[Discussion] TRON Quarterly Transaction Fees Review — Q1 2026

[longgucun-yk]

Summary

I’m using this post to start a quarterly review (roughly every 3 months) to track TIP-789 fee reduction outcomes and support community discussion on next-step fee policy and the broader fee-policy trajectory on TRON.

It covers Q3 2025 (baseline) through Q1 2026 (~6 months post-proposal) across three areas: (1) total on-chain energy consumption, (2) the payment-mix shift between TRX staking vs. burning, and (3) the USD-denominated burn footprint relative to historical baselines. I’m also preparing a separate user-layer deep-dive based on ~369M transactions (Aug–Dec 2025) and will link it here when it’s ready.

Across this window, weekly-smoothed total energy consumption rose from roughly ~185B/day to ~200B/day by early 2026, consistent with continued growth in execution load post-reduction. At the same time, the share of energy paid via direct TRX burning drifted down (about ~15% → ~11.7%), suggesting incremental demand was increasingly absorbed through the staking path. With burn contributing a smaller share of total activity, the aggregate balance can tilt toward a more inflationary regime in late Q4 2025 / early Q1 2026 (range cited: ~+0.09% to +0.32%, depending on the accounting definition).

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What the Data Shows

Before diving into the monthly breakdown, the following quarterly cost table places the fee reduction in a longer-term context:

Period	Avg. TRX Price	Energy Unit Price (sun)	USDT Transfer Fees (Burn)	SUN SWAP V3 Fees (No Subsidy)
2024-Q1	$0.12	210	$1.64	$11.89
2024-Q2	$0.12	210	$1.58	$11.48
2024-Q3	$0.14	210	$1.91	$6.90
2024-Q4	$0.21	210	$2.80	$10.08
2025-Q1	$0.24	210	$3.22	$11.59
2025-Q2	$0.26	210	$3.52	$12.68
2025-Q3_1 (pre)	$0.33	210	$4.38	$15.80
2025-Q3_2 (post)	$0.34	100	$2.18	$7.85
2025-Q4	$0.30	100	$1.90	$6.85
2026-Q1 (Jan/Feb only)	$0.29	100	$1.86	$6.71

Costs have returned to pre-bull-run 2024 levels in USD terms, while user-facing costs can still feel non-trivial depending on tx type and market conditions.

1. Energy Demand is Rising (Total Energy Consumption)

Chart: Daily and Weekly Total Energy Consumption

A key framing point: In parallel with the ~52% reduction in the direct cost per unit of energy, the network’s execution load (as proxied by total energy consumption) remained robust. As expected, the post-reduction period shows a continuation of the upward energy-demand regime, which is consistent with activity growth.

Energy demand is measured in total energy consumption. Regardless of whether it is paid via staking or burning TRX, total energy consumption is a coarse proxy for execution load on TRON. As shown in the chart above, following the August 29 fee reduction (vertical dotted line), the weekly average total energy consumption experienced a brief consolidation before climbing steadily. Weekly average energy consumption had already grown from ~130B/day in early 2025 to ~185B/day by the time of the fee reduction. Following August 29, it continued climbing toward ~200B/day by March 2026 — supporting the view that the fee reduction encouraged the growth trajectory.

2. The Structural Shift: Staking Dominance

Chart: Daily and Weekly Proportion of Energy Consumption by Staking

Note: The Proportion of Energy Consumption by Staking had been rising through first half of 2025 prior to the fee reduction, reflecting pre-existing user cost pressure — a key motivation for TIP-789.

As observed in the Q4 update, while absolute metrics grew, the proportion of energy consumption by burning TRX fell over time. The network's monthly breakdown confirms this:

Month	Total Energy (B)	By Staking (B)	By Staking (%)	By Burning (B)	By Burning (%)	Inflation(+)/ Deflation(-)
Jun 2025	184	156	84.7%	28	15.3%	-0.87%
Jul 2025	185	157	85.0%	28	15.0%	-1.00%
Aug 2025 (pre)	185	160	86.5%	25	13.5%	-0.70%
Sep 2025 (post)	199	170	85.1%	30	14.9%	+0.09%
Oct 2025 (peak)	209	177	84.5%	32	15.5%	-0.03%
Nov 2025	208	182	87.5%	26	12.5%	+0.19%
Dec 2025	209	183	87.2%	27	12.8%	+0.15%
Jan 2026	202	179	88.3%	24	11.7%	+0.30%
Feb 2026	190	167	87.5%	24	12.5%	+0.32%

Note: All table values represent daily averages for the respective month. "By Staking" incorporates both user-frozen TRX energy and contract-supplied energy. "By Burning" = energy paid via direct TRX burning only.

The data shows that, prior to the fee reduction, the burn proportion was already operating in a narrow band of ~13–15% of total energy. Immediately after the fee reduction (Sep–Oct 2025), there was a marginal uptick as burning became more affordable for some activity — burn proportion briefly peaked at 15.5% in October.

However, this uptick was short-lived. From November onward, the burn proportion declined steadily to 11.7% in January 2026, before a partial recovery to 12.5% in February. Taken together with the rising total energy demand in Section 1, this suggests that incremental demand in the post-reduction period was increasingly absorbed by the staking path rather than the direct burn path.

This structural shift carries a direct macroeconomic consequence. Prior to the fee reduction, the daily direct energy consumption by burning TRX consistently outpaced the network's ~5.06M daily emission schedule, ensuring TRON remained net-deflationary (ranging from -0.87% to -1.00%). Immediately following the fee reduction, the surge in on-chain activity temporarily helped offset the per-unit revenue loss, keeping inflation negligible (e.g., -0.03% in October).

However, as total energy consumption leveled off in Q1 2026 (remaining stable across Nov, Dec, and Jan), the continued decline of the direct burn proportion (dropping to 11.7%) meant the structurally constrained burn path could no longer outpace the emission schedule. As seen in the table, this dynamically transitioned the network into a moderately inflationary regime (+0.09% to +0.32%).

Discussion above shows that incremental demand post-reduction was increasingly absorbed via staking, reducing the share of activity that pays via direct burn — which tightens the burn side’s ability to offset the fixed emission schedule. To quantify how much of the post-reduction change is purely mechanical (fee schedule change) versus activity dynamics, The content below overlays an “old-fee counterfactual” on burn footprint and translates it into USD terms (the cost users feel).

3. Network Economic Footprint: Fiat Burn Cost

This Section isolates the policy’s mechanical effect. We construct an “old-fee counterfactual” by scaling post-reduction burn by 210/100 ≈ 2.1 — i.e., what burn would look like under the old schedule given the same observed post activity. The gap between counterfactual and actual is the mechanical burn reduction introduced by TIP-789; the remaining variation reflects activity/composition and TRX price.

Chart: TRON Network Total Energy Consumption by Burning and Burn Cost (USD)

This two-panel chart shows the economic impact of the fee reduction:

Panel 1 (Energy Consumption by Burning TRX & TRX Price): The top panel tracks the physical network demand fulfilled via spot TRX burning (navy line) against the backdrop of an appreciating TRX price (orange line). The post-reduction burn volume does not decline monotonically. It shows a short-lived uplift/plateau in Sep–Oct, aligned with (i) rising total energy consumption and (ii) a temporary increase in burn share. From Nov onward, burn volume trends down gradually, consistent with the subsequent decline in burn share as the payment mix rebalances toward staking.

Panel 2 (USD Burn Cost): The bottom panel expresses burn in fiat terms (USD = TRX burned × TRX price). The solid navy line is the actual daily USD burn footprint. The dashed red line is an old-fee counterfactual and shows: if the fee schedule had stayed at 210 sun (instead of 100), what would the USD burn footprint look like under the same observed post-reduction burn usage? The gap between dashed and solid lines is the mechanical effect of TIP-789 (policy-driven reduction), holding burn usage constant.

Section 2 explains the payment-mix shift behind the falling burn share, while Section 3 quantifies the mechanical reduction in burn footprint and why the USD cost can still feel non-trivial.

4. Ecosystem Enrichment (User-Layer Activation)

Sections 1–3 show (i) execution load stayed strong post-reduction, (ii) the system re-balanced toward staking, and (iii) burn footprint has a clear mechanical wedge vs the old schedule. The remaining open question for governance is activity quality: is the post-reduction growth primarily user-driven adoption (more users / more useful transfers), or is it disproportionately infra/automation throughput? This section summarizes the ongoing user-layer work and motivates a measurable monitoring framework for any future fee discussion.

A comprehensive analysis report covering this section in full detail — based on 369M transaction records from Aug–Dec 2025 — is currently in preparation. The report link will be shared in a follow-up comment upon publication. The key insights are summarized below.

• Micro-payment layer activated: $1–$10 USDT transactions grew +56%.
• New users as primary driver: New users accounted for 69.3% of post-proposal active users.
• Core User Retention: Despite the influx of new users, Med-Large core user retention held strong at 62.6%, proving core activity was not displaced.
• Mid-tier user segment expanded: The $10–$1,000 tier grew +11%, remaining the primary economic layer.

The fee reduction suggests broadened the user base. The structural challenge — as shown in Section 2 — is that the majority of this new activity continued to route through the staking path rather than direct burn.

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Insight

The fee reduction implemented in TIP-789 has had a net positive effect on on-chain activity: total energy demand grew substantially, new user segments were activated, and core user retention remained stable. The volume make-up effect is consistent with that transaction growth partially compensated for the lower per-unit burn revenue.
However, a structural challenge persists. The continued shift toward staking has kept the burn proportion declining, pushing the network into a state of a more inflationary net balance in this window. This matters directly for the community's shared goal: sustained inflation is the key constraint that must be addressed before any future fee reduction can be responsibly proposed — further reduction under the current burn dynamics would risk accelerating that pressure rather than relieving it.
The path forward lies in expanding the diversity of on-chain activity. Broader engagement across DeFi, dApps, and execution-heavy use cases naturally grows the direct burn path and strengthens the case for the next cost reduction discussion — without requiring users to abandon staking. More activity variety means more absolute burn, which is the healthiest route back toward a deflationary balance.
The community is encouraged to monitor key chain health indicators alongside the upcoming detailed transaction report, which will provide per-segment metrics to better quantify progress and help judge when conditions support reopening the fee reduction discussion.

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Reference

• 1-month update: #issuecomment-3349751226
• Q4 2025 data: #issuecomment-3748916267
• Stake/burn proportion table: #issuecomment-3749946084
• Full user-layer analysis report: (link to be added — covers Aug–Dec 2025, 369M transactions)

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[GrothenDI]

It looks like the annualized inflation rate estimated from the monthly data is getting higher. Will this affect the value of TRX?

[GordonLtron]

It is highly encouraging to see that the fee reduction from 210 sun to 100 sun achieved its primary objective: lowering the barrier to entry. The 56% growth in $1–$10 micro-payments and the strong influx of new users (69.3% of post-proposal active users) prove that TRON’s velocity and utility as a payment layer remain highly elastic to transaction costs. Returning to early-2024 USD cost levels was vital for maintaining the competitive edge against other mainstream L1s/L2s.

[leonway336]

Regarding the statement:

Following August 29, it continued climbing toward ~200B/day by March 2026 — supporting the view that the fee reduction encouraged the growth trajectory.

What is the basis for attributing this growth to the fee reduction?

From the current analysis, the evidence appears to be a temporal coincidence (the increase occurs after Aug 29). However, without controlling for other contemporaneous factors—such as market conditions, TRX price movements, or changes in application activity—it seems difficult to establish a causal link between TIP-789 and the observed increase in energy consumption.

Could you clarify whether any causal identification or control analysis was performed to support this interpretation?

[bladehan1]

The TRON fee reduction can be viewed as an effective ecosystem expansion: it significantly lowered the barrier to on-chain usage and further strengthened its cost advantage in the stablecoin payment network.

However, it remains difficult to attribute the source of growth — whether it comes from the underlying organic trend, the fee reduction itself, or the relative contribution of each.

At the same time, the energy payment path is increasingly shifting toward staking, but its structure remains unclear — it is still uncertain how much is driven by native user staking, the energy market, or contract-sponsored transactions.

👉 Conclusion: usage has clearly improved, while value capture dynamics still need further validation.

[longgucun-yk]

It looks like the annualized inflation rate estimated from the monthly data is getting higher. Will this affect the value of TRX?

The annualized inflation estimate has been trending higher in the latest monthly snapshots, mainly because the system has shifted toward a more staking-dominant mix. What happens next depends on whether the burn share rebounds.

On TRX price: higher net inflation can be a supply-side headwind, but I don’t think there’s a deterministic mapping from this metric to TRX price. Over the same window (see Section 3), TRX price fluctuates and is currently in a similar range to ~2025-07. More analysis would be needed for a stronger conclusion.

[longgucun-yk]

Regarding the statement:

Following August 29, it continued climbing toward ~200B/day by March 2026 — supporting the view that the fee reduction encouraged the growth trajectory.

What is the basis for attributing this growth to the fee reduction?

From the current analysis, the evidence appears to be a temporal coincidence (the increase occurs after Aug 29). However, without controlling for other contemporaneous factors—such as market conditions, TRX price movements, or changes in application activity—it seems difficult to establish a causal link between TIP-789 and the observed increase in energy consumption.

Could you clarify whether any causal identification or control analysis was performed to support this interpretation?

Thanks for the thoughtful question — I agree my wording can sound more causal than what the current analysis can justify.

In Section 1, I’m using total energy consumed as a simple proxy for execution load (whether paid via staking or burning). What the chart shows is that the upward trend from Jan–Aug 2025 continues after Aug 29 and reaches a higher level by early 2026. The “encouraged” phrasing was meant as an intuitive interpretation (lower cost can support usage), but it shouldn’t be read as a definitive cause-and-effect claim.

You’re also right that to attribute the increase to TIP-789 more confidently, we’d want to control for other factors (market conditions, TRX price, app mix, etc.). Because TIP-789 is a network-wide change, there isn’t a clean internal control group on TRON. In this post I’m mainly using the pre-period (Jan–Aug 2025) as a baseline for context, which helps show the trend but doesn’t isolate the policy effect.

The intent of this post is to surface observations and invite input on what measurable signals should guide future fee discussions (for example, user-layer growth vs infra load, burn share/burn footprint, and net issuance guardrails).

[Sunny6889]

It looks like the annualized inflation rate estimated from the monthly data is getting higher. Will this affect the value of TRX?

The annualized inflation estimate has been trending higher in the latest monthly snapshots, mainly because the system has shifted toward a more staking-dominant mix. What happens next depends on whether the burn share rebounds.

On TRX price: higher net inflation can be a supply-side headwind, but I don’t think there’s a deterministic mapping from this metric to TRX price. Over the same window (see Section 3), TRX price fluctuates and is currently in a similar range to ~2025-07. More analysis would be needed for a stronger conclusion.

Jumping in on the inflation thread here since this feels like the core tension worth addressing before any follow-on fee discussion.

I'm generally in favor of continuing to bring fees down on TRON — the competitive pressure is real. ETH mainnet fees have been sitting near historic lows in early 2026, and BSC is already pushing toward a $0.001/tx target. A $1.86 USDT transfer is hard to justify alongside that, especially for the price-sensitive users TIP-789 was designed to reach.

But the staking share trend is what keeps nagging at me. Each fee cut seems to make the staking path relatively more attractive, which quietly shrinks the burn side. We're already at 11.7% burn share and drifting into mild inflation — doing it again without addressing that mechanism could make things worse before they get better.

What I keep coming back to is how BSC handles this with BEP-95: a small percentage of gas revenue is burned at the protocol level on every transaction, regardless of which path the user takes. So when fees drop and volume grows, total burn still goes up. Deflation doesn't depend on users making a specific choice.

Wondering if something similar could work here — not replacing the existing burn path, just adding a small protocol-level burn on the staking path as a second channel. Even 3–5% would mean deflation scales with total network activity rather than just burn-path share. Seems worth modeling before the next reduction goes to vote.

[warku123]

It's really a good analysis!
The data confirms the trade-off: lower fees drive adoption, but the staking shift (~15% → ~11.7% burn share) creates inflationary pressure.

I think a dynamic energy price that adjusts based on burn-share could help balance this without protocol changes. For example:

• If burn-share < 12% for 2 consecutive weeks → increase unit price
• If burn-share > 18% for 2 consecutive weeks → decrease unit price

This creates a feedback loop where the network self-corrects toward a target burn ratio (e.g., 15%), keeping inflation in check while maintaining competitive fees.

Would this be feasible to implement as a dynamic fee market mechanism?

[longgucun-yk]

It looks like the annualized inflation rate estimated from the monthly data is getting higher. Will this affect the value of TRX?

The annualized inflation estimate has been trending higher in the latest monthly snapshots, mainly because the system has shifted toward a more staking-dominant mix. What happens next depends on whether the burn share rebounds.
On TRX price: higher net inflation can be a supply-side headwind, but I don’t think there’s a deterministic mapping from this metric to TRX price. Over the same window (see Section 3), TRX price fluctuates and is currently in a similar range to ~2025-07. More analysis would be needed for a stronger conclusion.

Jumping in on the inflation thread here since this feels like the core tension worth addressing before any follow-on fee discussion.

I'm generally in favor of continuing to bring fees down on TRON — the competitive pressure is real. ETH mainnet fees have been sitting near historic lows in early 2026, and BSC is already pushing toward a $0.001/tx target. A $1.86 USDT transfer is hard to justify alongside that, especially for the price-sensitive users TIP-789 was designed to reach.

But the staking share trend is what keeps nagging at me. Each fee cut seems to make the staking path relatively more attractive, which quietly shrinks the burn side. We're already at 11.7% burn share and drifting into mild inflation — doing it again without addressing that mechanism could make things worse before they get better.

What I keep coming back to is how BSC handles this with BEP-95: a small percentage of gas revenue is burned at the protocol level on every transaction, regardless of which path the user takes. So when fees drop and volume grows, total burn still goes up. Deflation doesn't depend on users making a specific choice.

Wondering if something similar could work here — not replacing the existing burn path, just adding a small protocol-level burn on the staking path as a second channel. Even 3–5% would mean deflation scales with total network activity rather than just burn-path share. Seems worth modeling before the next reduction goes to vote.

Good point — the key idea is to make burn scale with total activity, not only when users end up on the burn path.

BEP-95 doesn’t map 1:1 to TRON though: BSC burns a slice of validator-collected gas fees, while TRON execution is largely covered via staking-based resources, and burn mainly happens when resources are insufficient.

Still, the direction is worth discussing: a small protocol-level burn component (fixed or dynamic, tied to net issuance/burn share) that applies even when Energy is covered by staking. It would need modeling and UX/incentive checks, but feels worth exploring before the next fee-cut vote.

[longgucun-yk]

It's really a good analysis! The data confirms the trade-off: lower fees drive adoption, but the staking shift (~15% → ~11.7% burn share) creates inflationary pressure.

I think a dynamic energy price that adjusts based on burn-share could help balance this without protocol changes. For example:

• If burn-share < 12% for 2 consecutive weeks → increase unit price
• If burn-share > 18% for 2 consecutive weeks → decrease unit price

This creates a feedback loop where the network self-corrects toward a target burn ratio (e.g., 15%), keeping inflation in check while maintaining competitive fees.

Would this be feasible to implement as a dynamic fee market mechanism?

Interesting idea. I’m not fully clear on the mechanism though: if we raise the unit price when burn-share is low, why would that increase burn-share rather than just reduce overall activity (or push even more usage toward staking/resource optimization)?

Could you elaborate on what behavior change you expect (e.g., more users choosing burn vs staking, or higher absolute burn despite lower volume)?

[leonway336]

@longgucun-yk

Thanks for the clarification — this makes a lot of sense, and I largely agree.

Using total energy consumption as a proxy for execution load is reasonable, and the pre-period baseline helps provide useful context. It’s also helpful to clarify that “encouraged” was intended as an intuitive interpretation rather than a strict causal claim.

I also agree that, given TIP-789 is a network-wide change, it’s inherently difficult to construct a clean internal control group — that’s a real methodological constraint.

One possible direction going forward (even without aiming for strict causal identification) might be to add some “weaker causal” supporting analysis, for example:

• More formal trend-change tests around Aug 29 (e.g., segmented trends / structural break analysis)
• External references (e.g., comparing with activity trends on other chains as background context)
• Or a more granular breakdown of activity composition (user-driven vs infra / bot / sponsor-driven load)

These could help strengthen the interpretability while staying within an observational framework.

Overall, this is already a very valuable report in terms of framing the observations and guiding the discussion. Looking forward to the upcoming user-layer deep dive.