Ethereum's Value Capture Dilemma: Structural Challenges in L2 Scaling, Supply Mechanisms, and Valuation Logic

As of April 20, 2026, Ethereum’s price is $2,270.24, with a total market capitalization of approximately $275.69 billion and a market share of 10.41%. Over the past 24 hours, the price has fallen by 2.58%, but if we look at a longer cycle, the gain over the past year has reached 41.53%. However, one thought-provoking fact is that Ethereum’s current price is basically flat compared with the $2,350 level in the same period of 2021. Over five years, after going through a series of major technological upgrades such as Merge, Dencun, and Pectra, the price has returned to the starting point. This phenomenon has sparked in-depth discussions about Ethereum’s value-capture ability—why does the most technically advanced Layer 1 blockchain show such a “lukewarm” performance in terms of price?

Price and Timeline: Five Years, One Loop of Structural Stagnation

Review of Price Evolution

In 2021, driven by the NFT and DeFi boom, Ethereum first broke through $4,000 and reached a historical high of $4,878 in November of that year. After that, it went through a deep pullback in the 2022 bear market, and in 2025 it rose again to its historical high of $4,946.05. However, as of April 2026, the price has fallen back to around $2,270, down about 54% from the historical high. Looking at the comparison across a five-year span, Ethereum’s price shows the characteristics of “violent fluctuations at first, then returning to the starting point.”

Key Time Milestones

Ethereum has not been stagnant over these five years; instead, it has undergone a series of milestone technological upgrades. In September 2022, the Merge was completed, shifting from proof-of-work to proof-of-stake, reducing new coin issuance by about 90%. In April 2023, the Shapella upgrade activated the staking withdrawal function, bringing the staking ecosystem into maturity. In March 2024, the Dencun upgrade introduced the EIP-4844 and Blob transaction mechanisms, reducing Layer 2 fees by over 90%. In May 2025, the Pectra upgrade was activated, introducing account abstraction and increasing the validator staking cap. However, from the Dencun upgrade in 2024 to early 2026, Ethereum’s price gradually declined from around the $3,000 level to around $2,000, creating a clear divergence of “ongoing technical improvements, ongoing price-side pressure.”

Relative Performance

Ethereum’s performance relative to Bitcoin also reveals the problem. Since the Merge in 2022, ETH versus Bitcoin has fallen by about 65%. As of mid-April 2026, the ETH/BTC ratio has been hovering around 0.0313. Although it has rebounded from a low of about 0.028 in February, it is still far below the level near 0.038 at the beginning of the year. The most technically strong smart contract platform has not received corresponding market recognition at the asset pricing level.

Truth on the Supply Side: A Reality Check for the Deflation Narrative

Net Supply Growth

Ethereum’s deflation narrative of an “ultra-robust money” was once one of the core logics behind market pricing, but on-chain data shows a far more complex picture. As of March 15, 2026, since the completion of the Merge, Ethereum’s circulating supply has increased by 1,009,682.84, reaching a total of about 121.53 million, with an annualized inflation rate of 0.24%.

Supply changes can be broken down into two directions: after the Merge, a cumulative total of 3,013,633.69 has been issued as staking rewards to validation nodes; meanwhile, through the EIP-1559 fee burning mechanism, a total of 2,003,950.85 has been burned over the same period. The difference between the two constitutes a net supply increase of over 1 million over the past 3 years and 181 days. The deflation narrative was indeed briefly valid during bull markets with high fees, but as network activity slowed, the supply curve has risen steadily but gently.

A Cliff-Like Drop in the Burn Rate

Since EIP-1559 was introduced in August 2021, it has cumulatively burned more than 6.1 million ETH. However, during the 2024 to 2025 bull markets, high network fees caused the burn amount to surpass the issuance. This trend underwent a fundamental change after the Dencun upgrade. The Dencun upgrade launched in March 2024 introduced the Blob data mechanism via EIP-4844, significantly lowering Layer 2 data costs. As a result, a large portion of transaction activity shifted to the Layer 2 ecosystem, and mainnet transaction fees dropped sharply.

Glassnode analysis shows that the ETH burn rate via EIP-1559 has fallen to the historical low, and the number of ETH burned accounts for only 11% of total issuance. When the burn speed slows down while staking rewards issuance continues, the outcome is a moderate supply expansion rather than contraction.

The Other Side of Staking Lockups

It is worth noting that about 45% of ETH is in a locked or difficult-to-sell state, and the amount of ETH held on exchanges has decreased by 14.5% over the most recent quarter. More than 36 million ETH has entered staking, accounting for nearly 30% of total supply. This creates a “soft deflation” support at the fundamentals level, but this positive factor has not been fully priced in from a price perspective.

Key Facts Verification

The following table of core facts is based on verifiable on-chain data, clearly presenting the key variables and trends on the supply side.

Note that an annualized inflation rate of 0.24% is still far below Ethereum’s 3%-4% level before the Merge, and it is also lower than Bitcoin’s current annual issuance rate of about 0.85%. The “deterioration” on the supply side is relative—the problem is not that Ethereum’s supply management has failed, but that the market’s previously priced-in “structural deflation” expectations have not materialized.

The Structural Predicament of Value Capture: The Layer 2 Diversion Effect

Systematic Decline in Mainnet Fee Revenue

If the supply side is “mild inflation,” then the demand side is the core of the value paradox. Ethereum’s strategic shift to a modular architecture outsources the execution layer to Layer 2 networks, leaving the mainnet positioned as the security and settlement layer. This roadmap has been successful at the engineering level, but it has led to new structural problems at the economic level.

On March 28, 2026, Ethereum’s daily fee revenue plunged 38.33% to about $8.43 million, indicating a significant reduction in economic activity on the mainnet. Layer 2 handles 95%-99% of all Ethereum transactions, but rollups rely on Ethereum for security and final settlement; in effect, they capture user fees and revenue. Some critics describe this relationship as “parasitic.”

The Essence of the L2 Refutation Debate

In early 2026, “L2 refutation” quickly became a focus of discussion. This is not because Layer 2 suddenly failed, but because the Ethereum ecosystem began confronting a harder question: now that scaling is already completed, why is it actually even more difficult to tell the ETH value story? L2’s original vision was to serve as Ethereum’s “outsourced execution layer” or “brand sharding.” As long as transactions are moved there, the mainnet should be able to enjoy the scaling upside. But in reality, L2 development has not automatically formed a unified economy; instead, it has split users, liquidity, and applications across different systems.

EEZ and Route Correction

In March 2026, the Gnosis team and zero-knowledge proof developer Jordi Baylina released plans for Ethereum Economic Zone (EEZ), and participants in the ecosystem such as the Ethereum Foundation and Aave are also pushing in this direction. EEZ’s core goal is to ensure that multiple L2s are no longer isolated economic islands to each other, but become an economic region with a unified settlement base, unified asset semantics, and lower cross-chain friction.

On February 3, 2026, Vitalik publicly stated on X that the original vision of L2 is no longer reasonable. But it needs to be made clear that what is being revised is not “whether L2 is necessary,” but “what role L2 should play within the Ethereum ecosystem.” This is a route correction, not the abandonment of the route.

Institutional Holdings and ETF Fund Flows: A Silent Game

Status of Institutional Holdings

The behavior of institutional investors offers another important perspective for understanding Ethereum’s value paradox. According to Coingecko data, 29 institutional investors worldwide hold a total of 6.45 million ETH, about 5.35% of circulating supply. Among them, the largest holder BitMine Immersion Technologies holds 4.47 million ETH, but in the past 30 days it has only added 188,000 ETH, indicating a clear slowdown in the buying pace.

Complex Signals from ETF Fund Flows

The inflow and outflow of Ethereum spot ETF funds show clear volatility. In early April 2026, Ethereum’s spot ETH ETF recorded a net inflow of $120.24 million in the short term, then quickly reversed to a net outflow of $64.61 million, showing that short-term institutional capital behavior is prominent and there is no sign of continuous accumulation. Overall, the market has experienced five consecutive months of net institutional fund outflows, representing a cycle of capital reallocation and profit-taking.

But there are also positive signals. In mid-April 2026, after five days of consecutive net inflows, the US spot ETH ETF recorded a $67.8 million inflow. Over the past week, Ethereum ETFs recorded inflows of more than $275 million, the highest weekly level since January. BlackRock’s ETHA fund led this round of inflows.

Structural Reasons Behind Institutional Caution

Institutional hesitation is not without reason. One important reason is that under US regulation, ETFs cannot provide staking yield, while directly participating in Ethereum proof-of-stake consensus can obtain an annualized return of 2.8% to 4.2%. In a complex macro environment, institutional investors are increasingly unwilling to hold non-yielding assets and instead prefer to move to other yield-bearing digital assets. By March 2026, Ethereum’s price was about $2,050, with a decline of 9.61% over the past seven days, and major companies related to treasuries have slowed their purchases.

Multi-Scenario Evolution and Projections: Three Possible Paths for Ethereum’s Value Logic

Based on the above fact analysis, three plausible scenario paths can be projected. It is important to emphasize that the following content is a logical deduction along a chain of reasoning, and it does not constitute investment advice or a price prediction.

Scenario One: Structural Repair Path

If Ethereum’s EEZ plan succeeds, enabling economic interoperability and unified settlement among L2s, mainnet fee revenue may gradually recover. At the same time, if the Fusaka upgrade successfully stimulates network activity, the EIP-1559 burn amount could again exceed the new PoS issuance, pushing supply back onto a deflationary track. In this scenario, Ethereum’s value narrative would shift from a “gas fee platform” to an “institutional-level settlement layer and yield asset,” supporting healthier price discovery. The Glamsterdam upgrade, which is expected to increase the mainnet gas cap from 60 million to 200 million, is expected to be rolled out in mid-2026. The Hegota upgrade, which introduces Verkle trees and stateless clients, is expected to be implemented by the end of 2026, fundamentally enhancing the network’s decentralization and security.

Scenario Two: Mild Inflation Becoming the Norm

If network activity continues to be relatively quiet and staking rewards issuance continues, Ethereum could maintain a mild inflation rate of around 0.24% over a longer period. Although this level is far lower than the pre-Merge inflation rate, the “ultra-robust money” deflation narrative will be difficult to repair. In this scenario, ETH’s pricing logic would rely more on its “secure settlement service” attribute as a staking-yield asset rather than on a scarcity premium. Ethereum’s strategic focus is returning to the mainnet itself—by redefining the value proposition through institutionalized scaling and protocol-native security mechanisms.

Scenario Three: Reshaping the Competitive Landscape Path

If Ethereum’s value-capture predicament cannot be effectively resolved, and single-chain architectures such as Solana continue to maintain stable fee revenue, market share may further shift toward competing chains. Solana’s single-chain architecture maintains stable fee revenue by processing all transactions at its base layer, which sharply contrasts with Ethereum’s modular approach. However, Ethereum’s structural advantages in real-world assets (RWA) and stablecoin domains—providing about 90% of tokenized real-world assets and about 60% of stablecoin value—create an important moat.

Closing Remarks

Ethereum’s price stagnation is not caused by a single factor; it is the result of the combined effects of a supply-side narrative adjustment, a demand-side value diversion, and a tug-of-war of institutional capital. From the data, Ethereum’s fundamentals are not “deteriorating”; rather, it is undergoing a profound architectural transition—from a “gas fee-driven deflation narrative” to a “staking yield-driven secure settlement asset.” The pain of this transition is that the old narrative has already stopped working, while the new narrative has not yet been fully priced by the market.

Technological upgrades continue to move forward, staking lockups keep increasing, and institutional participation remains cautious but has not left—these provide long-term value support for Ethereum. The resolution of its value-capture predicament depends on how well the EEZ economic zone roadmap is implemented, and whether Ethereum can establish a healthier economic cycle between L1 and L2.

At today’s price level of $2,270, is it a discounted value trough or a reflection of structural predicaments? The answer does not lie in the price itself, but in whether Ethereum can complete this strategic transformation from an “ecosystem city” to “financial infrastructure.”