Energy use of commercial forced-air coolers for fruit.
@article{Thompson2010EnergyUO, title={Energy use of commercial forced-air coolers for fruit.}, author={James F. Thompson and Diana Mariel Choez Mej{\'i}a and R Paul Singh}, journal={Applied Engineering in Agriculture}, year={2010}, volume={26}, pages={919-924} }
Analysis of utility bills, facility equipment and operation, and production records from seven forced-air cooling operations were used to document the range of electricity use for commercial forced-air cooling facilities, to evaluate the electricity use and conservation options for the major system components, and to estimate annual electricity use for forced-air cooled produce in California.
38 Citations
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References
SHOWING 1-10 OF 10 REFERENCES
Monitoring the Energy-Use Effects of Cool Roofs on California Commercial Buildings
- Engineering
- 2004
Solar-reflective roofs stay cooler in the sun than solar-absorptive roofs. Such ''cool'' roofs achieve lower surface temperatures that reduce heat conduction into the building and the building's…
DESIGN OF PLASTIC CONTAINER OPENING TO OPTIMIZE FORCED–AIR PRECOOLING OF FRUITS AND VEGETABLES
- Engineering
- 2002
A family of standard, reusable, and recyclable plastic containers for handling, storing, and transporting
horticultural crops, from field to market, has been developed. These containers can be used…
Comparative energy use of vacuum, hydro, and forced‐air coolers for fruits and vegetables
- American Society of Heating, Refrigeration, and Air Conditioning Engineers Trans. 94(1): 1427‐1431.
- 1988
Design criteria of efficient and cost‐effective forced‐air cooling systems for fruits and vegetables
- ASHRAE Trans. 94(1): 1434‐1454.
- 1988
Night picking of fruits and vegetables
- Applied Agric. Res. 1(3): 159‐163.
- 1986