Oil & Energy

3 Oil Stocks w/ Dividends & Upside to Buy and Hold Now!

May 11, 2023

Today, we’ll look at stocks representing firms in the oil/natural gas sector. These businesses locate, extract, process, and provide the economy with oil, natural gas, and NGLs (natural gas liquids). The worth of their undeveloped oil and gas reserves contributes significantly to their overall value. Oil has seen some good runs on the stock exchange recently. Companies have continued to invest in supply, and even with the transition to electric vehicles, daily usage levels will likely remain stable for many years.

As offshore production increases, the industry shift tells us that oilfield services businesses can make for ideal long-term growth bets. U.S. oil corporations continue to practice caution with their financial resources. They understandably fear a price drop similar to the one that occurred between mid-2014 and 2016, which led several oil producers and others in the industry to declare bankruptcy. However, worries fade as drillers and service providers make larger in-house investments. Several of these oil companies will proceed with their projects and are likely to see success despite volatility in commodity prices. Let’s not forget, either, that these firms tend to offer robust quarterly dividend payouts.

Let’s look at three oil stocks that I like right now. I picked these from the pack while looking for strong earnings, growth, sustainability, and analyst sentiment— they’re telling us to buy:

EOG Resources Inc. (EOG)

EOG Resources, Inc. (EOG) is an American energy company engaged in oil exploration. EOG operates in Delaware and is headquartered in the Heritage Plaza building in Houston, TX. EOG is well-ranked on the Fortune 500 and on the Forbes Global 2000. EOG was founded in 1999 by Mark G. Papa. Nearing the bottom of its 52-week range and down by 11.73% YTD, EOG has a market cap of $67.2 billion. EOG shows TTM revenue of $25.6 billion at $13.21 per share, from which it profited $7.8 billion through its 30.28% net margin. EOG has a P/E ratio of 7.14x, most recently beating analysts’ EPS and revenue projections by 8.08% and 14.83%, respectively. EOG boasts year-over-year growth in EPS (+414.93%), net income (+418.72%), and profit margin (+528.35%). EOG presently has a dividend yield of 2.89%, with a quarterly payout of 83 cents ($3.30/yr) per share. With a 10-day average trading volume of 3.48 million shares, EOG has a median price target of $146, with a high of $171 and a low of $115. This represents a potential price increase of almost 50%; the analyst consensus gives EOG 27 buy ratings and 6 hold ratings.

BP PLC (BP)

BP plc (BP) is a multinational oil and gas company. BP is regarded as one of the oil “supermajors” and is one of the world’s largest companies measured by revenues and profits. BP was founded on April 14th, 1909, in London, United Kingdom, by William Knox D’Arcy and Charles Greenway, and it is headquartered in London, U.K. BP stock is currently up YTD by 5.98%; it has a market cap of $108 billion, an enterprise value of $140 billion, and a safe beta score of 0.73. BP reports a TTM revenue of $248 billion at $8.40 per share, offering an ROE (return on equity) percentage of 38.67%. BP has a P/E ratio of 20.63x, a forward P/E of 6x, a P/S (price to sales) ratio of 0.48x, and a P/B (price to book) of 1.60x. At its last earnings call, BP surpassed analysts’ EPS projection by a 17.55% margin and shows year-over-year growth in revenue (+14.27%), EPS (+193.27%), net income (+140.32%), and profit margin (+135.28%). BP has a dividend yield of 4.28%, with a quarterly payout of 40 cents ($1.60/yr) per share. With a 10-day average volume of 10.27 million shares, BP has been assigned a median price target of $45.61, with a high of $74.76 and a low of $40, representing a potential 102% price jump. BP has 19 buy ratings and 12 hold ratings.

Schlumberger NV (SLB)

Schlumberger Ltd. (SLB) is an oilfield services company. As of 2022, SLB was noted as the world’s largest offshore drilling company and the world’s largest offshore drilling contractor by revenue. SLB was founded in 1926 in Paris, France, by the Schlumberger brothers Conrad and Marcel, and is currently headquartered in Houston, TX. SLB, considered undervalued by some on Wall Street, is currently down by 12.81% YTD. SLB has a market cap of around $70 billion and an enterprise value of $81.3 billion. SLB shows $29.8 billion in TTM revenue at $2.68 per share, making a $3.4 billion profit with a net margin of 12.21%. SLB has a P/E ratio of 18.5x, a forward P/E of 16.5x, and a PEG ratio of 1.12x. SLB has had success with its earnings reports, most recently surpassing analysts’ projections for EPS and revenue by 3.67% and 3.76%, respectively— the quarter prior, by margins of 4.90% and 1.17%. SLB has an operating free cash flow of $3.92 billion and a 10-day average trading volume of 9.27 million shares. SLB has a dividend yield of 2.15%, with a quarterly payout of 25 cents ($1.00/yr) per share. SLB has a median price target of $65, with a high of $75 and a low of $49, representing a potential price increase of 61%. Analysts are bullish on this one; SLB has 30 buy ratings and 2 hold ratings.

– Adam @ Wall St. Watchdogs

The #1 Energy Company to Power America’s Future

Editorial Staff

May 16, 2025

It Was 2014. A Winter Storm Ravaged the Northeast.

The polar vortex had gripped the country in an icy fist, plunging temperatures in Chicago to -16°F and in New York City to a bone-chilling 4°F. But even as electric grids teetered on the brink and heating oil ran short in some regions, something else quietly kept America warm: natural gas.

Utilities leaned hard on gas-fired power plants, which ramped up to meet record demand. The Northeast burned through massive quantities of gas, yet the lights stayed on. That winter proved something vital: natural gas isn’t just a backup—it’s a backbone. And now, a decade later, it might be time for investors to look at gas not just as a commodity, but as America’s most critical strategic asset.

The Astonishing Truth: 30,000 Years of Energy Underfoot

Here’s a jaw-dropping statistic that almost no one is talking about:

“If we were to use methane hydrates alone, estimates suggest the U.S. could meet its current energy needs for 30,000 years,” according to the U.S. Department of Energy and a joint report with the U.S. Geological Survey.

Let that sink in.

Methane hydrates—frozen crystalline forms of natural gas found deep beneath the ocean floor and Arctic permafrost—are just one part of America’s natural gas arsenal. And even before you factor those in, proved reserves of natural gas in the U.S. hit an all-time high of 625.4 trillion cubic feet in 2021, according to the Energy Information Administration (EIA).

That’s enough to power 75 million American homes for over a century, at current usage levels.

Natural Gas Is Quietly Dominating U.S. Energy

While headlines focus on solar, wind, and nuclear, natural gas is already doing the heavy lifting. According to the EIA:

In 2023, natural gas accounted for 43% of U.S. electricity generation—by far the largest source.
The U.S. is now the world’s top natural gas producer, surpassing both Russia and Saudi Arabia.
Thanks to liquefied natural gas (LNG) exports, natural gas is also one of America’s most profitable energy exports.

“Natural gas is not only a bridge fuel—it’s the foundation of our energy future,” said Toby Rice, CEO of EQT Corporation, in a recent interview.

The Political Winds Are Shifting

Just a few years ago, natural gas was lumped in with coal as a “fossil fuel” to be phased out. But that’s changing fast. Even progressive voices are starting to differentiate between dirty coal and clean-burning gas.

“If you’re serious about cutting emissions, you should be serious about gas,” said Fatih Birol, Executive Director of the International Energy Agency.

In fact, burning natural gas produces 45-50% fewer carbon emissions than coal, and new technologies—like carbon capture—are making it even cleaner.

The #1 Natural Gas Stock to Watch Now:

The writing is on the wall: natural gas is not just here to stay—it’s set to thrive in the coming decades.

So what’s the best way to play this generational shift?

There’s one company that sits at the very heart of this American energy renaissance. It’s a stock that’s already quietly outperforming and is poised for explosive growth as global demand for clean, cheap, and abundant U.S. gas accelerates.

Ticker: NYSE: EQT

EQT Corporation: The King of American Natural Gas

Company Snapshot:

Ticker: NYSE: EQT
Market Cap: ~$16.5 billion
Headquarters: Pittsburgh, PA
Proven Reserves: Over 25 trillion cubic feet
CEO: Toby Rice

EQT Corporation is the largest producer of natural gas in the United States, operating primarily in the prolific Appalachian Basin. They are not just drilling wells—they’re revolutionizing the industry.

Why EQT is Special:

Massive Scale, Low Cost: EQT has more than 1 million net acres and some of the lowest production costs in the industry. Its scale gives it leverage and cost-efficiency others can’t match.
Strong Free Cash Flow: In 2023, EQT generated over $2.5 billion in free cash flow, and it’s on track to maintain robust profitability even if gas prices stay modest.
LNG Export Play: EQT is aggressively pursuing export opportunities. Toby Rice has championed a plan to increase LNG capacity and even described EQT as the company that will “unleash U.S. LNG” on the world stage.
Shareholder Returns: The company recently initiated a dividend and has committed to a $2 billion share repurchase program—a signal of confidence from management and a gift to long-term investors.
Environmental Leadership: EQT has committed to net-zero greenhouse gas emissions by 2025, one of the most ambitious goals in the industry.

Why I’m Watching EQT Closely

I’ll be honest: I used to think natural gas was a boring legacy play. That was before I started digging into the data. What I found is that natural gas isn’t just a transitional fuel—it may be the dominant fuel of the next 100 years, especially if technologies like blue hydrogen, small modular reactors, and carbon capture develop alongside it.

EQT is a pure play on this shift. It has the acreage, the balance sheet, the leadership, and the political tailwinds. And with shares trading at just 6x forward earnings, it might be one of the most undervalued assets in the energy space right now.

A 30,000-Year Opportunity Beneath Our Feet

The U.S. has enough natural gas—between proven reserves and methane hydrates—to power the country for 30 millennia. It is clean, abundant, cheap, and exportable. Natural gas is not only America’s most powerful energy asset—it’s one of its best-kept secrets.

And if you’re looking to invest in this unstoppable trend, EQT Corporation (NYSE: EQT) deserves a spot on your radar.

It’s not every day you get a chance to invest in the future of energy. But today? That chance is sitting in the ground—and EQT is bringing it to the surface.

Yours in profits,
Tom Anderson
Editor, Wall Street Letters

The #1 Energy Stock for 2024

Editorial Staff

December 11, 2023

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The realities of climate change compounded with ballooning global energy demands underscore the critical place of the energy sector in our future. The prevalent geopolitical strains arising from energy resource control—from oil skirmishes in the Persian Gulf to gas pipeline tensions in Eastern Europe—provide a stark reminder of the intricate connection between energy solutions and our collective fate.

Positioned at the frontline of these challenges, America, renowned for its culture of innovation and technological mastery, is uniquely equipped to spearhead the march towards these sustainable alternatives. With its abundance of resources and unrivaled technological capabilities, the American Dream indeed includes attaining 100% energy independence. However, this raises the question – how should America chart its energy course for the coming century?

The answer might surprise you and it lies in the exciting evolution of an energy technology that’s been around for decades but is now back with a bang, reimagined and redesigned for the challenges of the 21st century. Buckle up, dear reader, because we are about to embark on a grand adventure exploring the exhilarating landscape of nuclear energy, and more specifically, the universe of Small Modular Reactors (SMRs).

And hidden in this universe is our star player, a company that stands head and shoulders above its competition and is poised to dominate the energy market. More on that later…

Nuclear Energy 2.0: Small Modular Reactors (SMRs)

Heralded as the energy of the future, nuclear power made its debut in the mid-twentieth century. This was an era when towering nuclear reactors were seen as the epitome of technological progress. The ability to harness the atomic nucleus’s sheer power represented humanity’s scientific prowess, and nuclear energy promised a future of abundant, cheap, and clean power.

However, the Atomic Age soon faced some significant challenges. High upfront capital costs, lengthy construction times, concerns about safety and waste disposal, and widespread public unease, particularly in the wake of significant accidents like Chornobyl and Fukushima, stymied nuclear power’s growth. Added to this was the rise of more cost-competitive renewable sources such as wind and solar, which further pushed nuclear power into the sideline.

But as we enter 2024, nuclear energy is getting a second wind, thanks to the advent of a new form of technology – Small Modular Reactors or SMRs. SMRs are not merely scaled-down versions of their larger forebears; they are a revolutionary rethinking of reactor design and operation, promising to solve many of the issues that have plagued traditional large-scale reactors.

Understanding the Power of Small Modular Reactors

How do they achieve this? Firstly, their smaller size and modular nature entail lower upfront costs and quicker construction times. They are also seen as inherently safer owing to passive safety systems that require no human intervention or external power sources to kick in, greatly reducing the risk of accidents.

To underscore this point further, let’s consider the fact that SMRs are designed to be “walk-away safe.” This term, as intriguing as it sounds, means that even in the event of an extreme scenario like a total station blackout, the reactor will automatically and safely shut down without the need for human input. Simplified, streamlined, and safe, SMRs are steering nuclear power into a future marked by sustainable and secure energy.

The Rise of NuScale Energy (NYSE: SMR)

Founded in 2007, NuScale Energy has come a long way in its ambition to revolutionize the energy sector. One of the pioneers in Small Modular Reactors (SMRs), the company’s journey has been marked by consistent innovation and development. From establishing partnerships with leading industry players to securing crucial licenses for operation, NuScale has cemented its position as a leader in the SMR marketplace.

The prowess of NuScale Energy lies in its strong footprint in the SMR technology. Their SMRs are compact, self-contained, scalable, and represent a new wave of safer, cleaner nuclear power solutions. This innovative approach not only sets NuScale apart from traditional nuclear power companies but also makes it a game-changer in the energy sector.

Apart from its advanced technology, NuScale’s current standing in the market is another advantage. As the first company to receive a Design Certification from the U.S Nuclear Regulatory Commission (NRC) for SMRs, NuScale’s market position is unparalleled.

The impressive partners list of NuScale Energy, including the U.S Department of Energy and Energy Northwest, signifies trust and credibility. These strategic collaborations bolster NuScale’s ability to secure a stronghold in the industry.

A Close Look at NuScale Energy’s Innovations

NuScale’s flagship product, the SMR, is a nuclear power plant condensed into a smaller, manageable, and safer module. This remarkable innovation has many standing implications. But what’s the big deal with these smaller reactors?

Firstly, their smaller size makes them versatile and scalable, meaning they can be deployed in a wide range of applications. Consider different energy needs – from small isolated communities to large industrial applications and widespread electricity grids, these adaptable machines can fit anywhere!

Moreover, this flexibility allows for a solution to one of the industry’s significant challenges – retrofitting older power plants. With SMRs from NuScale, old plants can be seamlessly transitioned towards cleaner, safer nuclear energy.

Unpacking NuScale Energy’s Strong Financials

The financials of NuScale Energy tell a compelling story and offer clear reasons to consider it as the top energy stock for 2024. Strong backing from investors and governmental entities has allowed NuScale to consistently grow its revenue, paving the way for future profitability. The company’s unique technology and favorable market position significantly contribute to this growth.

Balance sheet strength is indeed a standout facet of NuScale Energy’s financial health. The success of its fundraising ventures has resulted in a robust cash position, crucial for funding ongoing technology development and expanding its reach. This solid financial foundation isn’t just a bedrock for NuScale’s ambitious goals, but it also acts a buffer against market turbulence.

When we compare NuScale’s financial landmarks with those of its industry rivals, it’s clear that NuScale’s combination of financial results, innovative technology, smart market positioning, and strategic partnerships makes it a powerhouse in the energy stock market.

NuScale Energy’s robust financial status is vital for investors. The figures display a steady ascent, with growing revenue and a resilient balance sheet over the years. These firm financials denote the company’s endurance and its promising future.

A comparison of NuScale’s financial performance with its competitors in the energy sector further amplifies its superior position. Notably, NuScale surpasses the majority in terms of profit margins and consistent revenue growth. It undeniably shines among its peers.

NuScale’s Market Position

NuScale’s strategy isn’t just focused on technological innovation. Their keen understanding of the energy market and clever positioning sets them up as a game-changer. With the escalating global need for clean energy solutions and a gradually warming approach towards nuclear energy, the timing couldn’t be more perfect for NuScale to make its move.

On the back of their cutting-edge technology and excellent market positioning, they’ve forged key partnerships that bolster their standing. With alliances ranging from prominent energy corporations to government bodies, NuScale is setting itself up for success in a big way.

Lockheed Martin Corporation, one of the world’s leading technology firms, is one such partner. With Lockheed on board, NuScale’s developments are supported by robust, innovative technological insights and resources. This partnership not only amplifies the credibility of NuScale but also ensures adequate support for technological evolution.

Additionally, NuScale has the backing of the U.S. Department of Energy, a critical endorsement in the energy sector. This relationship paves the way for regulatory ease, increased developmental support, and elevated opportunities for governmental contracts.

However, the critical element that sets NuScale apart from other firms is its patent ownership. Unlike other companies in the energy sector, NuScale owns the rights to its technology, particularly the design of its Small Modular Reactor. This not only provides the company with an exclusive competitive advantage but also ensures high-profit margins and opportunities for licensing.

Conclusion and Investment Thesis:

The immutable reality is the world’s escalating energy demand, threatening to outpace supply and aggravate our climate crisis. The luminous possibility is a revolution in the energy sector, replete with innovative and sustainable solutions, capable of satiating our thirst for power while healing our wounded planet.

“Energy is the golden thread that connects economic growth, increased social equity, and an environment that allows the world to thrive,” UN Secretary-General Ban Ki-moon.

In the midst of these shifting sands, geopolitical tensions bubble beneath, manifesting in energy security vulnerabilities, trade wars, and power struggles. However, these challenges also create unique opportunities, especially for nations like America that possess the will and the wherewithal to transform adversity into advancement.

America’s Energy Independence: Gone are the days of total dependence on foreign energy sources. Today, the US has the potential to become a self-sufficient energy powerhouse, propelled by consistent policy support, technological invention, and entrepreneurial spirit.
The Global Rush for New Sustainable Power: With global warming rounding the corner, nations worldwide are racing to discover clean, efficient, and cost-effective energy solutions. It’s a global rush akin to the gold rush of yesteryears, but this time the prize is a sustainable future.
Geopolitical Struggles in the Energy Sector: Energy has always been a potent tool of power politics, and the current era is no exception. However, these geopolitics don’t merely create tensions; they also inspire nations to innovate and become self-reliant.

As the world is gearing up for this great energy transition, it’s time to take a long hard look at the options unfolding before us. An impartial assessment of the avenues available uncovers that the answer might lie in an energy source we’ve known for long but haven’t harnessed to its full potential – nuclear.

Geothermal Energy: The Next Frontier of America’s Energy Boom & The #1 Stock to Buy Now

Editorial Staff

June 16, 2025

For a species that spent the last century drilling the earth for oil and gas, humanity has only begun to scratch the surface of another immense resource beneath our feet: geothermal heat. Geothermal energy – literally “earth heat” – is the thermal energy stored in the Earth’s crust. It has warmed hot springs used since ancient times, yet today it accounts for less than 1% of global electricity generation. That forgetfulness may be about to change.

Advances in drilling and energy tech are unlocking geothermal resources in places once deemed impossible, spurring talk of a geothermal renaissance akin to past energy revolutions. Think of the Texas oil boom of the early 1900s or the fracking shale gale of the 2010s – only this time the gushers are clean, hot water and steam.

On paper, geothermal energy has incredible potential. The heat flowing continuously from Earth’s interior is estimated around 40,000 gigawatts, over twice the world’s total energy consumption. In some geologically blessed places, geothermal already plays a big role – Kenya gets about 45% of its electricity from geothermal plants, and Iceland uses geothermal to heat 85% of its homes. Yet most countries, including the United States, have barely begun to exploit this resource.

Why? Until recently, high up-front costs and geographic limits kept geothermal in a niche. A typical geothermal power project has required about $8.7 million per megawatt to develop, versus roughly $1.8 million/MW for a wind farm. Furthermore, conventional geothermal plants were feasible only in areas with easy-to-tap reservoirs of steam or hot water – essentially, you had to “be lucky” in your geology.

But new technologies and government support are rapidly eroding these barriers. Enhanced drilling techniques, improved modeling, and federal investment are slashing costs and expanding where geothermal can be developed. The U.S. Department of Energy (DOE) now projects U.S. geothermal capacity (currently just under 4 GW) could surge to at least 90 GW by 2050. That’s an ambitious 20-fold increase that would make geothermal a major player in the clean energy mix.

This report provides a deep dive into geothermal energy, with a focus on developments and commercialization efforts in the United States. We’ll start with an overview of what geothermal energy is, how it works, and its pros and cons. Then, we’ll explore its applications in industry – potentially a game-changer for U.S. manufacturing and heavy industries seeking clean heat. We’ll profile key U.S. companies (especially innovative startups) driving geothermal forward, and examine how government initiatives and Department of Energy programs are supporting this push.

Next, we’ll discuss market trends, recent breakthroughs, and pilot projects that are signaling geothermal’s rising momentum. Finally, we’ll zoom in on a publicly traded U.S. geothermal company to see how this burgeoning sector translates into real projects, revenues, and investment potential.

Geothermal Energy 101: How It Works and Where It’s Found

At its core, geothermal energy is heat from the Earth’s interior. The Earth’s core is about as hot as the sun’s surface (~10,800°F), and this heat continuously flows outward, warming rock and water beneath the surface. In certain areas, that heat naturally manifests at the surface as hot springs, geysers, or volcanic activity – hints at the vast thermal reservoir below.

Geothermal power plants tap into this heat by drilling wells into hot underground reservoirs of water or steam. Wells bring the hot fluid to the surface to drive turbines and generate electricity. Afterward, the cooled water is often injected back underground to sustain the reservoir. In essence, a geothermal plant operates on a similar principle as a conventional steam power plant – except the heat source is the Earth’s subsurface instead of burning coal or gas.

Types of Geothermal Plants:

Dry Steam Plants: Use steam directly from underground to spin turbines.
Flash Steam Plants: Bring hot water under pressure to the surface and “flash” it into steam.
Binary Cycle Plants: Use geothermal water to heat a secondary fluid with a lower boiling point. The vapor from this fluid spins the turbine, making the system closed-loop and nearly emission-free.

Binary plants are now the most common in the U.S. because they can operate in moderate-temperature areas and emit virtually no gases. The geothermal fluid never touches the air and is fully reinjected into the ground.

Geographic Distribution in the U.S.

Traditional geothermal systems require naturally occurring heat, water, and porous rock close to the surface. In the U.S., this geological jackpot exists mostly in the West: California, Nevada, Utah, Oregon, Idaho, and parts of Alaska and Hawaii. California’s Geysers field is one of the largest geothermal complexes in the world and has been producing power since 1960.

However, most of the country doesn’t have these natural conditions – which is why geothermal has remained a niche source of energy. That’s changing.

Enhanced Geothermal Systems (EGS) are designed to create artificial geothermal reservoirs. Using horizontal drilling and hydraulic stimulation, engineers fracture hot, dry rock deep underground to allow water to circulate and absorb heat. The result? Viable geothermal production in regions that previously lacked it. EGS is sometimes called “fracking for heat” and could unlock geothermal energy nearly anywhere on Earth.

A Department of Energy initiative called “Geothermal Everywhere” aims to commercialize EGS to allow scalable geothermal power generation across all 50 states.

Advantages of Geothermal Energy

Let’s explore what makes geothermal uniquely valuable in the renewable energy mix:

1. Always-On, Baseload Power

Geothermal provides constant power, day or night, regardless of weather. It runs at a capacity factor of 90% or higher – better than solar, wind, coal, and even some nuclear plants. That makes geothermal a stable “backbone” energy source for modern electric grids.

2. Clean and Low-Carbon

Geothermal energy emits virtually no greenhouse gases. Life-cycle carbon emissions are 90–95% lower than coal or gas. Binary plants have zero air emissions since the fluid is never released.

3. Domestic and Secure

Geothermal is American-made. The “fuel” is underground heat, so there’s no reliance on foreign energy or supply chains. Once a geothermal plant is built, it faces no commodity price volatility.

4. Small Land Footprint

Geothermal plants use significantly less land than wind or solar farms. No large turbines or sprawling panel arrays – just a few well pads and a small power station. The facilities are quiet and low-profile.

5. Multiple Revenue Streams

Geothermal plants can do more than generate electricity. The hot fluid can also be used for:

District heating
Industrial processes
Agricultural applications (greenhouses, aquaculture)
Mineral extraction (e.g., lithium, zinc, silica)

Some geothermal sites even produce power and extract valuable minerals like lithium from the same fluid, creating dual revenue streams.

6. Longevity and Low Operating Cost

Geothermal reservoirs can last decades with proper management. Once built, the plants are cheap to run. There’s no ongoing fuel cost, just maintenance and reinjection operations.

Geothermal in U.S. Industry: Clean Heat for Heavy Demand

Geothermal energy isn’t just about producing electricity — it’s also a powerful source of industrial heat, which represents about 20% of global carbon emissions. Many industrial processes require steady heat or steam to operate, and most of that demand is currently met by burning fossil fuels like coal and natural gas.

Geothermal offers an alternative — a clean, continuous, and local source of heat that can power U.S. factories, food processors, chemical plants, and more.

Industrial Uses of Geothermal Heat

1. Process Steam
Many industries rely on low- to medium-temperature steam (150°C–250°C) for tasks like sterilizing, pasteurizing, drying, or melting. Geothermal wells can deliver steam or hot water directly to replace fossil-fuel boilers.

2. Food Processing & Agriculture
In Nevada, geothermal heat is used to dry garlic and onions. In Idaho, geothermal greenhouses produce tomatoes and tropical plants year-round. Other applications include pasteurizing milk, brewing beer, and sterilizing equipment.

3. District Heating
Cities like Boise, Idaho, run geothermal district heating systems — using underground hot water to warm hospitals, schools, and downtown buildings. This could expand to campuses, military bases, and even entire neighborhoods.

4. Aquaculture & Greenhouses
Geothermal systems are used to warm water for fish farms and to heat greenhouses in colder climates. It’s a sustainable way to grow food year-round.

5. Industrial Decarbonization
If enhanced geothermal becomes widely available, it could decarbonize large swaths of U.S. industry by supplying process heat in the Midwest and Gulf Coast — regions not traditionally known for geothermal.

U.S. Startups Driving the Geothermal Revolution

This section profiles key U.S.-based geothermal startups — many funded by top venture capital firms and backed by Big Tech and energy giants alike.

Fervo Energy

Location: Houston, TX
Founded: 2017
Funding: ~$900M+
Focus: Enhanced Geothermal Systems (EGS) using horizontal drilling and fiber-optic reservoir monitoring.
Milestone: Successfully generated 3.5 MW from an engineered reservoir in Nevada.
Next: Building a 400 MW project in Utah, backed by Google and Southern California Edison.

Fervo is widely seen as the “fracking for heat” leader — using techniques from the oil & gas industry to make geothermal scalable and profitable anywhere hot rock exists.

Quaise Energy

Location: Boston, MA (MIT spinout)
Founded: 2018
Funding: ~$91M
Focus: Super-deep geothermal drilling using millimeter-wave energy (microwave beam) to melt rock instead of drilling.
Goal: Reach 20 km depth to access 500°C “superhot rock” for ultra-high-density geothermal.
Vision: Make geothermal viable anywhere on Earth.

If successful, Quaise could unlock supercritical steam — an ultra-dense energy source that could replace coal and gas plants.

Eavor Technologies (Canada-based, active in U.S.)

Technology: Closed-loop geothermal (Eavor-Loop™) — circulates fluid through sealed pipes in hot rock.
No Fracking: Doesn’t require fluid injection or fractures, so can be deployed in stable geology.
Backers: BP, Chevron, Temasek.
U.S. Projects: Planning expansion in Nevada and Western U.S.

Eavor’s closed-loop systems are modular and can be replicated across diverse geologies.

Sage Geosystems

Location: Houston, TX
Founded: 2020
Focus: Geothermal + energy storage
Technology: Inject water into rock to store pressure; release for power on demand.
Partnership: Meta (Facebook) is backing a 150 MW geothermal/storage hybrid for data centers.

This is geothermal as a “battery” — store energy underground and dispatch when needed.

Zanskar Geothermal

Focus: AI-driven geothermal site exploration
Approach: Uses satellite and geological data to find high-potential geothermal zones.
Why it matters: Reduces “dry well” risk, slashes development costs, and accelerates project timelines.

Zanskar is the digital prospecting company of geothermal, helping others avoid expensive guesswork.

Other Notable Players

GreenFire Energy: Retrofits old geothermal wells with closed-loop systems.
XGS Energy: Developing solid-state heat exchange systems.
Dandelion Energy: Alphabet (Google) spinout focused on residential geothermal heating.
Controlled Thermal Resources (CTR): Building geothermal + lithium extraction plant at California’s Salton Sea. Partnered with GM.

U.S. Government Support for Geothermal Energy

The U.S. Department of Energy (DOE) has become a major force behind geothermal development. Federal programs, funding initiatives, and permitting reforms are helping geothermal move from niche to mainstream.

DOE’s “Enhanced Geothermal Shot”

Goal: Reduce the cost of Enhanced Geothermal Systems (EGS) by 90% by 2035
Target Price: $45 per megawatt-hour (making geothermal as cheap as wind or solar)
Approach: Invest in faster drilling, better rock fracturing, and real-time subsurface monitoring

This initiative is modeled after the “SunShot” program, which helped make solar energy price-competitive.

Utah FORGE: The Government’s EGS Testbed

Located in Milford, Utah
DOE-funded site to test advanced geothermal drilling and stimulation
Two deep wells drilled into hot granite
Real-world tests of flow, heat, and long-term performance

FORGE is doing for geothermal what test sites did for fracking: proving the tech works at scale and can be replicated.

Federal Investment & Grants

Recent legislation includes:

Infrastructure Investment & Jobs Act (2021)
Inflation Reduction Act (2022)
- Offers 30–40% Investment Tax Credits (ITC) or a Production Tax Credit (PTC) worth up to 2.6 cents/kWh
- Applies equally to geothermal, solar, and wind
DOE Pilot Funding Programs
- Up to $74 million for multiple EGS demonstration projects
- Additional grants for minewater geothermal, lithium recovery, and energy storage hybrids

This level of support mirrors the early days of the solar and wind industries — laying the foundation for a geothermal boom.

Major Breakthroughs in U.S. Geothermal

Several landmark projects and pilot demonstrations have changed the outlook for geothermal energy.

1. Fervo Energy’s Nevada EGS Success (2023)

Delivered 3.5 MW of sustained electricity from an engineered geothermal well
Used horizontal drilling and fiber-optic monitoring
Validated that EGS can produce competitive, stable power

This is considered the first truly commercial EGS power output in the U.S.

2. Closed-Loop System Demos

Eavor: Proved its Eavor-Loop™ circulates fluid naturally without pumps
GreenFire Energy: Revived an unproductive geothermal well in California using a closed-loop insert
Result: Zero emissions, no fracking, minimal seismic risk

Closed-loop systems could dramatically expand geothermal’s reach.

3. Geothermal + Lithium Projects at Salton Sea

Controlled Thermal Resources (CTR) is building a geothermal power plant that also extracts lithium
Partnered with General Motors to supply U.S.-made lithium for EV batteries
Adds a second revenue stream to geothermal power

These dual-purpose projects make geothermal more profitable and strategically important.

4. Geothermal for Energy Storage

Sage Geosystems successfully tested “water battery” storage in Texas
Injected water underground during low demand, released it to generate electricity during peak hours
Combines long-duration storage with clean baseload power

This could be a huge advantage in a renewable-heavy grid.

Big Tech, Big Oil & Big Investment

Geothermal is attracting serious interest from major corporate players:

Big Tech

Google: Partnered with Fervo to power data centers with 24/7 carbon-free geothermal electricity
Meta (Facebook): Contracted Sage Geosystems to provide geothermal energy + storage
Microsoft: Exploring geothermal to power its campus microgrids

Why? Data centers need around-the-clock clean power — and geothermal is one of the few sources that can deliver it.

Big Oil

Chevron, BP: Early investors in Eavor’s closed-loop technology
Baker Hughes, Halliburton: Launching geothermal drilling services
“Wells2Watts” Program: Re-purposing old oil wells for geothermal energy
Petrotherm: A Texas-based startup drilling geothermal wells in former oil fields

Geothermal lets oil companies use existing rigs, crews, and well pads — offering them a clean energy pivot.

Venture Capital & Private Equity

Over $1.5 billion in venture funding flowed into geothermal startups between 2021–2024
Top investors include Breakthrough Energy Ventures, Helmerich & Payne, Prelude Ventures, and Capricorn Investment Group

This surge in funding mirrors early-stage clean tech and is creating a new geothermal ecosystem.

Momentum in the Market

More than 60 new geothermal projects are in development in the U.S.
DOE projections: Geothermal could power 65 million U.S. homes by 2050
Estimated global geothermal market: Expected to more than double to $14 billion by 2034
Potential for $100B+ in annual investment worldwide if EGS scales

This is not a slow trickle. It’s the beginning of a land-rush — not for oil, but for heat.

Our #1 Geothermal Energy Stock: Ormat Technologies (NYSE: ORA)

For investors looking for a pure-play geothermal stock, one company stands above the rest:

Ormat Technologies, Inc.

Ticker: ORA (NYSE)
Headquarters: Reno, Nevada
Founded: 1965
Market Cap: ~$5 billion
Specialty: Geothermal power generation, equipment manufacturing, and energy storage

Ormat is the largest and most established geothermal company in the United States, with a strong global footprint. It operates over 1.5 gigawatts of power generation assets — the majority from geothermal — and sells electricity under long-term contracts to utilities and corporate buyers.

Ormat’s Business Model

Ormat is vertically integrated across three segments:

Electricity:
- Owns and operates geothermal plants
- Sells electricity to utilities via long-term power purchase agreements (PPAs)
Product Sales:
- Manufactures geothermal turbines and binary cycle systems
- Supplies technology to third-party geothermal developers worldwide
Energy Storage:
- Deploys utility-scale battery systems
- Integrates storage with geothermal to create flexible, 24/7 clean energy solutions

Financial Performance (2024)

Revenue: $880 million (6% year-over-year growth)
Net Income: $124 million
EBITDA: $550 million
2025 Revenue Guidance: $925–$975 million

Ormat is consistently profitable, with long-term contracts providing reliable cash flow. While it trades at a premium valuation, the company’s steady earnings and high growth potential support investor interest.

Strategic Expansion Plans

Targeting 2.6–2.8 GW of total capacity by 2028
Actively developing new geothermal plants in California, Nevada, Oregon, and Hawaii
Acquired additional plants from Enel in 2024 to expand U.S. market share
Safe-harbored equipment to lock in tax credits through 2028
Negotiating $100+ MWh clean power contracts with hyperscale tech firms (e.g., data centers)

Ormat is benefiting directly from federal policy — especially the enhanced Production Tax Credit and ITC under the Inflation Reduction Act.

Why Investors Like Ormat

Stable revenues from utility contracts
High margins in equipment sales
Exposure to energy storage alongside geothermal
Growth optionality if EGS and closed-loop geothermal scale
Scarcity value as one of the only public geothermal pure-plays

As geothermal grows, Ormat is positioned like a blue-chip stock in a newly emerging sector — a leader in both operations and innovation.

Final Thoughts: Is Geothermal Energy the Next Great American Boom?

Geothermal energy is no longer a science experiment. It’s a scalable, profitable, and increasingly essential part of America’s clean energy future.

We’re witnessing the birth of a 21st-century energy boom, one that doesn’t rely on burning anything. Instead, we’re tapping into the Earth’s ancient heat — unlocking a near-infinite energy source with modern technology.

Just like the oil booms of the 1900s and the shale fracking boom of the 2010s, this geothermal renaissance is being driven by:

Drilling innovation
Entrepreneurial startups
Massive government backing
Real industrial demand

And crucially — it’s happening now.

Big Tech needs 24/7 clean energy. Heavy industry needs clean steam. The grid needs reliable baseload. And America needs energy independence. Geothermal can check all those boxes.

For investors, this is a rare opportunity to enter a transformative industry early — before it becomes crowded.

Whether through trailblazing startups like Fervo and Quaise, or stable blue-chips like Ormat, geothermal offers the kind of upside that only comes around a few times a generation.

This is clean energy with permanence. It doesn’t flicker with the wind. It doesn’t dim at night. It burns hot — always.

And it might just be the hottest investment in energy over the next decade.

Natural Gas: The Silent Giant in the Energy Chessboard

Editorial Staff

November 15, 2023

In the small town of Fredonia, New York, in 1821, William Hart, often regarded as the “father of natural gas” in America, drilled the first natural gas well. It was a modest operation, barely 27 feet deep, but it marked the beginning of an era. Hart’s vision was simple yet revolutionary: to harness the power of natural gas, a resource abundantly available yet overlooked. His success in Fredonia, where he piped the gas into nearby homes and businesses, lit the spark of an industry that would, centuries later, become a cornerstone of global energy.

Geopolitical Dynamics: The Natural Gas Nexus

Natural gas has quietly ascended to a position of strategic importance in global geopolitics. The recent years have seen a dramatic shift in the natural gas market, with geopolitical tensions and supply-demand imbalances creating a volatile yet opportunistic landscape. Countries rich in natural gas reserves, such as Russia, Qatar, and the United States, wield significant influence in global energy politics. The European energy crisis, exacerbated by geopolitical tensions with Russia, has underscored the critical role of natural gas as a geopolitical tool.

Advancements in Natural Gas and LNG Technology

The natural gas industry is not just about extraction and supply; it’s also a story of technological innovation. The advent of Liquefied Natural Gas (LNG) technology has revolutionized the market, enabling the transportation of natural gas across oceans, transforming it from a regional to a global commodity. Advances in hydraulic fracturing and horizontal drilling have unlocked vast reserves of shale gas, particularly in the United States, reshaping the global energy landscape. These technological strides have not only increased the availability of natural gas but have also made it a cleaner and more efficient energy source.

Top Natural Gas Stocks: A Window of Opportunity

1. Cheniere Energy (LNG): As a pioneer in the North American LNG export market, Cheniere Energy stands at the forefront of the LNG revolution. The company’s strategic positioning, with its Sabine Pass and Corpus Christi liquefaction facilities, positions it to capitalize on the growing global demand for LNG. Cheniere’s long-term contracts and expanding capacity make it a compelling choice for investors looking to tap into the LNG market.

2. EQT Corporation (EQT): The largest natural gas producer in the United States, EQT Corporation, has a significant presence in the prolific Marcellus Shale. The company’s focus on cost-efficient operations and its vast reserve base offer a stable and potentially lucrative investment, especially as natural gas prices fluctuate.

3. Gazprom (OGZPY): A behemoth in the global natural gas sector, Russia’s Gazprom holds the world’s largest natural gas reserves. While investing in Gazprom involves navigating geopolitical risks, the company’s dominance in the European gas market and its pivotal role in global energy politics make it an intriguing, albeit high-risk, investment option.

Conclusion: Embracing the Future with Natural Gas

As the world grapples with the dual challenges of energy security and climate change, natural gas stands out as a critical piece of the puzzle. Its role in geopolitics, coupled with technological advancements, positions natural gas as a key player in the global energy transition. For investors, the natural gas market offers a spectrum of opportunities, from stable, dividend-paying giants to high-growth LNG pioneers. As we reflect on the humble beginnings of William Hart’s venture in Fredonia, it’s clear that natural gas, often overshadowed by its more flamboyant counterparts like oil and renewables, is a silent giant, quietly shaping the future of energy.

The #1 Solar Stock to Buy in 2024

Editorial Staff

December 17, 2023

The quickening pulse of America’s energy industry is a narrative tied intimately to the nation’s history. In the 19th century, coal was king, blackening the skies as it powered industrial growth. The following century brought us the age of oil, a newfound world power harnessed from deep within the earth. Now, as we forge ahead into the unfamiliar territory of the 21st Century, we are witnessing the rapid ascendancy of a new player: solar energy. Through a historical prism, we can perceive the shifts in America’s energy dependency and trace an emerging trend of self-sufficiency, painted on a canvas of profound technological advancements. This entrancing prospect of America achieving complete energy independence seems not only possible, but imminent, spurred primarily by the breakthroughs in the realm of solar technology.

America’s energy history is a testament to the progression from fossil fuels to renewable resources. Over this period, the shift has been from coal in the 19th Century to oil in the 20th Century, and now, in the 21st Century, we are capturing the immense potential of solar power.

As we stand on the cusp of a new era in energy production, the prospect of America becoming entirely energy independent through solar technology is an achievable goal. This would not only redefine the country’s consumption patterns and bolster its economy but set a global benchmark in sustainable energy generation.

The shift in our narrative from coal and gas to solar energy reflects our urgent need for sustainable solutions. Recent statistics from the Energy Information Administration (EIA) show that renewable energy accounted for nearly 20% of the total US energy consumption in 2020—a significant rise compared to a decade ago. In this same report, solar power emerged as the fastest-growing source of renewable energy—a transformative development.

The potential of solar energy in America is phenomenal, with an abundance of sunlight capable of fulfilling the country’s energy demand. Technological advancements have optimized the conversion of sunlight into electricity, heralding a new era in renewable power.

The Future is Solar

Solar energy is steering us towards a defining moment in history, becoming the optimal power resource for a sustainable future. As we enter this sun-drenched future, we are progressing towards an era of energy independence with solar energy in the vanguard.

Our journey from a heavy reliance on fossil fuels in the Industrial Era to sustainable solar power in the 21st Century reflects an evolution towards safer and cleaner energy. In 1980, solar power had a negligible role in America’s energy supply. By 2019, according to the US Energy Information Administration, solar energy accounted for approximately 1.8% of the total US electricity-—a figure that has sprung up rapidly in the past decade. This is reflective of the tremendous technological strides we have made, and our growing cognizance of the potential that solar energy holds to remodel our energy narratives.

“Solar power is projected to claim a significant part of America’s energy future. It’s a pivotal moment in our history where we are positioning ourselves to become a 100% energy-independent nation,” asserts Dr. Martin Green, a professor at the University of New South Wales and a leading expert in photovoltaics.

Additionally, suspending our reliance on foreign oil and curbing the adverse environmental impact ascends the case for solar energy. With the U.S. Department of Energy predicting renewable energy, led by solar and wind, to be the fastest-growing source of electricity generation for at least the next two years, the stage is all set for solar to step into the spotlight.

In short, solar power is on a trajectory that could well tip America into being fully energy dependable. It’s an exciting leap forward, with the torchbearer of this energy revolution being none other than the sunlight itself. Indeed, the future seems not just bright, but solar bright.

The #1 Solar Stock to Buy in 2024: (NOVA)

As the world pivots towards renewable energy, one company stands out with their technological advancements and an ever-growing customer base: Sunnova Energy International (NOVA). Historically, established in 2012, the company has gained valuable experience in the industry, positioning itself as a key player in the renewable energy sector. However, it is their recent developments and future prospects that solidify their spot as the prime solar stock to buy in 2024.

NOVA’s commitment to innovation is demonstrated through their recent technological advancements. The company has been proactive in utilizing high-efficiency modules, strengthening their portfolio of clean energy options. Notably, they champion the integration of battery technology, a critical element for storing excess solar power. Their advancements in energy storage solutions have opened new routes of affordability and reliability for customers.

Favorable financials add to the allure of NOVA’s stock. In their Q3 2021 earnings report, NOVA reported a significant increase in customer count and recurring cash flows, highlighting their robust financial performance amidst the pandemic. The revenue growth, coupled with continued investments in R&D and infrastructure, suggests a promising future for the company.

From a technical analysis perspective, the charts signify a bullish trend. Since late 2020, the stock has been tracing an upward path, punctuated by brief periods of consolidation and profit booking. The Moving Averages and the Relative Strength Index (RSI) are tilting towards an ongoing uptrend, indicating a favorable buying opportunity.

“Sunnova Energy International is not just a viable renewable energy company but an innovator at the cutting edge of solar technology. Their financial stability and constant innovation efforts make them a compelling investment opportunity,” says Craig Irwin, a research analyst at ROTH Capital Partners.

Financial health: Sunnova reported higher revenues and customer growth, reaching 119,000 customers across the U.S., a 32% increase from the prior year.
Technological advancements: They have invested in high-efficiency modules and energy storage solutions, enhancing their product lineup and optimizing energy consumption for their clients.
Market position: Their strategic position within the growing solar energy market combines with a consistent financial performance, making it an enticing investment prospect.

The bullish market sentiment, robust financials, and stalwart position in the renewable energy sector make Sunova Energy International (NOVA) a promising solar energy stock to consider for investing in 2024.

My Final Thoughts:

As we conclude our examination of Sunnova Energy International and the broader solar industry, it’s evident that the winds of change are fostering an evolution toward sustainable energy. With the sun’s relentless and abundant energy, the future of the U.S.’s energy needs looks bright, underpinned by advanced solar technology.

Stakeholders in the energy sector are sharply focused on sustainability and independence. Solar energy, with its inherent fuel-free and carbon-neutral attributes, decidedly fits this narrative. Transformative technological advances in both solar panel efficiency and battery storage capacity are pushing this resource forward as the leading player in the renewable energy arena.

Central to this revolution is Sunnova Energy International. An industry titan, their distinct approach to residential clean energy services is a model of innovation and growth. The company’s investments in research and technology have rendered it a driving force in the solar power segment, with an extensive market footprint across U.S. territories.

Technically, NOVA has displayed an impressive growth trajectory. The company’s revenue has been consistently escalating, driven by an expanding customer base and robust service offerings. It can be expected that as solar technology continues to evolve and the push for energy independence intensifies, NOVA will remain well-positioned to capitalize on these trends.

“We continue to see strong resilience in our business model as we drive increased profitability across our platform and deliver attractive risk-adjusted returns to our investors.” – William J. (John) Berger, Chairman and Chief Executive Officer of Sunnova.

Transactional data, growth indicators, and market behavior all favor an optimistic outlook for NOVA, asserting it as a foremost contender in the solar sector. Relative to its competitors, Sunnova Energy International’s commitment to breakthrough solar energy solutions gives it the strategic advantage in capturing market growth.

Investment in NOVA, is not merely a bet on a single company, but rather a testament of belief in the transformative power of solar energy. As such, Sunnova Energy International can be considered a valuable addition to a diversified portfolio, particularly for those bullish on solar and other renewable energies.

Looking ahead, it is broadly anticipated that, given the current pace of technological advancement and heightened global focus on sustainability, the importance and value attributed to solar energy will likely ascend even further. As this unfolds, Sunnova Energy International seems poised to shine brightly in the investment sky.

Power Up Your Portfolio: Top Energy ETFs to Watch Now

Editorial Staff

April 26, 2023

Energy stocks and exchange-traded funds (ETFs) were a popular bet in 2022. Russia’s war with Ukraine, higher travel demand, and other drivers sent U.S. crude oil prices from around $75 at the start of 2022 to multiple peaks above $120 across the year. The energy sector was far and away the best performer of 2022. The Energy Select Sector SPDR Fund (XLE) delivered a massive total return of 64.2% versus a negative total return for the S&P 500 and nine of its eleven sectors. But after a year like that, many wonder where energy is headed in 2023.

The previous year’s tailwinds will be almost impossible to replicate. Still, certain sparks – including China’s reopening, continued conflict in Ukraine, and the possibility of more surprise output cut announcements from OPEC+ – could sustain a floor under oil prices. While the odds are against energy repeating as the S&P leader this year, there is reason to believe energy still has more gas in the tank.

Considering the industry’s nuances, choosing one or two energy stocks to invest in can seem intimidating. An ETF is an alternative that lets you profit from energy sector tailwinds without having to pick individual stocks. In this article, we’ll take a look at three energy ETFs to consider for long-term investors who want exposure to solid companies without the risk of choosing just one or two names.

Energy Select Sector SPDR Fund (XLE)

The Energy Select Sector SPDR Fund is the most significant energy ETF on the market by far. At $38 billion, XLE has roughly 5x as much in assets under management as No. 2, the Vanguard Energy ETF (VDE) ~$8 billion in assets under management.

XLE, which will celebrate its 25th birthday next December, is pretty cut-and-dry. It’s a collection of the energy-sector stocks found within the S&P 500. In other words, you’re getting a concentrated heap of big, blue-chip, U.S.-based oil-and-gas exposure. The fund is weighted by market cap, which means the bigger the stock, the larger the stake. Currently, its positions in Exxon Mobil (XOM) and Chevron (CVX) combined account for well over 40% of XLE’s assets. So if concentration is a concern, a different strategy may be more appropriate. The fund has a desirable 0.10% expense ratio and a 3.8% dividend yield.

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Invesco S&P 500 Equal Weight Energy ETF (RYE)

If XLE’s massive allocations to Exxon and Chevron make you nervous, there’s a way to get diversified energy exposure that’s much more evened out. The Invesco S&P 500 Equal Weight Energy ETF is one of the few energy ETF options not weighted by market cap.

Like XLE, RYE invests in the S&P 500 Energy Index, which means a current portfolio of the same 23 stocks. However, instead of weighting them by market cap, RYE starts every stock off at the same weight each quarter. The stocks might move up or down over the next three months, but regardless of how big or small they’ve gotten, RYE will rebalance them at the same weight come the next quarter.

Currently, Chevron is still a top-10 holding but at under 5% of assets. Marathon Petroleum (MPC) and Occidental Petroleum (OXY) – which combined are worth $108 billion, versus Chevron’s $324 billion – are the two top holdings, with current weightings of 4.5% apiece. This Invesco fund will do the trick if you want to rest easy knowing you’re not carrying any excess single-stock risk. RYE has an expense ratio of 0.4% and a dividend yield of 3.7%.

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iShares Global Energy ETF (IXC)

Energy inflation isn’t a purely American phenomenon. The rest of the world has also suffered from higher oil and gas prices … and many international oil giants have profited along with their U.S. counterparts.

The largest, most liquid fund covering a worldwide spectrum of energy equities is the iShares Global Energy ETF (IXC) – a nearly $2-billion-plus portfolio of 52 companies that dominate global energy production, refining, storage, and other industries. The fund includes both domestic and international stocks. The official breakdown is U.S. 60%/rest of the world 40%, with the U.K. (12%), Canada (11%), and France (5%) representing the top non-American country weights.

Giants Exxon and Chevron still lead the way here, at 17% and 11%, respectively. But this fund also provides significant exposure to international energy giants, including Britain’s Shell (SHEL) at 8%, BP (BP) at 4%, and France’s TotalEnergies (TTE) at 5%. If you’re looking to defray a little geographic risk, IXC is one of the best energy ETFs to do so while still printing a nice profit from higher global commodity prices. The fund has an expense ratio of 0.4% and an attractive 4.7% yield.

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The Dawn of a New Era: How Green Energy is Paving the Way to a Sustainable Future

Editorial Staff

October 17, 2023

Plus our 3 favorite green energy stocks for 2024

In the smoke-filled backdrop of the 19th-century Industrial Revolution, where coal was king, and steam-powered titans roared to life, one man dared to imagine a different future. Sir William Grove, a Welsh judge, and scientist, known more for his quiet demeanor than grandiose inventions, embarked on a journey that was far ahead of its time. In 1839, amidst the clanging of metal and hissing of steam engines, Grove invented the first fuel cell. He demonstrated that energy could be produced through simple electrochemical reactions, using resources like hydrogen and oxygen.

While the world around him was entranced by the newfound power of fossil fuels, Grove saw further. He envisioned a world not shackled by coal and smoke but powered by clean, efficient, and perhaps limitless energy. His “gas voltaic battery” barely made a whisper in the industrial clamor of his time, and it would take over a century for his vision to resonate. But resonate it did, as today, Grove’s principles form the foundation of fuel cell technology, a cornerstone of the emerging green energy landscape.

Grove’s legacy is a testament to visionary resilience. He faced the derision of his contemporaries, many of whom failed to see beyond the immediate gratification of the industrial age. Yet, he planted the seeds for a revolution that we are now witnessing – a shift towards an era of sustainable energy, driven by necessity, ethics, and the very survival of our planet.

The Green Energy Movement: From Obscurity to Necessity

The journey of green energy from a scientific outlier to a global imperative has been tumultuous. The oil crises of the 1970s awakened the world to its dangerous addiction to fossil fuels. However, it wasn’t until the turn of the millennium that a global consensus began to form, crystallized by alarming evidence of climate change. The Paris Agreement of 2015 marked a global commitment, but the real momentum has been building recently, as the impacts of climate change become increasingly tangible worldwide.

Legislative Leverage: The U.S. Government’s Green Gamble

Recent years have seen a legislative avalanche from the U.S. Government to back ESG (Environmental, Social, and Governance) initiatives, a clear signal of green energy’s burgeoning prominence. The Biden Administration’s commitment to rejoin the Paris Agreement was just the starting whistle. Subsequent proposals, such as the American Jobs Plan, pledge trillions in investment, aiming to catalyze the decarbonization of the electricity sector, revolutionize transportation infrastructure, and ensure sustainable home development.

This focus is driven by recognition and necessity. Climate change is no longer a distant threat but a present crisis, evidenced by raging wildfires, crippling hurricanes, and record temperatures. The government’s legislative muscle flexing aims to curb these impacts by transitioning to a cleaner, sustainable energy matrix.

ESG: The Cornerstone of Tomorrow

The transition to green energy is not merely a precaution against environmental calamity; it represents a holistic evolution of how humanity perceives its existence on Earth. The benefits are manifold, and the implications, profound. Green energy sources like solar, wind, and hydroelectric power offer a virtually infinite supply, unlike their finite fossil counterparts. They promise a future of sustainable energy independence, where geopolitical conflicts for resources become relics of the past.

Moreover, the economic rationale is compelling. Renewable energy is becoming cheaper to produce, thanks to technological advancements and economies of scale. The International Renewable Energy Agency (IRENA) reported that solar and wind power costs reached record lows in 2020, making them more competitive than the traditional fossil fuels that have powered our societies for centuries.

But perhaps the most immediate impact of green energy is environmental. The shift to renewables signifies a cleaner, healthier world, with reduced air pollution and controlled greenhouse gas emissions. It means a decline in health issues caused by pollutants and a planet that finally can start healing from centuries of industrial onslaught.

Three ESG Stocks Poised for Prominence

NextEra Energy, Inc. (NEE)
- Overview: As the world’s leading producer of wind and solar energy, NextEra Energy is a beacon in the ESG space. Its aggressive expansion into renewables underlines its commitment to a green future.
- Analysis: NEE’s stock has performed impressively, buoyed by its forward-thinking strategy and robust financial health. Its investment in grid modernization and battery storage solutions positions it strongly amidst the green transition.
Tesla, Inc. (TSLA)
- Overview: Synonymous with electric vehicles, Tesla is a vanguard of the green revolution. Beyond cars, it’s pushing boundaries in clean energy solutions, evidenced by initiatives like its solar roofs and energy storage products.
- Analysis: TSLA’s market performance has been stellar, and its continuous innovation and global brand recognition make it a formidable player in the ESG arena.
Enphase Energy, Inc. (ENPH)
- Overview: Enphase specializes in energy management solutions, producing microinverter systems for solar installations. Its technology enhances energy production, simplifies design and installation, improving system uptime and reducing costs.
- Analysis: ENPH has experienced robust growth, driven by the solar industry’s expansion and its international market penetration. Its focus on enhancing storage capabilities is a promising venture, given the increasing importance of energy reliability.

Conclusion

As we stand on the brink of an era defined by how we respond to climate change, the green energy sector represents not just a chance for redemption but a lucrative frontier for investors. Much like Sir William Grove, who saw beyond the conventions of his time, today’s investors have the opportunity to be part of a transformative journey, shaping a sustainable future for generations to come.

Where to invest $500 Right Now?

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America’s Second Coming: How Coal Could Drive the Future of Energy

Editorial Staff

October 14, 2023

In the heart of the 19th century, Henry Decker, a young and ambitious man, ventured into the rugged terrains of Appalachia. Unlike many of his peers who sought gold in the West, Decker was drawn to the black gold that lay beneath the Appalachian hills. His intuition and determination led him to establish one of the most successful coal mining operations of his time, turning him into a beacon of prosperity in a region that would come to rely heavily on coal.

The story of Decker is not just one of personal success but is emblematic of the entire Appalachian region’s deep-rooted connection with coal.

Coal and Appalachia: An Inextricable Bond

The Appalachian region, spanning from southern New York to northern Alabama, is rich in coal deposits. For generations, coal mining has been the lifeblood of this region, providing livelihoods to countless families and shaping its cultural and economic fabric. Towns sprung up around mines, and communities were built on the promise of coal.

However, the relationship between Appalachia and coal is complex. While the industry brought economic activity, it also brought challenges, including environmental concerns and the boom-and-bust nature of resource extraction. Yet, the spirit of Appalachia, much like Henry Decker’s spirit, is resilient and adaptive.

Overview of the Coal Industry

Coal’s significance extends beyond Appalachia. It powered the Industrial Revolution, fueled steamships and trains, and played a pivotal role in global energy supply. But with environmental challenges and the rise of alternative energy sources, coal faced a decline.

Why Coal is Seeing a Resurgence

Technological Advancements: Today’s coal plants are more efficient and have reduced emissions.
Energy Security: In an era of geopolitical uncertainties, coal offers a reliable energy source.
Economic Factors: Especially in developing nations, coal remains a cost-effective energy solution.

A Promising U.S. Coal Stock: SunCoke Energy Inc (SXC)

Overview: SunCoke Energy, Inc. specializes in the production of coke, a key ingredient in steelmaking, by heating metallurgical coal. It has a strong presence both domestically and internationally.

Technical Analysis:

Price Trend: Over the past year, SXC has shown a consistent upward trajectory.
Volume Analysis: High trading volumes indicate investor interest and activity.
Moving Averages: The stock is performing above its 50-day and 200-day moving averages, a bullish sign.
RSI: The Relative Strength Index suggests the stock is in a stable position, neither overbought nor oversold.

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Conclusion

Henry Decker’s foresight and the Appalachian region’s enduring bond with coal serve as powerful reminders of coal’s historical and ongoing significance. As we navigate the energy landscape of the future, coal, with its renewed potential, beckons investors to tap into its vast opportunities, much like the promise of the Appalachian hills that once lured Decker.

Where to invest $500 Right Now?

Before you consider buying any of the stocks in our reports, you’ll want to see this.

Investing legend, Marc Chaikin just revealed his #1 stock for 2024…

And it’s not in any of our reports.

Even the Nasdaq hired him to create three new indices.

And now he’s going live with his #1 pick for 2024.

You can learn all about it on Mr. Chaikin’s Website, here.

Wondering what stock he’s investing in?

Click here to watch his presentation, and learn for yourself…

But you have to act now, because a catalyst coming in a few weeks is set to take this company mainstream… And by then, it could be too late.

Click here to reveal the name and ticker of Marc Chaikin’s no. 1 pick for 2024…

Our 3 Favorite EV Stocks for 2024

Editorial Staff

October 19, 2023

In the heart of Motor City, Detroit, during the tumultuous 1960s, a young engineer named Robert Williams worked tirelessly on what his peers considered a ‘fantasy project.’ While others scoffed, Robert, employed in one of the most prominent American automotive companies, believed electric cars were the future. He had witnessed firsthand the smog and pollution traditional automobiles caused and understood something had to change.

One day, Robert unveiled a prototype in the company’s courtyard: a sleek, noiseless car that ran solely on electricity. Though his invention was far from perfect, it sparked a conversation that would simmer for decades before exploding into the mainstream automotive industry.

Journey to the Present: The Electric Vehicle Surge

Fast forward to today, and the world finds itself in the midst of an electric vehicle (EV) revolution. What started as a dream in the minds of visionaries like Robert Williams has accelerated into a global movement. Governments worldwide, recognizing the environmental crises looming on the horizon, have begun incentivizing EV production and purchase, signaling a significant shift away from fossil fuel dependence.

The EV market’s potential has attracted a new wave of innovators and investors. With advancements in battery technology, infrastructure planning, and consumer sentiment, electric cars are no longer just a niche product but are on track to become the automotive industry’s cornerstone.

Charging Ahead: Three Stocks Driving the EV Revolution

As the sector expands, several companies are emerging as leaders and innovators. Here are three stocks that investors should watch closely:

Tesla, Inc. (TSLA)
- Overview: No discussion of EVs is complete without mentioning Tesla, the company that brought electric cars into the spotlight. Beyond their popular vehicle lineup, Tesla is also a leader in battery technology and renewable energy solutions.
- Analysis: Tesla’s stock has experienced remarkable growth, and its global market expansion and diversification into other renewable areas make it a potentially strong long-term investment.
NIO Inc. (NIO)
- Overview: Known as the “Tesla of China,” NIO has made significant strides in the premium electric vehicle market. It also boasts a unique Battery as a Service (BaaS) subscription model.
- Analysis: With China being the largest EV market, NIO is well-positioned for growth. Its innovative approach to battery technology and government support in China could drive the stock higher.
ChargePoint Holdings, Inc. (CHPT)
- Overview: While not a car manufacturer, ChargePoint creates the critical infrastructure needed for EVs. It operates one of the largest online networks of independently owned EV charging stations.
- Analysis: As the shift to electric vehicles continues, the demand for charging infrastructure will grow. ChargePoint’s established presence and partnerships with various entities present a compelling investment opportunity.

Conclusion: Navigating the Road Ahead

Robert Williams might never have imagined how his vision would impact the world. Today, as we stand on the brink of an era dominated by electric vehicles, we see a future that is not only sustainable but also filled with opportunity. The companies leading this charge are not just selling cars, batteries, or subscriptions – they are offering a chance to reshape what transportation means.

Investing in the electric vehicle market is more than a mere financial venture. It’s a commitment to a cleaner, more sustainable future, echoing the aspirations that pioneers like Robert Williams harbored in their inventive hearts. As this industry accelerates, it promises to carry us into a new age, redefining mobility, energy, and our global environmental footprint.

Where to invest $500 Right Now?

Before you consider buying any of the stocks in our reports, you’ll want to see this.

Investing legend, Marc Chaikin just revealed his #1 stock for 2024…

And it’s not in any of our reports.

Even the Nasdaq hired him to create three new indices.

And now he’s going live with his #1 pick for 2024.

You can learn all about it on Mr. Chaikin’s Website, here.

Wondering what stock he’s investing in?

Click here to watch his presentation, and learn for yourself…

But you have to act now, because a catalyst coming in a few weeks is set to take this company mainstream… And by then, it could be too late.

Click here to reveal the name and ticker of Marc Chaikin’s no. 1 pick for 2024…

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