector.

One persistent myth is that green energy sources are not reliable; their heavy reliance on weather conditions supposedly makes them inconsistent power suppliers. Dispense with this belief instantly, as it’s far from the actual truth.

Indeed, renewable sources like wind, solar, and hydropower hinge on natural conditions, but this doesn’t necessarily lead to an inconsistency in power supply. Thanks to revolutionary energy storage technologies like batteries and power-to-gas solutions, energy can be stored during periods of surplus production and harnessed during shortages. Therefore, reliability is a non-issue for green energy.

Additionally, the geographical diversity of renewable assets contributes to what experts call ‘flattening the curve.’ When the sun’s not shining in one location, it’s probable that the wind’s blowing in another, resulting in a more consistent renewable energy supply than you might initially presume.

Let’s corroborate this – The U.S. National Renewable Energy Laboratory professes that a diverse selection of renewable sources paired better storage could satisfy at least 80% of U.S. electricity demand with green energy.

To further underline, there’s been a momentous surge in recent advancements, heightening the efficiency of green energy technologies and making them more competitive. Green energy is now more dependable and financially feasible than ever, effectively dismantling the myth of its supposed inconsistency and unreliability.

And there we go, the first myth effectively debunked. Green energy is undoubtedly a reliable path forward, powered by continually evolving technology. It’s set to be a formidable force in 2023 and beyond. Stay tuned for more Mythbusters!

Myth 2 and its Fact

One of the most common myths surrounding green energy is the belief that it’s not as dependable as its fossil fuel counterparts. Critics often suggest that renewable energy sources, such as wind and solar, are undependable because they rely on inconsistent elements – the sun doesn’t shine consistently, and the wind doesn’t always blow. They fear this could lead to power outages.

This argument, however, is fundamentally flawed. In reality, green energy is a reliable source thanks to the advances in grid technology and the variety of green energy sources available.

It’s important to acknowledge that no energy source is 100% reliable. Even fossil fuels aren’t foolproof; power plants sometimes go offline due to unexpected technical issues or natural disasters. The key element here isn’t about one single source of energy consistently in supply, but rather the resilience of the overall energy system.

Delving deeper into the reliability of green energy, we understand that while the availability of sunlight and wind do vary, these fluctuations can be predicted well in advance, allowing energy dispatch schedules to adjust accordingly. Studies show that a diversified mix of green power sources can provide the same, if not better, level of reliable power supply as fossil fuel power plants.

Moreover, our energy system is designed to accommodate the variability of renewable energy. Modern grids can manage changing power loads thanks to technology like battery storage and demand response. For instance, when output from solar panels reduces as the sun sets, the grid can draw on stored energy.

Beyond this, the reliability of green energy is on a constant upward curve thanks to continual technological advancements. We can now store green energy in large batteries for use when the primary sources aren’t generating power, and smart grid technologies are increasingly effective at predicting and balancing power loads.

So let’s debunk the myth and affirm the reality. Green energy is reliable and significantly contributes to our progress towards a sustainable, resilient power system in 2023 and beyond.

Myth 3 and its Fact

The sustainable energy field is often clouded by misconceptions. Particularly, Myth 3 about green energy being insufficiently powerful for our modern society. Data and developments in 2023 suggest otherwise.

To dispel this myth, we reference the International Energy Agency (IEA). Their comprehensive research indicates potential for renewable power from sources like solar and wind, to provide up to 80% of worldwide power consumption by 2040 with specific policies in place. The idea of green energy’s potential being insufficient is simply incorrect.

The reality is that renewable energy is continuously evolving, turning more efficient, robust, and cost-effective. A dramatic 89% decrease in the cost of solar panels since 2010 has been reported by Lazard. This positions solar and wind energy as the cheapest options for new electricity production, even without federal subsidies.

As per Ember, a climate centered think tank, renewables in 2020 surpassed all other types of energy as the primary electricity provider in Europe, contributing to over 38% of total electricity. Even China, the world’s leading carbon emitter, has set a goal of sourcing 40% of its energy from non-fossil fuels by 2030.

Therefore, the notion that renewable power is not viable or sufficient is vastly outdated today. Rather, it is essential in fulfilling the growing global power demands. The real challenge lies not in the capacity of renewables to match power requirements, but in how to transition efficiently and fruitfully from conventional to green energy, a path we’ve already begun to tread.

We conclude by saying, renewable energy is not only potent but also growing stronger and is here for the long run. Experts project that with strategic investments and proactive policies, green energy would likely dominate global power by 2040. Let’s work together towards this goal, ensuring a greener future while dismissing unfounded doubts about green energy’s adequacy.

The Impact of Myth 3

The misconception widely known as Myth 3 is a significant stumbling block in widespread adoption of green energy. This myth suggests that green energy production isn’t efficient enough to serve our growing energy needs. Let’s debunk this myth and shed light on reality.

It’s crucial to understand “efficiency” in the energy context primarily means how much input energy is translated into useful output. For traditional energy sources—like fossil fuels—a large portion of input energy is unavoidably wasted due to the fundamental laws of thermodynamics. Conversely, renewable energy systems, such as solar panels or wind turbines, don’t have this issue, and thus inherently offer more efficient energy conversion.

Moreover, we must consider the shear scale of resources accessible to us. The sun alone delivers more energy to Earth in one hour than humanity uses in a year, clearly signifying the immense potential of clean, renewable energy production. Fossil fuels, on the other hand, are dwindling and inherently finite.

This false belief that green energy cannot meet our energy needs is a significant disincentive— one of the main reasons for the hesitant adoption of green energy. Many prospective users, influenced by this misinformation, stick to traditional energy sources, contributing considerably to worsening environmental degradation. Instead of capitalising on cleaner, more sustainable energy sources, they continue to contribute to the carbon footprint, thereby intensifying climate change.

In truth, with appropriate investment and dedicated research and development, green energy can meet our current energy needs—and do so in a more sustainable, efficient way. This misunderstanding about green energy efficiency stalls its growth and the urgency of transitioning to a greener future. Debunking Myth 3 may help to break down current barriers in green energy adoption, leading us closer to sustainable living.

According to a study by Energy Policy, “renewable energy could help reduce the electricity sector’s carbon emissions by approximately 81%”. This further highlights the urgency to debunk harmful myths like Myth 3, speeding up our shift towards green energy. Continually dispelling these myths and misunderstandings about renewable energy is crucial to take full advantage of its vast potential.

Why Myth 3 is False

Undeniably, the rise of green energy serves as a landmark in the quest for a sustainable future. Yet, amid all the buzz, several myths have begun to cloud reality, sparking misunderstanding and misinterpretation. One prevalent fallacy is regarding the effectiveness and reliability of green energy sources, with critics claiming that green energy, due to its inconsistent nature, cannot meet a nation’s energy needs. So, let’s critically dissect this claim and separate the myth from facts supported by solid scientific evidence.

Contradicting this myth, scientific studies have demonstrated that green energy can not only offer a reliable energy supply but also serve as a sustainable solution for global power generation. A significant study titled ‘Providing all global energy with wind, water, and solar power’ by researchers from Stanford University and UC Davis illuminated the future of power generation. The study underscored that if executed correctly, green energy, comprising wind, water, and solar power, could meet the world’s energy demand by 2030.

The claim of inconsistency made by skeptics is predominantly based on the inaccurate notion that wind doesn’t always blow and the sun doesn’t always shine. Although this is factual, it ignores the remarkable advancements in energy storage technology. Innvots in battery storage technologies such as lithium-ion batteries have transformed the way we store and utilize energy. They enable us to capture energy when renewable sources are abundant and store it for use when they’re not. As these technologies progress and become even more efficient, the inconsistency argument progressively loses its credibility.

Green energy also shows potential in the sphere of energy sovereignty, dispelling doubts about its reliability. In contrast to traditional fossil fuels, green energy resources are bountifully available across geographical boundaries, therefore significantly reducing dependence on foreign energy supplies and promoting a stable, self-reliant energy infrastructure.

Moreover, a comprehensive study published in ‘Energy Policy’ elucidated that renewable energy resources, with the right mix of wind and solar facilities, could provide approximately 80% of US electricity as soon as 2023, thus further deflating the myth at hand.

As the section “Why Myth 3 is False” reveals, the myth seems largely rooted in misconceptions rather than reality. With each stride taken in the 21st century, ongoing technological developments and research are likely to reveal more evidence debunking this myth, paving the path towards a cleaner, greener future powered by renewable energy.

To summarise, green energy meeting a nation’s energy requirements efficiently and effectively is a proposition that stands strongly not just on scientific, but also technological and strategic grounds. This myth is simply a baseless belief. As we step into 2023 and beyond, it’s evident that green energy is not only the future, but also our present.

Green Energy in 2023

The green energy spectacle is set to dazzle the world in 2023. Over the past few years, exponential growth and development in this sector have carved out an aura of excitement and positivity for the future. As 2023 unfolds, it prompts the curiosity-fueled questions: How will green energy transform in 2023? What groundbreaking developments can we expect to witness in this sector?

Green energy, for baselines, is the idea of harnessing inexhaustible, natural resources for power generation. Solar, wind, hydro and geothermal sources all don a large part of this ensemble. Embracing green energy presents a plausible strategy for tackling climate change and marching towards a sustainable future.

The curtain raise on 2023 ushers in lofty expectations of major breakthroughs in green energy. The hero of this show, green energy storage solutions, is slated to be a gamechanger. Scientific breakthroughs will tear away at the conventional norms, sculpting efficient, high-end energy storage systems to circumvent the intermittent behavior of renewable power sources. This development will fundamentally shift the balance, allowing renewable energy to square off against traditional energy sources, by delivering a consistently reliable power supply for both home and industrial setups.

As we delve deeper, we expect a drastic cutback in manufacturing costs for green energy systems like solar panels. As significant advancements in technology drive efficiency in manufacturing processes, green energy is progressively becoming more accessible. This accessibility, joined with collective global strides for clean energy ubiquity, could spearhead a worldwide green energy adoption mission, bringing us closer to a carbon-neutral planet.

Adding to the mix, 2023 may also hail the union of Artificial Intelligence (AI) and Machine Learning (ML) with green energy management. The predicted marriage of AI and ML with green energy aims to optimize power production, distribution, and consumption, making it an even sweeter deal for the end-users.

The year 2023 promises to be an exciting journey for green energy, albeit accompanied by unique challenges. These challenges will test the mettle of the green energy revolution, spurring us to collaborate and address them proactively.

Regardless of what 2023 has in store for green energy, the significance of sustainable energy sources remains resolute. With these anticipated developments on the horizon, it becomes imperative to advocate for green energy more vigorously than ever, in our daily facets of life and in the realm of global policy-making. The embrace of green energy aligns not just with technological evolution, but also with the commitment to a sustainable, brilliant, and salubrious future that we owe to our successors.

FAQs About Green Energy

Green energy, within the realm of renewable resources, shines as the burgeoning pillar of sustainable energy production. Unfortunately, despite its rising prominence, a layer of misconceptions seems to swirl around it. This calls for a factual clarification, particularly as we head into 2023. Allow me to address the most frequently asked questions about green energy and debunk the associated myths with elucidative facts.

A question that often springs to mind is, “Is green energy more expensive?” Common sense may suggest that as green energy technologies are of more recent origins, they might naturally bear heavy price tags. But when long-term environmental costs of fossil fuels are factored in, green energy emerges as a more affordable option. Supporting this notion, the International Renewable Energy Agency (IRENA) reports that the cost of renewable energy is already on an equal footing with traditional fossil fuels and is on track to become even more budget-friendly.

“Is the production of green energy reliable?” is another widespread query. Concerns hover around the intermittent nature of wind and solar energy. However, experience from various countries worldwide shows a high integration of variable renewables can maintain a stable grid. The progress in battery storage technologies and smart grid systems further quell these reliability concerns. Therefore, it’s a justified statement to make that green energy is quite reliable, and its reliability quotient is set to climb higher.

Another pressing question pertains to green energy’s scalability. “Can it cater to the global electricity demand?” The World Energy Council’s estimation puts things into perspective. It states that the earth is showered with 5,000 times the amount of solar energy required to power the entire world. When married with other renewable resources like wind and hydro, it’s abundantly clear that green energy brings immense scalability potential to the table, enough to cater to our global electricity needs.

The last query we frequently run into is, “Is green energy genuinely ‘green’?” While the manufacturing of renewable energy infrastructure does involve some carbon emissions, it’s important to remember that once up and running, these technologies produce electricity without spewing greenhouse gases, thus significantly dialing down their carbon footprint. Consequently, we can confidently proclaim that yes, green energy is indeed ‘green’.

So, while misconceptions might conjure up a distorted image of green energy, the facts weave a more persuasive narrative. As we progress into 2023 and beyond, it becomes unavoidably clear that green energy, with its irrefutable environmental and economic benefits, is set to become the backbone of our energy system.


One question that we frequently encounter pertains to the comparison of green energy with traditional energy sources. Many are uncertain if it’s genuinely as advantageous as purveyed and if it can truly satisfy our current energy needs. As we proceed farther into 2023, it becomes vital to separate the truths from the misconceptions in comprehending green energy.

Let’s begin by debunking a frequent misconception: green energy lacks the power to fulfill our energy needs. The principle fact here is that renewable sources like solar and wind energy can produce even more energy than what fossil fuels yield if they are harnessed effectively. The Global Wind Energy Council reported in 2022 that “wind power could have supplied 40 times the global electricity needs” (2023). This serves to underscore the underutilization of these resources.

Dispelling another widespread belief, we find the notion that green energy systems lack reliability. In reality, renewable energy resources like geothermal and hydroelectric power can deliver a steady supply of energy. The U.S Department of Energy has indicated that “Hydropower and geothermal power can provide continuous, or ‘baseload’, energy” (2023). Even fluctuating sources like solar and wind power can have their reliability enhanced via the application of storage systems and varied energy mix.

Lastly, we tackle the stubborn myth that Green energy is overly expensive. While the upfront cost may seem high, the long-term benefits and return on investment overturn this initial expenditure. In 2023, the International Renewable Energy Agency (IRENA) stated that “the cost of generating power from onshore wind has fallen by around 23% since 2010 while the cost of solar photovoltaic (PV) electricity has fallen by 73%” (2023), reaffirming its growing affordability.

As our journey through 2023 and beyond continues, it’s essential that we abandon these myths and embrace green energy based on veritable facts. The rewards of transitioning toward a sustainable energy future are immense, bearing significant implications not just for our ecosystem, but also for public health, economic progress, and the wellbeing of future generations.


The surge in popularity of green energy aligns with our growing alarm about climate change. This ‘green revolution’ is a central point of many discussions, as we reckon with our need for environmentally friendly energy solutions. However, there are still some widespread misconceptions about green energy that can hinder progress. One of these is the question: “Isn’t green energy too expensive to be a real alternative to traditional energy sources?”

There’s a reason for this line of thinking. When green energy technologies were new, their costs were indeed prohibitively high for many. But we’ve come a long way, and advancements in technology, as well as economies of scale, have greatly diminished the cost of renewable energy technologies.

Data from the International Renewable Energy Agency (IRENA) shows us the enormous strides we’ve made. Since 2010, solar PV module prices have dropped over 80%, while the cost of onshore wind turbines has decreased nearly 40%. This makes renewable energy increasingly the most cost-effective option for power generation.

While green energy does require an initial investment, it pays for itself over time through energy savings and environmental benefits. Ultimately, believing that green energy is too expensive is a byproduct of outdated information. In fact, in the long run, it could be the most economical choice.

Dispelling these myths is vital for the future of green energy. By ensuring we all have the right information, more people can be part of the renewable energy revolution – a necessity for the health of our planet. It’s up to all of us to replace myths with facts and make way for the truth: green energy is now an affordable answer to our global energy challenges in 2023 and beyond.

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