How do I install the Trongrid Trx Info skill?

Run npx skillmds@latest add dvcrn/trongrid-trx-info in your terminal (requires Node.js), paste this page's agent-chat prompt into Claude, Cursor, or any MCP-connected agent, or download the SKILL.md file and copy it into your agent's skills directory.

Is Trongrid Trx Info safe to use?

This skill has not completed SkillMD's automated safety review yet. Independent scanners report: SkillSpector: PASS, Skill Scanner: PASS. Capability flags: makes network calls, reads secrets. SkillMD never runs a skill's scripts for you; review the SKILL.md before installing.

Which AI agents work with Trongrid Trx Info?

This skill is tagged as working with Claude Code, Claude.ai, OpenAI Codex. SKILL.md is an open format, so most agents that read a skills directory can load it too.

Is Trongrid Trx Info free to use?

Yes. Installing skills from SkillMD is free, and the skill stays under its author's original license.

Who published Trongrid Trx Info?

dvcrn (@dvcrn) published this skill. Their other Agent Skills are listed on their SkillMD profile.

Trongrid Trx Info by dvcrn — Agent Skill

Name: Trongrid Trx Info
Rating: 4.5 (4 reviews)
Author: dvcrn

Trongrid Trx Info

Query TRX token fundamentals including price, supply, burn rate, market cap, staking yield, and network economics. Use when a user asks about TRX price, market cap, supply dynamics, burn trends, TRX value, or wants to assess TRX tokenomics and network economics.

dvcrn Updated Sep 8, 2026 32 repo stars

File contents

TRX Info

Comprehensive TRX token analysis — real-time price, supply dynamics, burn rate, market cap, staking yield, and long-term value drivers.

MCP Server

Prerequisite: TronGrid MCP Guide

Instructions

Step 1: Gather Core On-Chain Data

Run in parallel:

getBurnTrx — Total TRX burned (essential for deflationary analysis)
getChainParameters — Network parameters affecting TRX economics (fees, resource pricing)
getEnergyPrices — Historical energy pricing (impacts TRX demand)
getBandwidthPrices — Historical bandwidth pricing
getNowBlock — Latest block for current network activity context

Step 2: Calculate Supply Metrics

Circulating Supply: ~100B genesis TRX - burned TRX - staked TRX
Burn Rate: Parse recent energy/bandwidth price history for daily burn estimates
Net Supply Change: Block rewards to SRs (~460,800 TRX/day at 16 TRX/block) minus daily burns

Step 3: Fetch Market Data

Web search for off-chain data (CoinGecko, CoinMarketCap, TronScan):

TRX/USD and TRX/BTC price
24h volume, market cap
Price change (24h, 7d, 30d)

Step 4: Assess Staking Economics

listWitnesses — Current SR list, vote counts, block production
getBrokerage — Top SRs' reward distribution ratios
Calculate approximate staking yield from block rewards and brokerage

Step 5: Compile TRX Report

## TRX Overview

### Price & Market
- Price: $X.XX
- Market Cap: $X.XX B
- 24h Volume: $X.XX M
- 24h Change: +/-X.XX%

### Supply Dynamics
- Total Supply: XX,XXX,XXX,XXX TRX
- Burned: X,XXX,XXX,XXX TRX
- Circulating: XX,XXX,XXX,XXX TRX
- Daily Burn Rate: ~X,XXX,XXX TRX

### Network Economics
- Energy Price: X sun
- Bandwidth Price: X sun
- SR Block Reward: 16 TRX/block
- Est. Staking Yield: ~X.X%

### Value Assessment
- Supply Trend: [Deflationary/Inflationary]
- Key Drivers: [list]
- Network Activity: [analysis]

Key Economic Factors

Burn rate: Higher network usage = more TRX burned = deflationary pressure
Staking (Stake 2.0): Locks TRX, reducing circulating supply
Resource pricing: Energy/bandwidth costs drive TRX demand for network usage
SR rewards: Create ongoing demand through voting incentives

Error Handling

Error	Cause	Resolution
No price data from web	Search fails or rate-limited	Report on-chain data only, note "Market data temporarily unavailable"
`getBurnTrx` returns sun value	All values are in sun (1 TRX = 1,000,000 sun)	Always divide by 1,000,000 for display
Energy price string format	Returns comma-separated `timestamp:price` pairs	Parse last entry for current price
Staking yield estimate varies	Depends on total votes and SR brokerage	Note as approximate, explain calculation assumptions

Examples

TRX price and supply analysis
TRX burn rate analysis

---name: trongrid-trx-infodescription: Query TRX token fundamentals including price, supply, burn rate, market cap, staking yield, and network economics. Use when a user asks about TRX price, market cap, supply dynamics, burn trends, TRX value, or wants to assess TRX tokenomics and network economics.---# TRX InfoComprehensive TRX token analysis — real-time price, supply dynamics, burn rate, market cap, staking yield, and long-term value drivers.# MCP ServerPrerequisite: [TronGrid MCP Guide](https://developers.tron.network/reference/mcp-api)## Instructions### Step 1: Gather Core On-Chain DataRun in parallel:1. `getBurnTrx` — Total TRX burned (essential for deflationary analysis)2. `getChainParameters` — Network parameters affecting TRX economics (fees, resource pricing)3. `getEnergyPrices` — Historical energy pricing (impacts TRX demand)4. `getBandwidthPrices` — Historical bandwidth pricing5. `getNowBlock` — Latest block for current network activity context### Step 2: Calculate Supply Metrics- **Circulating Supply**: ~100B genesis TRX - burned TRX - staked TRX- **Burn Rate**: Parse recent energy/bandwidth price history for daily burn estimates- **Net Supply Change**: Block rewards to SRs (~460,800 TRX/day at 16 TRX/block) minus daily burns### Step 3: Fetch Market DataWeb search for off-chain data (CoinGecko, CoinMarketCap, TronScan):- TRX/USD and TRX/BTC price- 24h volume, market cap- Price change (24h, 7d, 30d)### Step 4: Assess Staking Economics1. `listWitnesses` — Current SR list, vote counts, block production2. `getBrokerage` — Top SRs' reward distribution ratios3. Calculate approximate staking yield from block rewards and brokerage### Step 5: Compile TRX Report```## TRX Overview### Price & Market- Price: $X.XX- Market Cap: $X.XX B- 24h Volume: $X.XX M- 24h Change: +/-X.XX%### Supply Dynamics- Total Supply: XX,XXX,XXX,XXX TRX- Burned: X,XXX,XXX,XXX TRX- Circulating: XX,XXX,XXX,XXX TRX- Daily Burn Rate: ~X,XXX,XXX TRX### Network Economics- Energy Price: X sun- Bandwidth Price: X sun- SR Block Reward: 16 TRX/block- Est. Staking Yield: ~X.X%### Value Assessment- Supply Trend: [Deflationary/Inflationary]- Key Drivers: [list]- Network Activity: [analysis]```## Key Economic Factors- **Burn rate**: Higher network usage = more TRX burned = deflationary pressure- **Staking (Stake 2.0)**: Locks TRX, reducing circulating supply- **Resource pricing**: Energy/bandwidth costs drive TRX demand for network usage- **SR rewards**: Create ongoing demand through voting incentives## Error Handling| Error | Cause | Resolution ||-------|-------|------------|| No price data from web | Search fails or rate-limited | Report on-chain data only, note "Market data temporarily unavailable" || `getBurnTrx` returns sun value | All values are in sun (1 TRX = 1,000,000 sun) | Always divide by 1,000,000 for display || Energy price string format | Returns comma-separated `timestamp:price` pairs | Parse last entry for current price || Staking yield estimate varies | Depends on total votes and SR brokerage | Note as approximate, explain calculation assumptions |## Examples- [TRX price and supply analysis](examples/trx-price-and-supply.md)- [TRX burn rate analysis](examples/trx-burn-analysis.md)

Frequently asked questions