Investigating the Performance of Electric Rotary Mini Tiller Dahna Shofie Hanifah (a*), Muhammad Daniswara (b), Arief Wicaksono (a), Muharfiza (a)
a) Indonesian Agricultural Engineering Polytechnic, Ministry of Agriculture. Jl. Sinarmas Boulevard
No. 1, Pagedangan, Kab. Tangerang, Banten, Indonesia. 15338
b) PT. Honda Power Products Indonesia. Kawasan Industri Pulogadung, Jakarta (JIEP). Jl. Rawa
Gelam IV No. 14, Jatinegara, Cakung, Jakarta Timur, Indonesia. 13930.
*) Correponding Author: dahnahanifah[at]gmail.com
Abstract
Mini tiller is one of the agricultural machineries used as a secondary soil processing for narrow fields. In general, it is equipped with a 4-stroke gasoline engine. Internal combustion engines are considered as one of the contributors to carbon emissions in the world, so it is necessary to find alternative energy uses. One of the famous alternative energies is electricity. Nowadays, the utilization of electrification in human life is widespread, for example, for an electric vehicle. However, the implementation of electrification in the agricultural sector has not been extensively adopted. This research investigated the performance and energy consumption of a local brand mini tiller (Cakar Baja) coupled with a Honda electric powertrain. Results showed that applying an electric mini tiller on flat and dry land can smoothly process the soil. Furthermore, the field capacity of this electric mini tiller showed 0.11 ha/h with an effective field capacity of 0.07 ha/h. During performance testing, it showed a field efficiency of 80%, which means low energy use costs. This electric mini tiller demonstrates the opportunity to use it as future agricultural machinery for a household with a small agricultural ground.
Keywords: Mini tiller, Agriculture electrification, Field capacity, Effective field capacity, Energy
