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Abstract: On-farm energy efficiency is becoming increasingly important in the context of rising energy costs and concerns over greenhouse gas (GHG) emissions. Energy audits are a crucial part of the overall energy and environmental management process. In this paper, the results of six on-farm energy audits are presented. It is shown that energy uses for these farms varied significantly, ranging from 1.29 GJ/ha for dryland sorghum production to 43.06 GJ/ha for avocado production. In some cases, nearly 80% of operational energy was expended on water harvesting and irrigation. The research shows that there is currently a strong need to develop standardised energy assessments and reporting protocols so that effective and widespread energy audits in agriculture can take place. It is further suggested that an energy audit in agriculture in the future may best start from irrigation, as it also consumes a considerable proportion of on-farm energy cost.

To cite this article: Chen, Guangnan; Baillie, Craig and Kupke, Paul. Evaluating On-farm Energy Performance in Agriculture [online]. Australian Journal of Multi-disciplinary Engineering, Vol. 7, No. 1, 2009: 55-62. Availability: <;dn=865681565213342;res=IELENG> ISSN: 1448-8388. [cited 23 Jul 17].

Personal Author: Chen, Guangnan; Baillie, Craig; Kupke, Paul; Source: Australian Journal of Multi-disciplinary Engineering, Vol. 7, No. 1, 2009: 55-62 DOI: Document Type: Journal Article ISSN: 1448-8388 Subject: Energy auditing; Sustainable agriculture; Greenhouse gases--Environmental aspects; Agriculture--Energy conservation; Peer Reviewed: Yes Affiliation: (1) Senior Lecturer, Program Coordinator in Agricultural, Environmental Engineering, University of Southern Queensland, Toowoomba, email:
(2) Deputy Director of the National Centre, Engineering in Agriculture, University of Southern Queensland
(3) Research and Development of Technology, Agricultural, Food, Forestry, Water and Energy Sectors

Database: Engineering Collection