Table 1. Agricultural energy use efficiency project fund
Table 2. Distribution of Renewable Energy in Agricultural Sector
Table 3. Distribution of Energy Saving Facilities in Ag. Sector
Table 4. Reduction of financial expenditure of paprika by introduction of renewable energy and energy saving facilities
Table 5. Reduction of financial expenditure of paprika by oil price scenario
Table 6. Reduction of financial expenditure of tomato by introduction of renewable energy and energy saving facilities
Table 7. Reduction of financial expenditure of tomato by oil price scenario
Table 8. Carbon emission factors by energy sources
Table 9. Reduction of greenhouse gases (GHG) emission from paprika by introduction of renewable energy and energy saving facilities
Table 10. Reduction of greenhouse gases (GHG) emission from tomato by introduction of renewable energy and energy saving facilities
Table 11. Reduction of heating costs of paprika by introduction of renewable energy and energy saving facilities
Table 12. Reduction of heating costs of paprika by oil price scenario
Table 13. Reduction of heating costs of tomato by introduction of renewable energy and energy saving facilities
Table 14. Reduction of heating costs of tomato by oil price scenario
Table 15. Increase in quantity produced of paprika by introduction of renewable energy and energy saving facilities
Table 16. Increase in production of paprika by introduction of renewable energy and energy saving facilities
Table 17. Increase in quantity produced of tomato by introduction of renewable energy and energy saving facilities
Table 18. Increase in production of tomato by introduction of renewable energy and energy saving facilities
Table 19. Oil replacement effects of paprika by introduction of renewable energy and energy saving facilities
Table 20. Oil replacement effects of tomato by introduction of renewable energy and energy saving facilities
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