Name: RICARDO DA SILVA MALINI
Publication date: 17/03/2022
Summary: This is a case study in the Municipality of Marilândia Santo, in which a comparison
study is carried out between the management management usually carried out by the
local producer, that is, a fixed value study shift, in the management system capable of
taking real-time decision, by which the daily irrigated time is calculated according to
the crop`s water needs, in order to make a better use of the water and energy resources
used in production. The general objective of the research is to demonstrate the
expenditure of water resources and electrical equipment through a comparison
between the fixed-time irrigation system and the technological irrigation system that
was by taking solution equipment. The specific objectives for both costs account either
for water and electrical systems spent on energy and systems an irrigation period in
order to establish, in an analytical period between the water and energy systems spent
on the two systems, followed by an response regarding the best irrigation with a focus
on water conservation, energy use and production optimization. A case study
methodology used with a qualitative approach to the data compiled on the type of
exploitation in order to identify the best management in order to improve aspects,
without taking advantage of the needs. The field of study was a property called Café
Lajinha, in the Municipality of Marilândia, WHERE irrigation information was collected in
the period 2020 and 2021, making it possible to establish a comparison between the
management systems. Throughout the results, the irrigation water resources were
reached by the best possible result, as well as the irrigation water resources system,
as well as the irrigation water resources maximum use system, as well as the irrigation
water resources maximum use system irrigation water resources, as well as the system
for maximum use of irrigation water resources, as well as the system for maximum use
of irrigation water resources, as well as the system for maximum use of irrigation water
resources, as well as the final use system of water resources, as well as the system
for the final use of water resources. electricity over time, aiming at optimizing
production in relation to the environment.
