INTRODUCTION OF ENERGY-SAVING TECHNOLOGIES FOR HARVESTING CEREAL CROPS TO PROVIDE LIVESTOCK WITH CHEAP FEED
DOI:
https://doi.org/10.37000/abbsl.2023.107.18Keywords:
fodder, livestock, grain crops, energy costs, energy saving, technological complex, technologyAbstract
The technological operations of harvesting and transporting grain and the non-grain part of the harvest of cereal crops, which are among the most resource-intensive and energy-consuming operations, are studied. The minimum total energy consumption for harvesting and transportation of grain products per unit area was used as the main criterion for the formation and optimization of the structure and composition of harvesting technological complexes. The implementation of energy-saving technologies for growing and harvesting cereal grain crops solves the problems of technological re-equipment of agricultural enterprises to reduce the cost of work and obtain competitive livestock products, due to reducing cost of concentrated animal feed.
References
Theory and practice of the standard hour of cattle. /Kandiba V.M. etc. Zhytomyr: PP “Ruta”, 2012. 860 p.
Handbook on complete feeding of farm animals; under the editorship of Ibatullina I.I., Zhukorskyi O.M. 2016 300 p.
Domushchi D.P., Ustuianov P.D. (2021). The state and prospects of the development of resource-saving crop production technologies. Agrarian science: state and prospects of development: collection of theses of the First scientific and practical conference (scientific electronic edition), March 26, 2021. Odesa: ODAU, 2021. P.75-76.
Korchemnyi M. et al.. Energy saving in the agro-industrial complex. Ternopil, 2001. 657 p.
Medvedovskyi O.K., Ivanenko P.I. Energy analysis of intensive technologies in agricultural production. K.: Urozhai, 1988. 208 p.
Norms of costs of living and embodied labor for the production of grain crops / V.V. Vitvytskyi, P.M. Musyka, M.F. Kislyachenko, I.V. Lobastov. K.: Research Institute “Ukragropromproductivnist”, 2010. 352 p. (Library of specialist of agro-industrial complex “Economic standards”).
Typical standards of machine productivity and fuel consumption for harvesting agricultural crops / V.V. Vitvitskyi, I.M. Demchak, V.S. Pivovarov et al. K.: Research Institute “Ukragropromproductivnist”, 2005. 544 p.
Domushchi D.A., Osadchuk P.I. (2020) Оptimization of the structure and composition of technological complexes for harvesting grain crops by energy costs. IV International Eurasian Agriculture and Natural Sciences Congress, 30-31 october 2020. 396-401. ISBN 978-605-69010-2-7. www.agrieurasia.com.
Machines for harvesting grain and industrial crops: manual/ed. V.I. Kravchuk, Yu.F. Miller. K.: UkrNDIPVT named after L. Pohorilo, 2009.296 p.
Defining the tasks of coordination of integrated programs for harvesting early grain crops/O.V. Sydorchuk, V.I. Skibchyk. Eastern European journal of advanced technologies. 2012. No. 1/10(61). P. 38-41.WorldCad: https://www.worldcad.org/oclc/839142619&referer=brief_results.
Domushchi D.P. Energy saving while ensuring the efficiency and substantiation of the composition of assembly machinery and transport complexes / D.P. Domushchi, O.S. Yavorskyi, Yu.I. Yenakiev, A.V. Ostapenko Agrarian Bulletin of the Black Sea Coast: Scientific Collection. Odesa DAU/Technical Sciences. Odesa: OSAU, 2017. No. 85. P. 73-78.
Analysis of research methods and event models in projects at different stages of early grain harvesting planning / Sydorchuk O.V., Dnes V.I., Skibchyk V.I. et al. Computer-integrated technologies: education, science, production: sciences. magazine. Lutsk: LNTU, 2011. No. 7. P. 141-144.
Sabluk P.T. Technological maps and costs for growing agricultural crops / P.T. Sabluk, D.I. Mazarenko, G.E. Maznev K.: NNC IAE, 2005. 402 p.
Technological maps and costs for growing agricultural crops with different resource support / ed. D.I. Mazorenko, G.E. Maznev Kh.: KhNTUSG, 2006. 725 p.
