Revenue_Case_Analysis
⛏️ Mining Tier Table
Investment Amount
Computing Power T
Corresponding Equipment Value
Expected Static Monthly Yield
AI Optimization Multiplier
100 USDT
100T
Small VOCs Processing Equipment
≈15%
1.0
500 USDT
500T
Medium Oil & Gas Recovery Unit
≈15%
1.0
1,000 USDT
1,050T
Standard EcoMagic EVR2.0
≈15%
1.05
2,000 USDT
2,200T
Enhanced Processing System
≈15%
1.1
5,000 USDT
5,750T
Industrial Processing Equipment Combo
≈15%
1.15
10,000 USDT
12,000T
Large Environmental Equipment Network
≈15%
1.2
📊 Basic Parameter Settings
System Initial Parameters
ECO Token Total Supply: 1 billion tokens
Mining Output Ratio: 80% (800 million tokens)
Initial Daily Token Production: 30,000 ECO tokens
Launch Price: 0.2 USDT
Static Reward Ratio: 60% (18,000 ECO tokens/day)
Dynamic Reward Ratio: 40% (12,000 ECO tokens/day)
Expected Launch Computing Power: 700,000 USDT private mining machines
Token Distribution Mechanism
Static Rewards - 60%:
Distributed based on individual computing power ratio to total network computing power
Dynamic Rewards - 40%:
Direct Referral Rewards: 10% (3,000 ECO tokens/day)
New Addition Rewards: 10% (3,000 ECO tokens/day)
Community Computing Power Rewards: 80% (9,600 ECO tokens/day)
💰 Revenue Case Analysis

Case: Zhang San — Basic Investor
Investment Details:
Investment Amount: 1,000 USDT
Computing Power Obtained: 1,050T (including 5% bonus)
Investment Time: Day 1 of project launch
Total Network Computing Power: 700,000T (initial setting)
Static Revenue Calculation:
Monthly Yield:
Monthly Static Revenue: 5.4 × 30 = 162 USDT
Monthly Yield Rate: 162 ÷ 1,000 = 16.2%
Exit Time Estimation:
Exit Condition: Cumulative revenue reaches 2,000 USDT (2x investment)
Estimated Exit Time: 2,000 ÷ 5.4 ≈ 370 days (static revenue only)
Case: Li Si — Team Leader
Investment Details:
Investment Amount: 5,000 USDT
Computing Power Obtained: 5,750T (including 15% bonus)
Direct Referral Team: 10 people, total investment 50,000 USDT, corresponding to 50,000T computing power
Community Computing Power: 20,000T (sum of other regions excluding the largest region)
Static Revenue Calculation:
Dynamic Revenue Calculation:
Direct Referral Rewards (assuming total network direct referral computing power is 1 million T):
Community Computing Power Rewards (assuming total network community computing power is 2 million T):
Total Revenue:
Daily Total Revenue: 29.5 + 30 + 19.2 = 78.7 USDT/day
Monthly Total Revenue: 78.7 × 30 = 2,361 USDT
Monthly Yield Rate: 2,361 ÷ 5,000 = 47.2%
Case: Wang Wu — Late Entrant (After 200 Days)
Investment Details:
Investment Amount: 1,000 USDT
Investment Time: Day 200 after project launch
Computing Power Compensation: 1.003^200 ≈ 1.82x
Actual Computing Power Obtained: 1,050T × 1.82 ≈ 1,910T
Total Network Computing Power: 1.5 million T (after expansion)
Daily Token Production: 60,000 ECO tokens (after expansion)
Static Revenue Calculation:
Revenue Comparison:
Wang Wu's Monthly Yield: 9.14 × 30 ÷ 1,000 = 27.4%
Zhang San's Monthly Yield: 16.2%
Late entrants achieve higher returns through computing power compensation
Case: Zhao Liu — Top-tier Investor
Investment Details:
Investment Amount: 10,000 USDT
Computing Power Obtained: 12,000T (including 20% bonus)
Large Community Built: 100-person team
Direct Referral Computing Power: 200,000T
Total Community Computing Power: 500,000T
Static Revenue Calculation:
Dynamic Revenue Calculation:
Direct Referral Rewards (assuming total network direct referral computing power is 5 million T):
Community Computing Power Rewards (assuming total network community computing power is 10 million T):
Total Revenue:
Daily Total Revenue: 61.6 + 24 + 96 = 181.6 USDT/day
Monthly Total Revenue: 181.6 × 30 = 5,448 USDT
Monthly Yield Rate: 5,448 ÷ 10,000 = 54.5%
📈 Computing Power Compensation Mechanism Advantages

Compensation Rules Explained
Compensation Coefficient: Daily 1.003x compound interest
Start Time: Day 2 after launch
Compensation Effect: Computing power doubles after 200 days
Actual Case Comparison
Early Investor (Day 1):
Investment 500 USDT → Obtain 500T computing power
Still 500T computing power after 200 days
Late Investor (Day 200):
Investment 500 USDT → Obtain 1,000T computing power
Enjoy computing power compensation advantages
Fairness Demonstration:
Late entrants receive more computing power
Compensate for missing early dividends
Maintain ecosystem vitality and participation enthusiasm
🔄 Exit Mechanism Explained
Exit Conditions
Cumulative Revenue = 2x investment amount (calculated by ECO value)
FIFO Principle: Exit in order of purchase
Zhang San Exit Example
Investment: 1,000 USDT Exit Condition: Cumulative revenue of 2,000 USDT
Revenue Accumulation Process:
First 180 days: Static revenue 5.4 × 180 = 972 USDT
Considering ECO price increase to 0.3 USDT (50% increase)
Subsequent revenue: 5.4 × 1.5 × 190 = 1,539 USDT
Total revenue: 972 + 1,539 = 2,511 USDT
Exit Time: Approximately 370 days Actual Revenue: 2,000 USDT (reaching 2x exit) Excess Revenue: 511 USDT remains in the system
💡 Revenue Optimization Strategies
📊 Risk Control Mechanisms
2x Exit Protection:
Control overall system risk
Guarantee investor revenue realization
Maintain sustainable ecosystem development
Dynamic Adjustment Mechanism:
Adjust token production based on market conditions
Computing power expansion mechanism balances supply and demand
Price discovery mechanism optimization
Burn Deflationary Mechanism:
100% ECO burned for mining machine purchases
5% fuel consumption burned
Drive token value appreciation
🚀 Revenue Growth Expectations
Price Growth Driving Factors
Burn Mechanism:
Mining machine purchases burn ECO
Withdrawal fuel consumption
Continuous supply reduction
Demand Growth:
Mining machine purchase demand
Ecosystem application expansion
Environmental value recognition
Technical Development:
DePIN network expansion
Cross-chain interoperability
Physical equipment integration
Long-term Revenue Outlook
Conservative Expectation:
ECO Price: 0.2 → 0.3 USDT (50% growth)
Monthly Yield: 15% → 22.5%
Optimistic Expectation:
ECO Price: 0.2 → 0.5 USDT (150% growth)
Monthly Yield: 15% → 37.5%
⚠️ Risk Warnings
Market Risk: Cryptocurrency market volatility may affect returns
Technical Risk: Blockchain technology development has uncertainties
Regulatory Risk: Changes in relevant regulations may affect project operations
Competition Risk: Competition from similar projects may affect market share
Note
The above cases are calculated based on system design parameters. Actual returns will be dynamically adjusted according to market conditions, changes in total network computing power, ECO price fluctuations, and other factors. Investment involves risks. Please participate rationally and carefully read the project whitepaper and risk warnings.
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