THE 3 rd INTERNATIONAL SCIENTIFIC CONFERENCES OF STUDENTS AND YOUNG RESEARCHERS dedicated to the 99
th
anniversary of the National Leader of Azerbaijan Heydar Aliyev
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been established between the control loop devices. The system can monitor
and control all parameter values, as well as the final control elements. In order
to achieve and ensure a successful level control, the controller has been tuned
by the adjustment of control parameters, such as proportional and integral
terms. During the implementation stage, necessary documents for the system,
such as I/O List, P&ID, BOM, Cause & Effect Diagram, Electrical diagram,
Interconnection diagram and Instrument index has been developed.
In conclusion, the level control loop for BHOS Emerson Test Rig has
been developed by taking into account the considerations mentioned above
and technology selection to satisfy safety requirements. As a contribution to
the course curriculum, a laboratory work leaflet was prepared based on this
project for the students.
References [1] The Engineer's Guide to Level Measurement, Emerson, 2021.
[2] Thomas A. Huges, "Measurement and Control Basics", Third edition.
SMART IRRIGATION SYSTEM WITH RENEWABLE ENERGY Javid Isayev, Laman Hasanli, Farid Gahramanov, Sona Mehdizada Baku Higher Oil School Baku, Azerbaijan javid.isayev.std@bhos.edu.az, laman.hasanli1.std@bhos.edu.az, farid.gahramanov.std@bhos.edu.az, sona.mehtizada.std@bhos.edu.az Supervisor: Aygul Musayeva Abstract This paper explores the implementation of smart irrigation system with the renewable
energy sources. Considering that agriculture is one of the most profitable areas in Azerbaijan’s
economy, the attention should be given to increase the productivity and quality of cropping areas
while at the same time reducing its time, water and money consumption and minimizing its
adverse environmental impact. Therefore, in this paper, a solar powered smart irrigation system
by utilizing soil moisture sensors that is connected to the Arduino Uno is investigated. According
to the data received by sensors, system automatically can decide about the necessary actions
that should be taken for maintaining the required moisture level and sends notification to the
user. The other main concern of the paper is the utilization of the solar energy to eliminate the
usage of fuel for powering pump and which can lead to air and water pollution.
Keywords: Soil Moisture sensors, Arduino Uno, Solar Power, Smart Irrigation
In order to provide good irrigation system, the specification of the water
pump should meet the requirements of the land area which is being irrigated.
Therefore, we initially should calculate the total land area for irrigation and
then the suitable water pump should be chosen. Moreover, with respect to