The energy generation and supply industry has traditionally been dominated by coal, oil and gas-fired power plants that supplied homes, offices and factories with the electricity they needed. When these materials are burned to generate electricity, large amounts of carbon dioxide and other gases are released into the atmosphere, which are harmful to both human health and our planet's ecosystem. Moreover, these are non-renewable resources, which means that they will eventually run out – so even if they were completely harmless, we would still have to switch to other solutions sooner or later.
Fortunately, we have technologies available to help us make this transition: solar energy (photovoltaics and concentrated solar power), wind, hydro, geothermal, and biomass, among others. We have chosen not to include nuclear energy on our list, as there is ongoing debate about whether it is considered green (due to the nuclear waste it produces) or non-renewable (because our uranium reserves are finite).
On our lists, you will also find companies that are working to make the production, distribution, and transportation of electricity more efficient, since we don't have to worry about how to produce electricity if we don't even need to produce that amount (through efficiency).
One of the biggest challenges of the transition is energy storage. As solar and wind power become the most dominant sources in this new energy mix, their production will be dependent on weather conditions. The section on energy storage will provide a detailed description of the available options.
Finally, we also selected utility companies that primarily (and in most cases exclusively) operate green energy production technologies.
💡You can find our other articles about the green sector here: Green shares
👀Key points
- (I.e.Sector overview: Renewable stocks aren't just about solar and wind. They also include often overlooked areas like Energy-from-waste, Smart Grid efficiency, and hydrogen fuel cells.
- ???? ️Market drivers: The transition is being driven by global government incentives and the drastic decline in the prices of solar panels and lithium-ion batteries (-85% since 2010, for both technologies), which is finally making energy storage economical.
- 〽️Investment instruments: Most people buy specific industry winners or broad green energy stock ETFs, such as TAN (Solar) or FAN (Wind), to reduce volatility.
- 🤔Hybrid options: The sector is increasingly intertwined with blockchain (ReFi), offering new opportunities to invest in decentralized energy networks alongside traditional stocks.
❔What do we mean by renewable energy stocks?
Essentially, this asset class encompasses companies involved in the production, distribution, or development of sustainable energy technologies. Unlike the traditional energy sector (coal, oil, gas), which relies on finite resources, renewable stocks focus on renewable sources.
Capital is increasingly flowing out of fossil fuels and into sustainable infrastructure due to ESG (environmental, social and governance) regulations and the drastic decline in the price of renewable energy sources.
📌Note: As mentioned in the introduction, we are here to blogIn this article, we do not consider nuclear energy to be a green technology. This is due to the current unresolved issue of nuclear waste disposal and the fact that uranium is a finite, non-renewable fuel source.
🌳Key sub-sectors in the green economy
To build a balanced portfolio, it is important to understand that “Green Energy” is not uniform. Different sub-sectors behave differently during economic cycles.
☀️Investing in solar energy using renewable energy stocks (PV – photovoltaic)
When people talk about solar panels for generating electricity, they most often think of solar PV (photovoltaic technology). This is the conversion of light into electricity using semiconductor materials. (For more on CSP – Concentrated Solar Power – see the relevant section below.)
💡Photovoltaic technology is the only widely used method of generating electricity that is not based on electromagnetic induction (moving a magnet near a conductive material). This offers more opportunities for increasing efficiency and reducing production costs than traditional energy generation technologies (including wind energy).
The basis of the system is the solar cell. The cell is the basic building block that can convert light into electricity. Manufacturers use various materials to make cells, but silicon is by far the most common. In order to install them on a roof (or field, etc.), the cells must be arranged into modules (panels). It is worth reading some studies on the subject, as it is a particularly large market, as Fortune Business Insight shows (Fortune Business Insights).
These systems consist of:
- 🥅Solar cells.
- 🔌Wiring that connects cells and modules to provide a single output point for all the electricity they produce.
- 📟Inverters, which are needed to convert the direct current (DC) produced by the panels into alternating current (AC), which is used by the electrical grid and most of our household appliances. Inverters and power optimizers also ensure maximum energy production and that the system can be shut down in the event of a fault by controlling the characteristics of the cells.
- 🔩Support structures and scaffolding to attach the panels to the roof or place them in the field.
The following types of companies are involved in the process:
- 🪨Suppliers who provide the raw material for the cells (mostly polysilicon).
- 🥅Solar cell manufacturers who produce the cells.
- ⚙️Component manufacturers who provide inverters/power optimizers, mounting equipment, cabling, monitoring and solar tracking systems, etc.
- 🔧Residential and commercial installers, as well as utility companies, who install the modules and operate (or provide support) the systems.
In practice, many cell manufacturers are involved in the assembly and even installation of modules. For manufacturers, the dependence on raw material prices is a determining factor in investment.
💡The ETF that covers this area most broadly is the Invesco Solar ETF (TAN ETF).
Solar cell manufacturers as renewable energy stocks
| Ticker | Name | Mcap | PE | PE fw | PEG | Yield |
| FSLR | First Solar Inc. | 25.72B | 18.37 | 10.63 | 0.67 | - |
| CSIQ | Canadian Solar Inc. | 1.44B | 89.14 | - | 4.46 | - |
| J.K.S. | JinkoSolar Holding Company Limited | 1.32B | - | 11.40 | - | - |
Solar panel component manufacturers as renewable energy stocks
| Ticker | Name | Mcap | PE | PE fw | PEG | Yield |
| SEDG | SolarEdge Technologies Inc | 2.07B | - | 107.60 | - | - |
| ENPH | Enphase Energy Inc | 5.30B | 27.08 | 19.11 | - | - |
| ARRY | Array Technologies Inc | 1.65B | - | 12.07 | - | - |
| SHLS | Shoals Technologies Group Inc | 1.62B | 48.60 | 19.37 | 1.39 | - |
Polysilicon suppliers as renewable energy stocks
| Ticker | Name | Mcap | PE | PE fw | PEG | Yield |
| DQ | Daqo New Energy Corp ADR | 1.69B | - | - | - | - |
| DD | Dupont De Nemours Inc. | 18.35B | - | 20.24 | - | - |
US residential solar installer companies
| Ticker | Name | Mcap | PE | PE fw | PEG | Yield |
| RUN | Sunrun Inc | 4.35B | - | 24.40 | - | - |
🌀Investing in wind energy using renewable energy stocks
A wind turbine – also known as a wind energy converter – is a device that converts the kinetic energy of the wind into electrical energy.
The smallest turbines are used for purposes such as charging batteries to provide auxiliary power for boats or caravans, or to operate traffic warning signs.
Larger ones are used in wind farms, which consist of many individual wind turbines connected to the electricity transmission grid.
In these cases, two categories are usually distinguished:
- 🌎Onshore: Onshore wind farms are cheaper but have an impact on the landscape as they typically need to be located on a larger area than other power plants and are often built in wild or rural areas. This can lead to the “industrialisation of the countryside” and loss of habitat.
- 🌊Offshore: Offshore wind is more constant and stronger than onshore wind, and the visual impact of offshore farms is also less, but construction and maintenance costs are significantly higher.
Wind turbine manufacturers use different materials to design the structure and blades, the most important of which are fiberglass and carbon fiber.
Wind energy is a mature industry dominated by giant companies. However, there is only one pure-play manufacturer (Vestas Wind Systems – VWS.CO), for other companies, wind energy only accounts for a small portion of their total revenue. It is important to mention here the companies that supply materials (mainly carbon fiber) to wind turbine manufacturers, but note that in most cases this is only a small part of their operations.
💡The ETF with the broadest coverage in this area is the First Trust Global Wind Energy ETF (FAN ETF).
Turbine manufacturing companies as renewable energy stocks
| Ticker | Name | Mcap | PE | PE fw |
| VWS.CO | Vestas Wind Systems | 29.83B | 190 | 168 |
| ENR.F | Siemens Energy AG | 120.05B | 81.51 | 26.86 |
| GEV | GE Verona | 311.17B | 38.60 | 40.92 |
| AMSC | American Superconductor Corporation | 1.58B | 104.05 | 31.03 |
| ABBN.SW | ABB Ltd | - | - | - |
Turbine raw material suppliers as renewable energy stocks
| Ticker | Name | Mcap | PE | PE fw | PEG | Yield |
| Hxl | Hexcel Corporation | 6.62B | 96.24 | 35.46 | 18.51 | 0.82% |
| OC | Owens Corning Inc. | 10.30B | - | 11.45 | - | 2.52% |
🔋Battery shares and storage
The sun doesn't always shine and the wind doesn't always blow. This "intermittent" problem is solved by energy storage.
Energy storage is the capture of energy produced at a given time for later use. There are countless solutions for energy storage that have been in use for a long time (e.g. pumped storage hydropower, flywheels, etc.), but most of them have not proven to be economically feasible for large-scale energy storage. Some have been installed, but not in large enough quantities to contribute significantly to the revenues of larger companies. In most places, when backup power is needed, diesel generators are still used. In this section, we will introduce two technologies that are becoming increasingly popular: lithium-ion batteries and fuel cells.
🔋Batteries and lithium stocks
Li-ion battery technology is not a new invention, but its popularity is growing rapidly as its price drops rapidly.
Batteries store electrochemical energy that can be easily converted into electrical current. For more than two centuries, different types of batteries have existed and are used in a variety of devices. Until now, the typical battery has been small, just big enough to power our portable electronic devices or at most start a car engine and operate a radio.
But as photovoltaic systems, wind power, and battery electric vehicles began to grow in popularity, there was a growing demand for larger and more efficient batteries. As a result of investments in this area, the price of lithium-ion batteries has been continuously falling: since 2010, it has decreased by more than 85%.
Thus, the two main applications of large-sized batteries are electric vehicles and stationary storage to maintain grid stability. These require orders of magnitude more battery cells and capacity than the small-sized electronic devices that have long been used. Thus, the future and growth of the field will be determined by the use of large-sized batteries.
We distinguish two areas:
- 🪫Battery and battery component manufacturing: These companies produce batteries or other components needed for the manufacturing process, or are working on promising new battery technologies.
- ⛏️Lithium supply: Companies that operate mines and derive a significant portion of their revenue from mining and/or refining lithium. Many other components are also required for battery production, but most of the raw materials are also used in large quantities in other areas, so the performance of these companies will have little impact on the growth of battery production.
💡The ETF that covers this area most broadly is the Global X Lithium & Battery Tech ETF (LIT ETF).
Battery and battery component manufacturers as renewable energy stocks
| Ticker | Name | marketcap | PE | PE fw |
| TSLA | Tesla inc | 1494.49B | 281.45 | 202.89 |
| ENS | Enersys | 6.50B | 19.27 | 14.65 |
| ULBI | Ultralife Corporation | 105.02M | 61.13 | 6.78 |
| GNRC | Generac Holdings Inc. | 10.29B | 32.89 | 21.32 |
| MVST | Microvast Holdings Inc | 997.68M | - | 15.20 |
| QS | QuantumScape Corporation Class A Common Stock | 6.07B | - | - |
Companies involved in lithium supply as renewable energy stocks
| Ticker | Name | Mcap | PE | PE fw | Yield |
| WHITE | Albemarle Corp | 22.16B | - | 174.13 | 0.86% |
| SQM | Sociedad Quimica y Minera de Chile SA ADR B | 11.97B | 22.83 | 22.68 | 1.02% |
| LTHM | Livent Corp | 865.42M | 2.31 | 2.83 | - |
| LAC | Lithium Americas Corp. | 1.86B | - | - | - |
🫙Hydrogen and fuel cells
Hydrogen Fuel Cell Electric Vehicles (FCEVs) have gained traction in recent years in heavy-duty transportation (trucks and shipping) where batteries were too heavy. This subsector includes vehicle manufacturers, fuel cell manufacturers, and companies building hydrogen charging infrastructure.
A fuel cell is an electrochemical cell that converts the chemical energy of a fuel (usually hydrogen) and an oxidant (usually oxygen) into electrical energy.
They have been used to power satellites, provide backup power for entire buildings and network infrastructures, and more recently in cars and trucks.
Most major automakers have invested in research into FCEVs (Fuel Cell Electric Vehicles), and most have even produced such vehicles, but this still only accounts for a fraction of their revenues.
Companies in the fuel cell ecosystem include:
- 🚗vehicle manufacturers
- ⛽fuel cell manufacturers
- 💦hydrogen producers
- 🚚companies that transport hydrogen and operate filling stations
In some cases, these activities are carried out by the same company, as on-site production technologies already exist (directly where the fuel cells are located and where the hydrogen is used).
The picture below shows that the growth rate of hydrogen fuel cell vehicle sales has stalled in recent years and (in the author's opinion) it increasingly looks like it will only be used in specialized vehicles where it is more practical than EVs (battery electric vehicles) for some reason, such as freight or the military.
💡The ETF that covers this area most broadly is the L&G Hydrogen Economy ETF (HTMW.F ETF).
Fuel cell ecosystem companies as renewable energy stocks
| Ticker | Name | marketcap | PE | PE fw |
| BLDP | Ballard Power Systems Inc | 799.96M | - | - |
| PLUG | Plug Power Inc | 3.60B | - | - |
| BE | Bloom Energy Corp | 34.44B | 2255.75 | 135.11 |
| FCEL | FuelCell Energy Inc | 473.55M | - | - |
| APD | Air Products and Chemicals Inc | 58.77B | - | 19.10 |
🏬Hydro, CSP, geothermal, biomass and marine
💧Hydropower (hydro): is derived from the energy of falling or fast-flowing water. This technology has been around for a very long time and today accounts for around 15% of the world's total electricity production, making it by far our largest renewable energy source. Hydropower plants can provide the base load needed by countries, as the amount of electricity produced can be adjusted to meet demand.
♨️Geothermal energy: Thermal energy is the heat energy that is generated and stored in the ground. It can be extracted and used for heating or electricity. This method of energy production is mostly limited to places where sufficient thermal energy can be extracted without having to drill too deep.
????Biomass power plants: organic waste is burned to generate electricity. Unlike most other sustainable energy sources, biomass power plants are not dependent on geographical conditions, and the waste is easily accessible anywhere.
☀️CSP (Concentrated Solar Power): perhaps the newest of these solutions. These systems generate solar energy by using mirrors or lenses to focus sunlight from a large area onto a single receiver. There, heat is generated, which drives a turbine, thus generating electricity. Because of the concentrated amount of heat required, only utilities build such large plants, which supply vast areas with a single power plant.
🌊Marine energy: includes technologies that utilize wave and tidal energy. These companies typically still exist in startup form, such as Nova Innovation: we wrote about startups here
We decided to group these technologies together because they are based on similar principles and there are no publicly traded companies that focus on just one of these technologies, they are usually part of an energy mix in the portfolio of companies. Thus, if a company has expertise in designing electric generators, it usually participates in most of these areas at some level.
Relevant companies
| Ticker | Name | Mcap | PE | PE fw | Yield |
| GEV | GE Verona | 311.17B | 38.60 | 40.92 | 0.49% |
| ABBN.SW | ABB Ltd | 108.17B | 24.33 | 20.72 | - |
| ORA | Ormat Technologies Inc | 7.48B | 56.06 | 48.01 | 0.39% |
⚡Efficiency/Smart grid
One of the biggest challenges in the transition to a new energy era is the current structure of the electricity grid. For a long time, electricity was generated centrally in huge power plants and then transported over long distances to cities and businesses.
However, with the spread of solar panels, wind power and other technologies, it has become possible to create smaller “power plants” on the roofs of office buildings and even family houses. Electricity production is now becoming increasingly decentralized, so more and more consumers are also becoming producers. This requires the grid to be more flexible and “smarter” in terms of energy distribution, as it is no longer a one-way process.
The fact that batteries are becoming increasingly common in households creates the opportunity to connect these devices to the grid and extract energy from them (feed back into the grid) at the most appropriate times.
💡The first graph in the article shows that significant capital is flowing not only into renewable energy production capacity, but also into network infrastructure, making this area particularly interesting from an investment perspective.
In this section, we list companies that manufacture devices, develop software, or otherwise play a meaningful role in making the energy grid and electricity consumption more efficient.
💡The ETF with the broadest coverage in this area is the First Trust Smart Grid Infrastructure ETF (GRID ETF).
Companies developing and operating efficiency/smart grid technology
| Ticker | Name | marketcap | PE | PE fw | PEG |
| CDMA | Ameresco Inc | 1.14B | 18.07 | 26.95 | 0.72 |
| ROP | Roper Technologies, Inc. | 43.86B | 27.93 | 18.85 | 3.72 |
| AMSC | American Superconductor Corporation | 1.58B | 104.05 | 31.03 | 4.16 |
| ITRI | Itron Inc | 4.47B | 17.36 | 16.62 | 0.69 |
| SEDG | SolarEdge Technologies Inc | 2.07B | - | 107.60 | - |
| ENPH | Enphase Energy Inc | 5.30B | 27.08 | 19.11 | - |
| STEM | Stem Inc | 156.65M | - | - | - |
| ERII | Energy Recovery Inc | 774.98M | 39.70 | 17.63 | 1.99 |
| ABBN.SW | ABB Ltd | 108.17B | 24.33 | 20.72 | - |
♻️Energy from waste using renewable energy shares
Waste-to-Energy is the process of generating electricity and/or heat from the treatment of waste or by converting waste into fuel. Most waste-to-energy processes produce electricity and/or heat through direct combustion, or create some combustible fuel – such as methane, methanol, ethanol or synthetic fuels.
💡The electricity produced in this way does not need to be produced from other sources (such as coal, oil, etc.). In addition, since waste is burned in these plants, it does not end up in landfills and does not pollute the oceans or forests.
Waste to energy companies
| Ticker | Name | marketcap | PE | PE fw |
| WM | Waste Management Inc | 92.26B | 35.98 | 27.39 |
| BW | Babcock & Wilcox Enterprises Inc | 979.90M | - | - |
🏭Electrical utilities
Electric utilities operate power plants that generate electricity and sell it to consumers. These power plants have traditionally burned coal, oil, natural gas, or, in more fortunate locations, hydroelectric power plants.
These companies generally have lower growth rates, but their operations are very stable and predictable, and most of their profits are typically paid out as dividends.
In this section, we only include companies that generate revenue from operating the renewable energy technologies mentioned above. Some of them may also operate gas or oil-fired power plants, but we have tried to exclude any companies that do not appear committed to converting a significant portion of their portfolio to green assets.
💡The ETF that covers this area most broadly is the Global X Renewable Energy Producers ETF (RNRG ETF).
Electric utilities with a large portion of their portfolio being renewable projects
| Ticker | Name | marketcap | PE | PE fw | PEG | Yield |
| NEE | Nextera Energy Inc | 177.17B | 27.25 | 21.23 | 3.00 | 2.66% |
| NEP | Nextera Energy Partners LP | 985.85M | 4.83 | 5.11 | 0.17 | 34.84% |
| BEP | Brookfield Renewable Partners LP | 8.61B | - | - | - | 5.30% |
| AY | Atlantica Sustainable Infrastructure PLC | 2.55B | 47.22 | 30.62 | 0.95 | 8.09% |
| ORA | Ormat Technologies Inc | 7.48B | 56.06 | 48.01 | 5.10 | 0.39% |
| CIG | Companhia Energetica de Minas Gerais CEMIG Pref ADR | 4.07B | 1.01 | 14.27 | - | 5.26% |
| Ingeniørforeningen IDA | IDACORP Inc | 7.23B | 22.74 | 20.95 | 9.10 | 2.63% |
| AQN | Algonquin Power & Utilities Corp | 4.92B | - | 17.47 | - | 8.13% |
| CWEN | Clearway Energy Inc Class C | 3.07B | 11.13 | 49.56 | - | 5.00% |
🔗The intersection of renewable energy and blockchain (ReFi)
A new frontier for investors is Regenerative Finance (ReFi). ReFi is a movement in the Web3 world that uses blockchain technology and decentralized finance (DeFi) to promote sustainability and combat climate change. Essentially, it combines financial profit with positive environmental impact.
- 👛Restoration instead of exploitation: The traditional financial system is often described as “extractive” (it takes value out of the Earth, e.g. mining). ReFi aims to make financial flows regenerative, meaning that economic growth also finances environmental or social restoration (e.g. reforestation, soil improvement).
- 🪙Tokenization and transparency: ReFi turns natural resources (like clean air or sequestered carbon) into digital tokens on the blockchain. So, for example, instead of a carbon credit being a PDF document (which is difficult to verify), it becomes a token on the blockchain. So anyone can see when it was created, who bought it, and when it was used (“burned”). This eliminates fraud and double-sold credits
- 💰Programmable money: Because these assets are on the blockchain, they can be automated using smart contracts. For example, a solar farm could automatically receive payment for every megawatt-hour of clean energy produced, without human intervention.
🏠Decentralized energy trading
Blockchain platforms allow “consumer-producers” (households that generate energy) to sell excess electricity directly to their neighbors via smart contracts, bypassing centralized utilities. This method is still quite new, but experts say it has great growth potential. Similar systems are being tried in other industries, such as the Helium project in the case of telecommunications networks.
⚫Tokenized carbon credits
The voluntary carbon market used to be opaque. Placing carbon credits on-chain prevents “double spending” (selling the same credit to two companies) and makes the market accessible to small investors.
A carbon credit is a financial instrument (certificate) that allows its owner to compensate for their own emissions.
- 💯Unit of measure: 1 carbon credit = the right to emit 1 ton of carbon dioxide (or equivalent greenhouse gas), OR to neutralize that same amount of gas.
- ❓How It Works? If a company (e.g. an airline or factory) cannot further reduce its own pollution, it can buy credits. The money paid for the credits goes to projects that reduce carbon dioxide (e.g. reforestation, renewable energy projects, methane capture).
- 🏁The goal: to encourage environmental protection on a market basis. Those who pollute pay, those who develop green solutions receive income.
There are two main types:
- ⛓️💥Compliance Market: systems imposed by governments (e.g. in the EU) where large polluters have mandatory quotas.
- 🙏Voluntary Market: Companies (or individuals) who voluntarily want to achieve "carbon neutrality" (Net Zero) buy here, for example for marketing or ESG (sustainability) reasons.
Top crypto projects in the green sector
- 💚Energy Web Token (EWT): an enterprise-level blockchain used by giants like Shell and Volkswagen to track the origin of renewable energy.
- 💙Power Ledger (POWR): a platform that enables P2P energy trading.
- ❤️KlimaDAO (K2): a protocol that deals with the tokenization (placing it on the blockchain) of carbon credits.
💡These blockchain projects are still relatively small, even years after their launch, and their business models are not always proven. Investing in them carries a high risk compared to the stock market, but due to the current low correlation, they can be useful for investors familiar with the energy market.
Green Energy Stock Analysis: Metrics That Matter
When evaluating green energy stocks, standard metrics often require context.
- Position in the supply chain: a “Supplier” (e.g. a lithium miner) behaves like a commodity stock – highly volatile and dependent on market prices. A “Utility” (which operates a hydroelectric power plant) behaves like a bond substitute – has stable cash flow and dividends.
- Valuation vs. growth: In the case of solar stocks, investors expect growth, in line with the overall industry. In contrast, “Yieldco” companies (companies created to own operating assets) are priced based on their dividend yield.
- The “Green” certification: Many companies make various announcements in which they try to convince the public that they are climate champions, while often the opposite turns out to be true. The term “greenwashing” is used for this phenomenon. It is important to analyze the company's revenue mix to ensure that the company's primary source of revenue is truly sustainable technology, not just a side project.
💡If you would like to learn how to interpret publicly published financial results by companies (which everyone should be aware of when investing in individual stocks), you can read our introductory article here: Balance Sheet and Income Statement
Risks of investing in renewable energy
Despite the growth potential, the sector carries specific risks:
- ⌚Intermittency: without storage, renewables are unreliable. This makes the sector highly dependent on further declines in battery costs (but this process seems difficult to stop). Most solar projects are already built with dedicated batteries.
- 🆓Regulation and Supply Chain: Tariffs on imported components (such as fiberglass for turbines or Chinese solar panels), recent cracks in global trade, potential shipping problems (Covid, Ever Given in the Suez Canal, etc.) can destroy profit margins overnight. While the latter point can be said for countless other industries, solar panels and batteries have played a prominent role in the Sino-US tariff war due to their particularly large Chinese exposure, both in terms of manufacturing capacity and raw material production.
- 📈Interest rates: Renewable projects are capital-intensive. High interest rates make it more expensive to borrow money to build new wind farms, which slows down growth. It is only worth building a new solar farm if the interest rate on the loan is significantly lower than the potential future sales price and return on investment.
To mitigate these risks, many investors are turning to ETFs to diversify with baskets like the iShares Global Clean Energy ETF (ICLN) or the Clean Edge Green Energy Index Fund (QCLN).
💡You can find our other articles about the green sector here: Green shares
Access and track energy assets on iO Charts-to the
A modern sustainable portfolio is rarely just a list of stocks in a single brokerage account. You might hold Vestas shares in a traditional account, a Clean Energy ETF like TAN in a retirement account, and Energy Web Token in a crypto wallet.
Az iO Charts serves as a unified hub for this diverse set of tools.
- 📊Detailed stock and ETF data: On our stock pages, you can access the financial data of individual companies in an easily understandable way, represented in graphs.
- 👣Uniform tracking: Instead of switching between apps, you can track your traditional green energy stocks and ETFs alongside tokenized energy assets in one place. This allows you to see your true exposure to the energy transition and better understand your portfolio’s correlations.
You can access our free portfolio manager here: iO Charts portfolio manager
Frequently Asked Questions (FAQ)
1. What are the best renewable energy ETFs to watch?
Some of the most popular green energy ETFs include TAN (solar), FAN (wind), ICLN (Global Clean Energy), QCLN (NASDAQ Clean Edge), and LIT (Lithium and Battery Tech).
2. Is nuclear energy considered a renewable stock?
It's often debated, but we don't consider nuclear power green. Although low-carbon, nuclear power relies on uranium (a finite resource) and produces waste that poses long-term environmental challenges, setting it apart from truly renewable sources like wind or solar.
3. How can I invest in battery technology?
You can invest in end-product manufacturers or in the supply chain. Search for the “Battery and Battery Component Manufacturing” section here blogin the article, or consider ETFs like LIT and BATT (Lithium and Battery Tech ETFs), which cover the entire ecosystem from mining to manufacturing.
4. How do crypto and renewable energy work together?
This is called ReFi (Regenerative Finance). Projects like Energy Web Token (EWT) use blockchain to prove that electricity was generated from renewable sources, while others like Power Ledger allow neighbors to trade solar power directly, making the grid more efficient.
5. Can I track green energy stocks and crypto in one portfolio?
Yes, that's it. iO Charts core mission. Our portfolio manager allows you to add your traditional stocks, Web3 wallets, and other crypto assets into a single interface, giving you a clear view of your overall net worth and asset allocation.
Legal and liability statement (aka. disclaimer): My articles contain personal opinions, I write them solely for my own entertainment and that of my readers. The articles published here do NOT in any way exhaust the scope of investment advice. I have never intended, do not intend, and am unlikely to provide such in the future. What is written here is for informational purposes only and should NOT be construed as an offer. The expression of opinion is NOT in any way considered a guarantee to sell or buy financial instruments. You are SOLELY responsible for the decisions you make, and no one else, including me, assumes the risk.
