ℹ️ Simulate how V2G technology helps balance grid load and integrate renewable energy sources.
⚖️ Grid Load Configuration
Balancing Capacity
Grid Stability Index
0.85
Renewable Integration
95%
Energy Stored
125 MWh
↑ 15% from baseline
CO₂ Reduced
42 tons
↑ Daily savings
Frequency Regulation
±0.02 Hz
Within limits
🔌
Grid Services Revenue
$8.5K
↑ Per day
💰 Calculate potential earnings from V2G participation including energy arbitrage and grid services.
📈 Revenue Breakdown
Energy Arbitrage
$45/month
Frequency Regulation
$150/month
Demand Response
$300/month
Capacity Payments
$50/month
Total Revenue Projections
⚠️ Revenue estimates vary by market, utility, and participation level. Actual results may differ.
Calculate how V2G can reduce peak demand charges and improve grid efficiency.
Peak Reduction Impact
Peak Reduction Achieved
18%
Before V2G:
1000 kW
After V2G:
820 kW
Annual Cost Savings
Peak Demand Savings
$32,400/year
Energy Cost Reduction
$8,500/year
Total Annual Benefit
$40,900/year
🔋 Monitor and optimize battery health while participating in V2G programs.
🔋 Battery Parameters
Health Metrics
State of Health (SoH)
94%
Capacity Remaining
70.5kWh
Estimated Remaining Life
6.2years
Degradation Rate
2.1%/year
🔋
Total Cycles Completed
730
2 years of V2G
Energy Throughput
54.8 MWh
Lifetime total
🌡️
Temperature Impact
Low
Optimal range
💚
Health Score
A-
Excellent condition
Optimization Recommendations
| Recommendation |
Priority |
Impact |
| Limit SoC range to 20-80% for V2G operations |
High |
+15% lifespan |
| Reduce discharge rate during extreme temperatures |
Medium |
+8% lifespan |
| Schedule deep cycles during optimal conditions |
Medium |
+5% capacity retention |
| Enable thermal management during V2G events |
High |
+12% lifespan |