Estimate vineyard energy cost per season and per unit of harvested grapes. Combine electricity, fuel, and other energy charges, then compare the total with expected marketable yield for budgeting and block-level cost review.
The main result converts the entered operating assumptions into a consistent planning measure. Review the supporting results before making a purchasing, scheduling, storage, or field decision.
Planning estimate only. Actual agricultural results depend on crop condition, weather, calibration, handling, and local requirements.
At 18,000 kWh costing $0.16, 950 gallons costing $4.10, $600 other cost, and 48,000 lb harvested, total energy cost is $7,375 and energy cost is about $0.154 per lb.
Inputs that multiply the total directly have a proportional effect, while percentage losses or efficiency assumptions change the usable result. Test realistic low and high scenarios.
Use the units shown beside each field. You may convert the final result afterward, but do not mix mass, volume, area, or currency units inside one calculation.
Use expected values for planning and actual measured records for review. Keeping both results makes forecast error visible.
Sampling, moisture, equipment calibration, weather, product variation, and unrecorded losses can all create differences.
No. It performs the stated arithmetic only. Follow agronomic advice, equipment manuals, product labels, and applicable local rules.
| Input | Unit | Purpose |
|---|---|---|
| Electricity use | kWh | Include pumping, cooling, and shop loads. |
| Electricity rate | $/kWh | Use the blended billed rate. |
| Fuel use | gal | Diesel, gasoline, or another tracked fuel. |
| Fuel price | $/gal | Average delivered price. |
| Other energy cost | $ | Propane, demand charges, or contracted energy. |
| Marketable grape yield | lb | Expected or actual harvest weight. |