📝 Input Parameters
Select your vehicle class and modify fuel efficiency parameters to calculate projected resource offsets.
Calculated for 1,00,000 km
Without treatment:
Rs. 0
With modeled +30% mileage:
Rs. 0
Operating economics:
₹0.00/km
0.0 L fuel potentially avoided
Fuel Value Saved:
Rs. 0
Without treatment:
Rs. 0
With modeled +30% mileage:
Rs. 0
Operational impact:
≈ 0 changes avoided
Oil Budget Saved:
Rs. 0
Without treatment:
Rs. 0
With modeled +30% mileage:
Rs. 0
*Lower projected maintenance expenditure over selected period
Maintenance Saved:
Rs. 0
0.00 tonnes CO₂ avoided
Total offset:
0.0 kg
Environmental Equivalent:
🌳 Planting 0 Trees
Baseline fleet expenses:
Rs. 0
Conditioned expenses:
Rs. 0
NET ECONOMIC VALUE SAVED:
Rs. 0
Investment
₹0
Payback Period
0.0 months
Net Savings
₹0
1
2
3
Investment
Break-even
Net Savings
Mileage/Consumption:
15.00 ➔ 19.50 km/liter
Efficiency Improvement:
+30%
Fuel consumption rate:
6.67 ➔ 5.13 L/100 km
Fuel required reduction:
−23.1%
Up to +30%
Fuel Efficiency
Up to +80%
Torque & Power
Up to -80%
External Engine Temp
Up to 5×
Engine & Oil Life
Your net operational savings of Rs. 0 can support:
💡 Predictive Executive Summary
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🏠 Your Household Savings Potential
One household. Multiple engines. One protection strategy. Adjust quantities to see the combined savings potential.
🔍 How your projection is calculated (Assumptions & Methodology)
Projections are calculated based on your entered parameters, vehicle category, and standard formulation metrics:
- Fuel-efficiency models: Model incorporates a +20% mileage improvement for SCAP and +30% mileage improvement for SCAPBD.
- Fuel required reduction: Mathematically derived as
1 - (1 / multiplier), which translates to a 16.7% reduction for SCAP and a 23.1% reduction for SCAPBD. - Lubricants model: Extends oil lifecycle based on laboratory trials, category specifications, and product longevity periods.
- CO₂ emission factor: Calculated using the standard index of 2.31 kg CO₂ emitted per liter of fuel burned.
- Disclosed investment: Price is based on the first variant formulation for the selected category in the official price database.
Disclaimer: Results shown are projections based on theoretical models. Actual performance, wear reduction, and fuel savings will vary depending on vehicle condition, operating load, driving habits, road conditions, fuel quality, and proper application dosage.