> ## Content Index > Fetch the complete content index at: https://onchain-fx.ghost.io/llms.txt > Use this file to discover other available public pages before exploring further. # Hyperliquid, energy and the next market infrastructure - URL: https://onchain-fx.ghost.io/hyperliquid-energy-and-the-next-market-infrastructure/ - Published: 2026-09-17T08:59:19.000Z - Updated: 2026-09-17T14:49:31.000Z - Description: Energy does not need another token. The more interesting opportunity is a programmable financial layer for electricity risk, collateral and settlement. - Author: Guilherme Bissoli - Tags: Market Infrastructure, Hyperliquid, Energy, Brazil, Derivatives, #lang-en The intersection between digital assets and energy probably will not happen because someone decided to tokenize the megawatt-hour. It will happen when risk, collateral and settlement begin operating on the same programmable infrastructure. For years, when people talked about blockchain and energy, the conversation tended to end in the same places: green certificates, carbon credits, tokenized assets, or some version of peer-to-peer energy trading. I think we have been looking at the wrong layer. The more interesting development may be happening in the financial market around energy, not in the physical energy itself. And Hyperliquid helps explain why. ## A blockchain that is starting to look like an exchange Hyperliquid is usually described as a decentralized derivatives exchange. That description is becoming too small. Its HyperCore layer contains the order book, positions, margin system, matching and liquidation logic. The market infrastructure is embedded into the network itself. The important change is HIP-3. HIP-3 allows third parties to deploy their own perpetual markets on top of Hyperliquid's infrastructure. The deployer defines the market, specifies the contract, provides the oracle, configures leverage and margin parameters and can settle the market when necessary. The matching engine and margin infrastructure already exist. That changes the problem. Someone who wants to create a new market no longer needs to begin by building: a matching engine; a margin system; a liquidation engine; accounts; APIs; an order book; settlement infrastructure. Much of that is already there. The deployer needs to bring what actually differentiates a market: the underlying risk, the benchmark, the contract specification and the liquidity. Conceptually, Hyperliquid is turning market creation into a platform. Cloud computing did something similar to software. Before AWS, building an internet company meant owning far more of the infrastructure stack. After AWS, the competitive advantage moved closer to the application. HIP-3 begins to ask whether something similar can happen with financial markets. ## Then energy appears This is where the discussion becomes particularly interesting for Brazil. Electricity is one of the hardest commodities to transform into a globally accessible financial product. It is regional. Transmission constraints matter. Time matters. Location matters. Storage is limited and expensive compared with oil or metals. Prices can move violently. And the exposure of a generator is not the same as the exposure of a consumer, a retailer, a trader or a battery. That is why energy markets developed highly specialized financial infrastructure. But Brazil has one useful characteristic. We already have a formal and widely observed benchmark: PLD. The CCEE publishes hourly PLD values by submarket. That creates an interesting possibility. We do not need to put electricity on a blockchain. We need to put the economic exposure to electricity prices into a financial contract. ## The electron does not need to go onchain Imagine a contract called: PLD-SECO-DEC26 It could represent exposure to the average of a defined set of hourly PLD observations for the Southeast/Central-West submarket during December 2026. Buyers and sellers trade the contract. They post collateral. Positions are marked. Losses reduce margin. Positions that breach risk limits can be reduced or liquidated. At expiry, no megawatt-hour changes hands. The contract settles financially against the specified benchmark. That distinction matters. We do not need to tokenize a barrel to trade oil exposure. We do not need to tokenize a bar of gold to trade gold exposure. And we do not need to tokenize an electron to create a financial market for electricity risk. The digital asset can represent risk, not physical ownership. ## The real product is the curve A simple perpetual contract on PLD could be an interesting experiment. But it is probably not the economically important product. Participants with real exposure to electricity ask different questions: What does my November hedge cost? What is the first-quarter price? How much can I lock for next year? Energy is fundamentally a curve market. So the real structure looks more like: PLD\_SECO\_OCT26 PLD\_SECO\_NOV26 PLD\_SECO\_DEC26 PLD\_SECO\_Q1\_27 PLD\_SECO\_Q2\_27 PLD\_SECO\_CAL27 That matters because real hedging is not just about the spot reference. It is about transferring risk through time. ## The problem is not primarily technological Brazilian energy traders already know how to trade derivatives. The deeper issue sits at the intersection of price, credit and collateral. In a bilateral contract, I can be completely right about the direction of the market and still carry significant exposure to the financial condition of the entity on the other side. That means the market is not only asking: What is the price? It is also asking: What is the counterparty's balance sheet? What is my credit limit? What collateral can it post? How much exposure can I carry? A continuously collateralized market changes that equation. Access depends less exclusively on bilateral credit limits and more on posted collateral. That does not eliminate risk. It changes its form. Credit risk is partly replaced by: liquidity risk; oracle risk; margin-model risk; liquidation risk; infrastructure risk. That trade-off has to be understood correctly. But it can still be extremely valuable. ## The oracle may be the most important asset It is tempting to think the hard part is writing the smart contract. It probably is not. The difficult part is defining, economically and legally, what exactly: PLD-SECO-DEC26 means. Which CCEE publication counts? What observation period is used? What happens if a value is republished? Can the benchmark be corrected retroactively? What calendar applies? What happens if methodology changes? What is the fallback? Which exact number determines final settlement? What happens if collateral is denominated in dollars but the benchmark is in reais? The benchmark specification is not operational detail. It is the product. ## The opportunity is bigger than the derivative So far we are only talking about trading. But there is another layer. A power plant is not just a physical asset. Economically, it produces several financial objects: physical generation; future production; PPAs; receivables; spot-price exposure; financing needs; environmental attributes. Today, these objects often live in separate systems. Now imagine a financial layer where: receivable → financing → hedge → collateral → settlement can become digitally interoperable. A generator could finance a receivable while hedging part of its price exposure. A battery could combine financing and hedge logic. A data center could connect consumption decisions to financial prices. A financial position could dynamically affect the collateral requirements of another contract. In that world, blockchain is not transporting electricity. It is transporting economic rights, collateral and risk associated with electricity. ## Five markets are hidden inside one idea When people say "energy onchain," they often collapse several businesses into one phrase. I see at least five layers. 1\. Hedge — transfer electricity-price exposure. 2\. Collateral — use liquid digital assets or tokenized financial assets to secure positions. 3\. Settlement — automate movement of financial obligations. 4\. Cash flows — represent PPAs and energy receivables in forms that can potentially be financed or transferred more efficiently. 5\. Environmental attributes — connect certificates and other generation attributes to the economics of the underlying asset. The opportunity is not necessarily one of these. It is what happens when they begin to interact. ## Capital no longer needs to sit next to the physical asset A Brazilian power plant exists inside local infrastructure. The capital willing to carry its financial risk does not necessarily need to. A sufficiently liquid digital market could connect Brazilian energy exposure to: global market makers; quantitative funds; commodity traders; macro funds; crypto-native capital. Not because those institutions want to become power-system operators. But because they may want to buy or sell Brazilian electricity-price risk. That distinction is important. Liquid markets become larger when we can separate: the entity that owns the physical asset from the entity willing to hold the financial risk. Digital market infrastructure can reduce the friction between those two groups. ## The regulated world is already validating part of the thesis The most important proof point is not Hyperliquid. It is ElectronX. ElectronX is building a regulated version of a similar idea in U.S. electricity markets: smaller, fully collateralized, electronically accessible power derivatives. That matters because it separates the thesis from crypto ideology. The problem exists independently of blockchain. Market participants want better ways to transfer electricity risk with lower collateral and credit friction. Hyperliquid represents one architecture. ElectronX represents another. The underlying economic problem is the same. ## Regulation still exists Nothing becomes legally irrelevant simply because a blockchain is involved. A derivative does not cease to be a derivative because it settles onchain. There are three separate questions: Is it technically possible? Is it economically useful? Can it legally be offered to a particular participant in a particular jurisdiction? Those are different questions. Confusing them produces bad analysis on both sides. ## The bigger thesis This is where energy connects back to ONCHAIN FX. Imagine the path: Brazilian energy risk → BRL benchmark → digital hedge → programmable collateral → financial settlement → BRL / digital-dollar conversion → global market makers and capital. The digital asset becomes interesting not because someone wants to own "tokenized electricity." It becomes interesting because it may serve as a bridge between a Brazilian physical market and a global pool of financial capital. The intersection between energy and digital assets will not be the tokenization of the megawatt-hour. It will be the creation of a global, programmable financial layer for trading, financing and settling the economic risks created by the megawatt-hour. PLD may simply be the first product. Then come the curve. PPAs. Batteries. Renewable receivables. Financing. Capacity. Environmental assets. And eventually machines consuming those markets directly. At that point, this stops being a story about crypto entering energy. It becomes a story about new market infrastructure for energy. --- Market Infrastructure / Hyperliquid / Energy — 01 This is the first note in a two-part series. Next: [How I would design a Brazilian power market on Hyperliquid](https://onchain-fx.ghost.io/how-i-would-design-a-brazilian-power-market-on-hyperliquid/). Contract specification. Oracle. Margin. Collateral. Settlement. Market making. Liquidity. Failure modes. Subscribe to ONCHAIN FX to get the next note. This article is a reflection on market infrastructure and does not constitute investment, legal or regulatory advice. --- **Follow the money through Brazil.** ONCHAIN FX covers markets, capital, stablecoins, technology, infrastructure and the systems behind moving serious money. Get the next note in your inbox. [Subscribe](#/portal/signup) Moving meaningful volume through Brazil? [Talk to us.](https://onchain-fx.ghost.io/about/)