Mengungkap Revolusi Biaya Gas Ethereum: Dari Kemacetan Mahal Menuju Masa Depan Transaksi Bernilai Kurang dari Satu Sen

Ethereum gas fees are undergoing a quiet revolution. According to the latest data, as of early January 2026, the base gas fee on the Ethereum network has dropped to an all-time low, with the average price per unit of gas at just about 0.04 Gwei. This means executing a standard transaction now costs less than $0.01.

Current State of Gas Fees

The Ethereum network is operating at its lowest gas fee levels in history. Based on real-time Etherscan data, gas prices for slow, standard, and fast transactions all hover around 0.04 Gwei. This low-fee environment stands in sharp contrast to a year ago. Back then, during periods of network congestion, a simple Uniswap token swap could cost over $10 in gas fees. Today, the same operation consistently costs between $0.04 and $0.05, and even selling an NFT only requires about $0.07 to $0.08.

Meanwhile, the network remains healthy. As of early January 2026, Ethereum’s block height has surpassed 24,160,000, with roughly 69,000 transactions pending in the queue, and average block utilization holding steady at 38.66%. This indicates the network is active but far from congested, laying the foundation for a low-fee environment.

Data Trends Behind Fee Reduction

The drop in gas fees isn’t a short-term anomaly; it’s a clear long-term trend. According to YCharts, Ethereum’s average gas price has fallen from 13.96 Gwei a year ago to just 0.4619 Gwei as of January 3, 2026—a year-over-year decrease of 96.69%. The most recent changes are especially notable: from early December 2025 to early January 2026, the average gas price dropped by over 50%.

Historically, gas fees have been highly volatile. However, since the second half of 2025, fee curves have stabilized and remained at these low levels.

How Gas Fees Are Calculated

To understand why gas fees are dropping, it’s important to know how they’re structured. Gas fees are the cost of computational resources required to execute operations on Ethereum.

Each transaction’s total gas fee consists of two components: the base fee and the priority fee.

On the Ethereum network, the total transaction fee is calculated as: Total Fee = Gas Units Used × (Base Fee + Priority Fee).

The base fee is the minimum set by the protocol, while the priority fee (also known as a "tip") is an additional incentive paid to validators to encourage them to prioritize your transaction.

How Technical Upgrades Lower Fees

The dramatic reduction in Ethereum gas fees is primarily due to the successful implementation of its rollup-centric scaling roadmap. Two key upgrades in 2025 played a crucial role.

The Pectra upgrade, implemented in May 2025, doubled blob throughput, directly reducing data availability costs for Layer 2 networks and slashing L2 transaction fees by several orders of magnitude.

The Fusaka upgrade, completed in December 2025, introduced more flexible PeerDAS (peer-to-peer data availability sampling) technology and gradually increased the gas limit from 30 million to 60 million.

These upgrades allow the network to flexibly adjust capacity without requiring a hard fork, while still capping gas consumption per transaction to maintain network security.

Practical Strategies for Optimizing Gas Costs

Even with lower base network fees, regular users and developers can take proactive steps to further optimize costs. Monitor network conditions and choose the right time to transact. Users should track network status in real time, avoiding periods of high activity when US and European markets overlap, and instead transact during off-peak hours.

Take advantage of Layer 2 networks. For non-urgent needs, users can move most activities to Layer 2 solutions like Arbitrum and Optimism, where fees are typically much lower than on the mainnet, with final settlement still occurring on Ethereum.

Batch transactions. Combine multiple actions into a single transaction to spread out fixed costs. For example, batch token approvals or transfers whenever possible.

Optimize smart contract code. Developers can reduce execution costs at the source by improving storage layouts, choosing efficient data types (such as preferring bytes32), and leveraging gas refund mechanisms.

Outlook for Ethereum Gas Fees in 2026

Ethereum’s scaling journey is far from over. According to the 2026 technical roadmap, the network will focus on further increasing the gas limit (with a target of 200 million per block) and transitioning to ZK proof verification. Ethereum co-founder Vitalik Buterin has proposed a 2026 scaling strategy: raise the overall gas limit by fivefold, while also increasing the gas cost for inefficient operations by the same factor. This dual-track approach aims to incentivize developers to write more efficient code, driving more sustainable scaling.

The planned Glamsterdam upgrade in 2026 will introduce parallel processing, further gas limit increases, and ZK proof verification. These advancements are expected to help Ethereum L1 gradually reach the goal of 10,000 TPS. Additionally, the Ethereum interoperability layer—designed to address Layer 2 fragmentation—is slated for mid-2026, aiming to reduce both the time and cost of cross-chain operations by several orders of magnitude.

Ethereum Price and Network Health

As of early January 2026, Ethereum’s price on Gate briefly surpassed $3,200, continuing its steady upward trend. This price movement aligns with improvements in network health. Currently, over 30% of ETH is staked, representing about $17.6 billion in value and providing a robust foundation for network security.

Leading Layer 2 networks are consistently posting daily transaction volumes higher than the mainnet, yet their total fees remain far below mainnet costs—demonstrating the effectiveness of Ethereum’s scaling roadmap.

It’s not just about lower gas fees; Ethereum is entering a new era as a global settlement layer. Daily new Ethereum addresses surged 110% after the Fusaka upgrade, reaching 292,000. Layer 2 gas fees have dropped by as much as 100 times, and the days of prohibitively high transaction costs are quickly becoming history. As of January 2026, Ethereum gas fees have stabilized at historic lows, with a typical token swap costing just $0.04 in gas.

When Vitalik Buterin proposed a fivefold increase in the gas limit in November 2025, even he might not have anticipated how quickly the network’s efficiency would improve. Today, his analogy rings truer than ever: Ethereum mainnet serves as a global coordination system, while Layer 2 networks handle high-frequency, localized scenarios.