Comparative field performance evaluation of different type of Pusa Electric Power Units

UTPAL EKKA; S P SINGH; M K SINGH

doi:10.56093/ijas.v92i6.115808

Authors

UTPAL EKKA ICAR-IARI, New Delhi https://orcid.org/0000-0002-4676-3535
S P SINGH ICAR-Indian Agricultural Research Institute https://orcid.org/0000-0001-9149-4832
M K SINGH Regional Research Station, ICAR-IARI, Karnal

https://doi.org/10.56093/ijas.v92i6.115808

Keywords:

Electric prime mover, field evaluation, wide-row crops, electric energy, custom-hiring

Abstract

Pusa developed three walk-behind type electric power units were evaluated in 9.96 ha area for tillage in polyhouse,
secondary tillage, planking and weeding-cum interculture operations at research farm of ICAR-IARI during kharif and rabi 2020 and 2021. The power of four-wheel and two-wheel electric power units was 350W while Pusa mini electric prime mover was having 450W power. The controlling-cum-guiding force for operation of four-wheel power unit, two- wheel power unit and mini electric prime mover was found 26.72, 30.9 and 22.7 N, respectively. Correspondingly, the draft force was 210, 245 and 300 N. Based on the rigorous field study, the effective field capacity with these electric power units were 2.3 times higher than manual operated four-wheel weeder for wide-row crops. The field efficiency with four-wheel, two-wheel electric power unit and mini electric prime mover was 78–83.26, 78.6–81.25 and 69.2–92.6% in weeding-cum-interculture operation, respectively. The walk-behind electric power units are also found to reduce operator’s drudgery by 80–85%. The mini electric prime mover was found 32.7% cheaper than the four-wheel and 17.2% than the two-wheel power unit. Its command area is one ha for secondary tillage and 5 ha for weeding-cum-interculture operations in wide-row crops.

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Author Biographies

UTPAL EKKA, ICAR-IARI, New Delhi

Scientist

Division of Agricultural Engineering

ICAR-IARI, Pusa New Delhi
S P SINGH, ICAR-Indian Agricultural Research Institute

Principal Scientist (Farm Machinery & Power)

Division of Agricultural Engineering, IARI
M K SINGH, Regional Research Station, ICAR-IARI, Karnal

Scientist
Regional Research Station, ICAR-IARI, Karnal

References

Ahmad Mohd T B. 2012. ‘Development of an automated mechanical intra-row weeder for vegetable crops’. Graduate Thesis, Iowa State University, Ames, Iowa.

BIS. 2002. Guide for Estimating Cost of Farm Machinery Operation (IS: 9164-1979). Food and Agriculture, Farm Implements and Machinery (FAD 21), Bureau of Indian Standards (BIS), New Delhi.

IARI. 2020. Battery-assisted mini electric agri prime mover. Annual Report, Indian Agricultural Research Institute, New Delhi, India, pp. 99.

Kiran I, Kaes M A, Md Abdul and Ali Md Rostom. 2017. Development and performance evaluation of a battery-operated small-scale reaper. Agricultural Engineering International: CIGR Journal 19(2): 217–23.

Kumar Kishore G, Raj Kiran B and Krishna Murali Ch. 2018. Performance and evaluation of power weeder, wheel hoe, star weeder under dryland conditions. International Journal of Current Microbiology and Applied Sciences 7(12): 1669–75.

Kumar Satish, Kumar Ashok and Kumar Sanoj. 2017. Performance evaluation of developed manually operated rotary weeder for vegetable crops. International Journal of Current Microbiology and Applied Sciences 6(11): 4012–19.

Mathan M B, Sathish Kumaraan, Selvam T, Babu P Yuvarajan and Yogesh G. 2019. Design and analysis of battery powered weeder. International Journal of Engineering Science and Computing 9(3): 21073–76.

Maity P, Aggarwal P and Dey P. 2013. Model for calculation of penetration resistance from easily measurable soil physical properties. Indian Journal of Agricultural Sciences 83(3): 294–99.

Prasanth S, Kumar S, Periyasamy S and Mathew S. 2020. Design and development of automatic seed sowing machine by utilizing solar energy. International Journal of Scientific and Engineering Research 11(10): 666–81.

Pushkar B. 2019. Agricultural pollution in India. The Sunday Standard, The New Indian Express, July 07.

Sahoo A U and Raheman H. 2020. Development of an electric reaper: a clean harvesting machine for cereal crops. Clean Technologies and Environmental Policy 22: 955–64.

Senthilkumar T, Duraisamy V M and Asokan D. 2014. Performance evaluation of different models of power weeders for pulse crop cultivation. The Agricultural Mechanization in Asia, Africa and Latin America 45(1): 15–19.

Singh M K. 2020. ‘Design and development of battery-operated planter for seed spices’. PhD Thesis, Maharana Pratap University of Agriculture and Technology, Udaipur, Rajasthan.

Singh M K, Singh S P, Singh M K and Ekka U. 2019a. Battery assisted four-wheel weeder for reducing drudgery of farmers. Indian Journal of Agricultural Sciences 89(9): 66–70.

Singh S and Singh R S. 2014. Energy for Production Agriculture. ICAR, New Delhi, India.

Singh S P, Singh M K and Solanki R C. 2016. Design and development of four-wheel weeder for wide-row crops. The Indian Journal of Agricultural Sciences 86(1): 42–49.

Singh S P, Singh M K, Ekka U and Singh M K. 2019b. E-powered multi-purpose two-row seeder for smallholders. The Indian Journal of Agricultural Sciences 89(12): 2091–95.

Singh S P, Singh Mukesh K and Utpal Ekka. 2020. Battery-assisted offset rotary cutter for leafy green spinach and coriander. RASSA Journal of Science for Society 2(3): 187–92.

Singh S P and Singh S. 2021. Farm power availability and its perspective in Indian agriculture. RASSA Journal of Science for Society 3(2): 114–26.