Energy Web is a global non-profit organization that uses blockchain technology to help make the energy industry greener and more efficient (Energy Web Announces Strategic Partnership with Acurast to Advance Sustainability and Innovation in Energy Sector | by Energy Web | Energy Web | Medium). In simple terms, Energy Web created its own blockchain network (the Energy Web Chain) to let energy companies and others build apps for things like tracking renewable energy, managing electric grids, and proving that electricity is green. The Energy Web Token (EWT) is the cryptocurrency of this network, and it’s used for paying fees and rewarding people who help run the network (What is Energy Web Token?).

This guide will explain what it means to run a node on Energy Web, what you need to do it, how you might earn passive income from it, how the project is doing overall, and what risks to consider. We’ll keep it beginner-friendly, so even a 15-year-old can follow along.

What Is Energy Web and What Does It Aim to Do?

Energy Web’s mission is to accelerate the transition to clean, renewable energy using open-source, decentralized tech (Energy Web Announces Strategic Partnership with Acurast to Advance Sustainability and Innovation in Energy Sector | by Energy Web | Energy Web | Medium). Think of it this way: traditional power grids are very centralized (controlled by big utilities), but Energy Web wants to create a more distributed system – kind of like how the internet spread out information – so that many players (companies, households, devices) can interact in the energy market.

• Energy Web Chain (EWC): This is Energy Web’s original blockchain launched in 2019. It’s like a special version of Ethereum tailored for energy sector needs (What is Energy Web Token? | EWT Coin | Kraken). Big energy companies (like utilities and grid operators) helped launch and run this chain. For example, partners and validators have included giants like Shell, Siemens, TEPCO (a Japanese utility), and others (What is Energy Web Token? | EWT Coin | Kraken). The idea is to provide a digital infrastructure to connect things like solar panels, electric cars, and smart appliances with those big energy companies (What is Energy Web Token? | EWT Coin | Kraken). This helps track things such as who produced how much solar power, or who used green energy, in a transparent way.

• Energy Web Token (EWT): EWT is the native token of the Energy Web network. It’s used for paying transaction fees on the chain (like gas on Ethereum) and for staking and rewards (What is Energy Web Token?) (What is Energy Web Token?). If someone builds an app on Energy Web Chain, users pay EWT to use it. More importantly for this topic, EWT is given as rewards to the nodes that keep the network running and secure (What is Energy Web Token?).

• Energy Web X (EWX): This is a newer addition (launched in 2023-2024) – it’s a blockchain network built on Polkadot technology (a parachain) designed to work alongside the main Energy Web Chain (Energy Web X) (Energy Web X: Unveiling the Future of Energy Management | by Polkadotters | Kusama & Polkadot validators | Medium). Energy Web X’s main job is to manage Worker Node Networks – these are decentralized networks of nodes (computers) that do specific tasks for energy projects. Energy Web X lets these worker nodes come to consensus on results and is secured in part by Polkadot’s system (for added security). You can “lift” EWT tokens from the old chain to this new chain to participate (Energy Web X). Don’t worry, we’ll explain worker nodes next – they’re key to earning rewards as an individual.

In summary: Energy Web aims to connect the energy world (like power companies and devices) with blockchain. It wants to empower energy users and companies to create new services (for example, trading renewable energy or certifying green energy usage) in a decentralized way. This could help increase use of renewables and give consumers more control over their energy. Big companies and even organizations like Google have been involved – for instance, Google gave a multimillion-dollar grant to Energy Web to support developing tools for tracking sustainable energy (Massive crypto adoption is happening in the energy sector and no-one is noticing : CryptoCurrency). Many industry players (utilities, tech companies, even Bitcoin miners looking to go green) are collaborating through Energy Web’s platform (Massive crypto adoption is happening in the energy sector and no-one is noticing : CryptoCurrency) (Massive crypto adoption is happening in the energy sector and no-one is noticing : CryptoCurrency).

What Does It Mean to Run a Node on Energy Web?

A node is basically a computer running software that connects to a blockchain network. There are a couple of different types of nodes in Energy Web’s ecosystem:

• Validator Nodes (Main Energy Web Chain): These are the nodes that actually validate transactions and create new blocks on the original Energy Web Chain (EWC). However, ordinary people generally cannot run these – the Energy Web Chain uses a system called Proof of Authority (PoA), where only approved organizations (usually energy companies or affiliates of the Energy Web Foundation) can be validators (What is Energy Web Token? | EWT Coin | Kraken). Validators had to be official members of the Energy Web Foundation and meet certain criteria (like being a legally registered company) (What is Energy Web Token? | EWT Coin | Kraken). There are about 20-30 such validators globally, including big firms (Shell, EDF, Vodafone, etc.) (Massive crypto adoption is happening in the energy sector and no-one is noticing : CryptoCurrency). These validator nodes do earn block rewards in EWT for each block they add to the chain (What is Energy Web Token? | EWT Coin | Kraken) – that’s how the network incentivized them to run. But again, if you’re an individual at home, you likely won’t be running one of these validator nodes (unless you work for a company that is a member of the Energy Web consortium).

  • Note: Anyone can run a full node (just a copy of the blockchain data) to help decentralize and observe the network, but if it’s not an authorized validator, it won’t get paid rewards. Running a full node without being a validator is more for developers or enthusiasts; it’s not a source of income.

• Worker Nodes (Energy Web X): Here’s the exciting part for individuals. Worker nodes are part of the new Energy Web X system. A Worker Node is a computer that joins a specific worker node network to perform some useful computing tasks for real-world energy solutions (Worker Nodes | Energy Web X Ecosystem) (Worker Nodes | Energy Web X Ecosystem). For example, imagine an application that needs to check data from smart meters or verify that a solar plant produced a certain amount of energy – a network of worker nodes can be set up to independently run those checks (following some program or algorithm) and then agree on the result. Because these tasks might involve multiple companies or sensitive data, using a decentralized set of nodes provides trust: no single company is solely in control of the calculations (Energy Web X) (Worker Nodes | Energy Web X Ecosystem). The worker nodes vote on the outcomes of these tasks, and the Energy Web X blockchain records the consensus results (Worker Nodes | Energy Web X Ecosystem).

  Running a worker node is open to anyone who has the necessary software, holds some EWT (to stake or commit to the network), and meets the technical requirements. In the Energy Web X system, EWT tokens are used to secure and reward these worker nodes – meaning you may need to lock up some tokens (staking) to participate, and you’ll earn EWT for doing the work faithfully (What is Energy Web Token?). The Energy Web team calls this concept “decentralized compute” – community members contribute computing power and in return get paid, while providing services that energy companies need (Massive crypto adoption is happening in the energy sector and no-one is noticing : CryptoCurrency).

Basic Technical Requirements to Run a Worker Node

Running a worker node doesn’t require a supercomputer, but you do need some basic tech setup:

• A computer that can run 24/7: You should have a PC (or server) that you can leave on all the time with a stable internet connection. This can be a Windows, Mac, or Linux machine – the Energy Web X team provides a desktop application for all these operating systems to manage your node (How To Stake or Run a Node On Energy Web X — Samuel Oyeyemi) (How To Stake or Run a Node On Energy Web X — Samuel Oyeyemi). Many people use a spare PC or even something like a Raspberry Pi or small home server. The key is reliability: tasks and votes happen at random times, so if your node is offline, you could miss doing its job (How To Stake or Run a Node On Energy Web X — Samuel Oyeyemi). (Energy Web even introduced a cloud-hosted option for worker nodes so that those who don’t want to keep hardware running 24/7 can have it managed on a server (Energy Web Unveils Fully Managed Worker Node on Launchpad | by Energy Web | Energy Web | Medium) (Energy Web Unveils Fully Managed Worker Node on Launchpad | by Energy Web | Energy Web | Medium) – but that might involve a fee, and for a beginner it’s fine to start on your own computer.)

• Internet connection: A stable broadband connection is needed. The data load isn’t huge (mostly downloading small pieces of data and sending votes), but consistency is important. An unreliable connection could lead to missed tasks.

• Some EWT tokens: To join a worker node network, you typically need to stake (lock up) a certain amount of EWT as a security deposit or entry ticket (What is Energy Web Token?). This shows you have “skin in the game.” The required amount can vary by the specific task network. In some cases it might be relatively small. For example, when moving your tokens from the main chain to Energy Web X, the system currently requires at least 10 EWT as a minimum “lift” (How To Stake or Run a Node On Energy Web X — Samuel Oyeyemi). In practice, the more EWT you stake, the larger share of rewards your node might earn (if the network divides rewards proportional to stake). Important: Staking doesn’t mean you spend the tokens – you retain ownership, but you can’t use them elsewhere while they’re staked. If you stop running the node, you can usually get them back after some period.

• Energy Web X Marketplace App: You’ll use Energy Web’s official app (or web interface) to set up your node and manage staking. This app helps connect your crypto wallet and the worker node software. It’s designed to be user-friendly – kind of like installing a program and logging in with your wallet. According to a community guide, you can set up the whole thing in under 10 minutes (Setup your Worker Node in 10 Minutes).

• Wallet (Substrate format): Because Energy Web X is built on Polkadot’s Substrate, when you move EWT there, it lives on a slightly different address format. You might use a wallet like SubWallet (which supports Energy Web X) to manage your EWT on that network (How To Stake or Run a Node On Energy Web X — Samuel Oyeyemi). Basically, you’ll connect your wallet to the marketplace app to prove “I have X EWT and I want to stake/run a node” (How To Stake or Run a Node On Energy Web X — Samuel Oyeyemi). If you’ve used MetaMask on Ethereum, this is analogous, but for Substrate networks.

In short, running a node on Energy Web as an individual really refers to running a worker node on Energy Web X. It means you’ll be contributing computing power to help run energy-related decentralized applications. Technically, it requires an always-on computer, some tokens staked, and using Energy Web’s software tools.

Do You Earn Rewards or Passive Income from Running a Node?

Yes, running a worker node on Energy Web X can earn you rewards in EWT tokens, which is essentially passive income. However, the amount you earn and the conditions can vary:

• How Rewards Work: When you join a worker node network, you either stake tokens and run the node, or you can even stake without running a node (we’ll explain that shortly). The network will periodically pay out rewards (in EWT) to those participating. The rewards typically come from either the project that needs the computing done (an energy company might allocate tokens to pay for the service), or from a general reward pool that Energy Web has set up to bootstrap the system. The idea is to incentivize people to keep their nodes running and do the tasks correctly (What is Energy Web Token?).

• How Much Can You Earn? This depends on a few factors:

  • The current reward rate (APY) of the specific worker node network you join.

  • How many tokens you stake (if rewards are proportional to stake).

  • Whether you are just staking or also running a node (running the node usually yields more, since you’re providing work + stake, not just stake).

  Energy Web has introduced different “solutions” or networks (for example, one called Smart Energy Profiles or Green Proofs, etc., each with its own reward scheme). Early on, the yields were quite high to attract participants. For instance, when one of the first Energy Web X worker node networks launched, it was estimated at ~77% APY for those running a node, and around 13% APY for those who only staked tokens without running a node ([EWT] Energy Web Token sur le forum Finance - 19-08-2021 22:05:54 - page 97 - jeuxvideo.com). These numbers are annualized percentages – so, hypothetically, if you staked 100 EWT for a year and the APY was 50%, you’d earn ~50 EWT in rewards by year’s end (paid gradually).

  However, those rates can change based on how many people join and how much total is staked. The more people (and tokens) participating, the more the rewards get spread out, often bringing the percentage yield down. For example, in one beta phase, the dynamic APY varied widely (some reports mentioned over 100% APY in the very beginning when few nodes were live) (Jeroen - X). Energy Web also at times ran promotional reward periods (like a three-month “Booster Period” with fixed high APY ~21.8% for staking in an early program (Raffaella Piraino on LinkedIn: Congratulations to the entire team!)).

  It’s safest to assume that after the initial high incentives, the APY might stabilize to more moderate levels (perhaps in the range of single-digit to a few tens of percent per year). Always check the current stats in the Energy Web X marketplace app: it should show the ongoing reward rates for each available worker node network.

• Staking Only vs. Running a Node: If you don’t want to keep a computer on 24/7, Energy Web X allows you to stake your EWT into a worker node network without actually running a node. In that case, you’re basically delegating your tokens to support the network’s security, and you earn a smaller reward (because you’re not doing the computing work, only providing stake). As noted above, the APY for stake-only was around 13% in one example, while stake+node was 77% ([EWT] Energy Web Token sur le forum Finance - 19-08-2021 22:05:54 - page 97 - jeuxvideo.com). This gives potential participants flexibility based on their technical comfort.

• Realistic Earnings Example: Let’s do a simple hypothetical. Suppose the network you join ends up yielding 20% APY for node operators. If you stake 50 EWT and run the node, in a year you’d get 10 EWT as reward (because 20% of 50 is 10). If EWT’s price was say $2, that’s $20 worth of tokens earned in a year. If the APY was higher, say 50%, that’d be 25 EWT (worth $50) per year on 50 EWT stake. Keep in mind, these tokens can fluctuate in price. Also, rewards are often paid out periodically (like daily or weekly), and you might need to claim them via the app.

• Costs to Compare Against: Earning tokens is great, but remember to consider costs:

  • Electricity: Running a PC 24/7 will use some electricity. If you use a very efficient mini-computer, this might be small (maybe on the order of tens of watts). If you use a power-hungry PC, it could eat into your profits. For truly passive income, many enthusiasts use energy-efficient hardware.

  • Hardware wear and tear: A computer running constantly has some maintenance cost (cooling, potential need for rebooting or occasional troubleshooting).

  • Opportunity cost of tokens: The EWT you stake could have been used elsewhere (like simply held in a wallet or sold). By staking, you’re committing them to earn more EWT instead of other investments.

To help summarize the options, here’s a comparison table of ways to participate and earn with Energy Web:

(The APY figures above are examples from early 2024 – actual rates will vary over time) ([EWT] Energy Web Token sur le forum Finance - 19-08-2021 22:05:54 - page 97 - jeuxvideo.com).

Bottom line on earnings: Yes, you can earn passive income by running a node on Energy Web X. Especially in the early stages, the incentives can be quite attractive. Over time, expect the returns to normalize. It likely won’t make you rich overnight, but it can be a steady way to accumulate more EWT tokens. Think of it like earning interest for helping the network.

However, always do the math: if you only have a small amount of EWT, the absolute earnings (in dollars) might be small too. For example, 20% of a $100 stake is $20 a year. If you have a larger stake or if EWT’s value grows, it becomes more significant. The passive income is “real” in the sense of more tokens, but the value in traditional money depends on the token’s market price.

Is the Energy Web Project Meeting Expectations?

Energy Web set out to bridge blockchain tech with the real energy sector, and by many accounts, it has made impressive progress (especially compared to many other “energy crypto” projects):

• Industry Adoption: Energy Web arguably has one of the largest real-world enterprise ecosystems in blockchain. Over 100 companies and organizations have partnered with or joined Energy Web’s initiatives (What is Energy Web Token? | EWT Coin | Kraken). These aren’t small startups – they include some of the world’s biggest utilities, grid operators, and energy companies. For example, companies like Shell, Engie, EDF (Electricité de France), Statkraft, and others have either run validator nodes, participated in pilots, or funded Energy Web projects (Massive crypto adoption is happening in the energy sector and no-one is noticing : CryptoCurrency). Having such players on board is a strong sign of industry trust in the technology.

• Real Projects and Use Cases: Energy Web isn’t just a white paper or a token; it has delivered actual working solutions:

  • Renewable Energy Certificate Tracking: Companies like South Pole have used Energy Web’s blockchain to issue and manage renewable energy certificates (like “digital proof” that 1 MWh of green energy was produced). Buyers of these certificates have included Microsoft, Google, Heineken, Coca-Cola, Mitsubishi, and more (Massive crypto adoption is happening in the energy sector and no-one is noticing : CryptoCurrency). This shows that Energy Web tech has been used in sustainability programs of major corporations. Google’s grant to Energy Web was tied to developing tools for things like verifying clean energy for Bitcoin mining (Massive crypto adoption is happening in the energy sector and no-one is noticing : CryptoCurrency).

  • Green Bitcoin / ESG in Crypto: Energy Web launched Green Proofs for Bitcoin, an initiative to help Bitcoin miners prove they are using or supporting renewable energy (Massive crypto adoption is happening in the energy sector and no-one is noticing : CryptoCurrency). This caught the attention of even BlackRock, the world’s largest asset manager, which in a 2021 statement mentioned Energy Web’s efforts in making Bitcoin greener as something they’re watching (Massive crypto adoption is happening in the energy sector and no-one is noticing : CryptoCurrency).

  • Grid Projects: In Australia, Energy Web tech was used in a project called Project Edge in collaboration with the Australian grid to manage distributed energy resources (like home batteries and solar) (Massive crypto adoption is happening in the energy sector and no-one is noticing : CryptoCurrency). This is a practical deployment helping balance the grid using blockchain for coordination.

  • Electric Vehicles and Others: There are pilot programs using Energy Web for integrating electric vehicle charging with the grid (making sure cars charge when green power is available, etc.), and for decentralized identifiers (DIDs) which give energy devices or customers digital identities to interact in these new markets.

• Community and Enthusiast Feedback: Within the crypto community, Energy Web Token (EWT) has often been seen as a “sleeping giant” type of project – not hyped for quick gains, but a solid project with real adoption. In fact, out of a bunch of energy-related crypto tokens that launched in the late 2017 or 2020 bull runs, EWT is one of the few that’s still active and delivering. As one analysis pointed out, many so-called “green crypto” projects faded away, but “Energy Web Token and PowerLedger are the only 2 of the original 15 that have actual products/services.” (Whatever Happened to those Environment Tokens From the last Bull Run? : r/CryptoCurrency) This indicates Energy Web has lived up to at least some of its promises by building working technology and not just speculation.

• Meeting Expectations: If the expectation was to get energy industry buy-in and build useful tools, then yes, Energy Web is meeting those expectations. It has become a sort of standard-setter for blockchain in energy. For example, governments and regulators are aware of Energy Web’s solutions (the Nevada utility commission worked with them on a pilot (Solutions - Energy Web X)).

  However, if someone expected Energy Web to be a fully decentralized, community-run blockchain from day one, that wasn’t the initial model (it was more consortium-driven). With the introduction of Energy Web X and community staking, it’s now becoming more decentralized and community-inclusive, which many view as positive progress.

• Token Value and Market Performance: It’s worth noting that EWT as a token hasn’t skyrocketed in price like some purely speculative cryptocurrencies. It has a market cap in the lower range and isn’t listed on every big exchange (as of a couple years in, it was mainly on Kraken, KuCoin, etc. – the liquidity was somewhat low) ([EWT] Energy Web Token sur le forum Finance - 19-08-2021 22:05:54 - page 97 - jeuxvideo.com). Some community members have been frustrated at the slow pace of getting EWT on major exchanges ([EWT] Energy Web Token sur le forum Finance - 19-08-2021 22:05:54 - page 97 - jeuxvideo.com). The Energy Web Foundation tends to focus on enterprise utility over hype, so marketing to crypto traders was not a priority.

  For a user interested in passive income, this is a double-edged sword: on one hand, a less hyped token may be more stable and you earn more of it before any potential future growth; on the other hand, if the token’s price doesn’t increase or drops, the value of your earned rewards might stay low.

Overall, Energy Web has a strong reputation in the niche it created – blockchain for energy. It’s often cited as a successful case of real-world blockchain adoption (Massive crypto adoption is happening in the energy sector and no-one is noticing : CryptoCurrency) (Massive crypto adoption is happening in the energy sector and no-one is noticing : CryptoCurrency). The project is continually updating its tech (like moving into the Polkadot ecosystem for Energy Web X, introducing new tools like the worker nodes, etc.), which suggests it’s actively developing.

Community sentiment among those who follow Energy Web closely is generally positive about its long-term role (some call it “the biggest blockchain organization in energy you’ve never heard of”). Just keep in mind, this is a long-term infrastructure project, not an overnight sensation. It aims to change how energy systems operate over years or decades, which means progress can feel slow from a crypto perspective, even if it’s on track by industry standards.

Risks and Downsides to Consider

As with any blockchain or crypto venture, there are some risks and potential downsides to be aware of before deciding to run a node or stake your tokens:

• Technical and Operational Risk: Running a node means you become part of the network’s infrastructure. If your node goes offline frequently or doesn’t follow the protocol, you might miss out on rewards (since you weren’t there to do the work). In some networks, misbehaving or being offline can even lead to penalties or losing some of your staked tokens (this is known as slashing) (Energy Web (EWT) Staking Rewards Calculator). Be sure to understand the uptime requirements. Energy Web’s worker node system is still evolving; while there’s no indication of harsh slashing for worker nodes as of now, you should always operate the node responsibly to avoid any chance of penalties.

• Cost vs. Reward Uncertainty: The amount of reward (income) is not fixed. It can vary with network conditions. If many nodes join, the reward per node drops. There’s no guarantee that the APY you see today will hold in a few months – it could go down. Meanwhile, you’ll have fixed costs (electricity, possibly hardware). If, say, your node earns you $5 worth of EWT a month but costs you $10 in electricity, that’s not a great trade-off. Do some testing – maybe run the node for a shorter period to estimate rewards and power use. Fortunately, the node app will likely show your earnings, and you can calculate if it’s worth scaling up or not.

• Token Price Volatility: EWT is a cryptocurrency, and like others its price can swing up and down. The fiat value of the rewards you earn could change. For example, if EWT is $4 today and you earn 5 EWT ($20), but next month EWT falls to $2, those 5 EWT are worth $10. Of course, it can go the other way too. The point is, passive income in crypto is not as predictable as, say, interest from a bank. You’re gaining tokens, but their dollar value is subject to market forces.

• Liquidity and Lock-up: When you stake your EWT for the node, those tokens are typically locked for a period (or at least you’d have to wait some days to unstake if you want to use them elsewhere). Energy Web’s staking might have specific lock-up periods or notice periods. This means your funds aren’t very liquid – you can’t sell staked tokens instantly if you needed cash. Additionally, as noted, EWT isn’t available on every exchange, so converting it to cash might involve using certain platforms (Kraken, KuCoin, etc.) which have their own fees and KYC requirements.

• Complexity and Support: For a non-technical person, even though Energy Web provides a user-friendly interface, the overall process can still be complex. You have to manage a crypto wallet, possibly interact with two different blockchains (lifting EWT from one chain to another), and keep software running. If something goes wrong (e.g., your node software crashes, or you encounter a bug), you might need to seek support via the Energy Web Discord or forums. The Energy Web community does have support channels (they even advertise a 24/7 help Discord for node operators (Energy Web X)), but there could be a learning curve. There’s always a risk of user error – like sending tokens to the wrong address, or not backing up your wallet properly. Mistakes in crypto can be costly (lost tokens are often irrecoverable). So, make sure you follow instructions carefully and perhaps start with a small amount to get comfortable.

• Regulatory or Legal Considerations: This is usually not a big issue for simply running a node, but in some places, crypto-related activities can have legal or tax implications. Earning tokens might be considered taxable income (like mining/staking rewards). If you are 15 (as per the reading level, not necessarily your actual age), note that in many jurisdictions you need to be 18 or have parental guidance to deal with exchanges or certain crypto services. Always ensure you’re complying with local laws and, if significant amounts are involved, consider the tax aspect.

• Project Risk: While Energy Web is well-established, no project is risk-free. There’s competition (other blockchains trying to do similar things), and there’s execution risk (maybe some planned Energy Web features take longer or don’t pan out). If for some reason the Energy Web ecosystem failed to gain further traction, the demand for EWT or for worker nodes could drop. From what we see, Energy Web’s trajectory is positive, but as an independent participant you should keep an eye on project updates. The good news is Energy Web is transparent and shares updates regularly (through Medium blogs, etc.), and many large companies are deeply involved, so a sudden collapse seems unlikely. Still, it’s wise to not over-invest in any single crypto venture beyond what you can afford to lose.

To wrap up the risks: running a node is not a “set it and forget it” ATM. It requires some diligence, and the passive income, while real, comes with uncertainties. As one staking resource site notes, staking (or node operation) always carries risks like market volatility and technical issues (Energy Web (EWT) Staking Rewards Calculator). Go in with a realistic mindset – you’ll learn a lot, contribute to a cool project, and earn some tokens, but make sure it fits your situation and that you’re comfortable with the responsibilities.

In Conclusion: Running a node on Energy Web can be a rewarding experience both in learning and in earning crypto. Energy Web is a unique project at the intersection of blockchain and clean energy, and by participating, you’re not just earning passive income – you’re also actively supporting solutions that could make our energy grids more sustainable and efficient. For a beginner, the concept of staking and running nodes might seem complex, but Energy Web’s tools aim to simplify it, and the community is there to help.

If you have a bit of technical curiosity and some EWT tokens, it could be worth trying out a worker node on a small scale. You might earn a modest passive income and be part of something innovative in the energy world. Just be sure to weigh the effort and risks against the potential rewards. As always in the crypto space, do your own research, start small, and never risk more than you can handle. Energy Web’s journey so far shows a lot of promise, and being a node operator allows you to directly take part in that journey – potentially profiting along the way and learning how blockchain can solve real-world problems in the energy sector.