Simulasi dan Disain Mesin Penanam Kentang
DOI:
https://doi.org/10.25181/prosemnas.v0i0.557Abstrak
In line with regional development programs of horticulture, potato is a strategic commodity to support food security. However, recently, the difficulty and high cost of labor in the cultivation of potatoes became a constraint in supporting the government's program. Therefore, it is needed a breakthrough by using appropriate mechanization technology. Bythis effort, the difficulties of farmers may soon be resolved by introducing this technology, ICAERD has been conducted design and development of potato planter. This planter has a fairly high difficulty because the seed of potatoes have certain characteristics that are easily damage if it is not handled properly and has relatively non-uniform tubers. Therefore, designof potato planter was begun with a simulator to test in the laboratory related to the design of metering device, hopper and rotation of metering device associated with plant spacing. In planning, the design was also considered a variety of factors such as factors that is affected by the land condition, user target and level of technology. Test performance refers to standard testing procedures for potato planter generated by hand tractor (walking type).Field test of potato planter generated by hand tractor with a power of 6.34 kW (8.5 HP) and a weight of 200 kg, the operation speed of 1.7 km / hour with one row planting and working capacity was 8 hours / ha, slip was 6.3% and the working efficiency was 75%.Keywords: simulation, design, performance test, walking type, potato planterUnduhan
Referensi
Adiyoga, W., Rahman Suherman, Ali Asgar, and Irfansyah. 1999. The Potato System in West Java,
Indonesia: Production, Marketing, Processing, and Consumer Preferences for Potato Products.
International Potato Center: Lima, Peru.
Buitenwerf, H.; W.B. Hoogmoed; P. Lerink; J Muller, 2006. Assessment of the Behavour of Potatoes in a
Cup-belt Planter. Biosystem Engineering (2006) 95(1), 35-41.
Campilan, Dindo M. 2008. Potatoes, Proverty and Participation: Making Rural Institutions and Markets
Work for the Poor. http://www.fao.org/docrep/010/i0200e/I0200E12.htm
Dimayati, Ahmad. 2003. Research Priorities for Potato in Indonesia. http://www.papuaweb.org/dlib/tema/ubi
/psp-2003-dimyati.pdf.
Ditjend Hortikultura. 2008. Membangun Hortikultura Berdasarkan Enam Pilar Pengembangan. Direktorat
Jendral Hortikultura, Kementerian Pertanian.
Horton, Douglas E. 1987. Potatoes: Production, Marketing, and Programs for Developing Countries.
Westview Press (Boulder), IT Publication (London).
Kasryno, F dan Y. Saefudin. 1987. Prospect and Constrain for Agriculture Mechanization and Its Future
Development in Indonesia. Center of Agroeconomic Research. Bogor.
Rasmikayati, Elly and Iis Nurasiyah. 2004. The Compettiveness and Efficiency of Potato Farming in
Pangalengan. Research Institute of Pajajaran University.http://www.stanford.edu/group/FRI
/indonesia/research/potatoes.pdf
Sadhu, Ram Reddy, 1982. Development of An Onion-Set Planter Based On Design Criteria of Plant
Transplanters. A thesis in Agricultural Engineering. The Graduate Faculty, Texas University, USA.
Van de Fliert, E., Warsito and A. Lagnaoui.2010. Participatory Needs and Opportunity Assessment for
Potato IPM Development Planning: The Case of Indonesia.http://www.cipotato.org/
publications/program_reports/97_98/20indone.pdf