STMIK MISTMIK MI

Informatics Management, Engineering and Information System JournalInformatics Management, Engineering and Information System Journal

The development of tiramite mushrooms in Indonesia encounters difficulties in sustaining ideal temperature and humidity levels, particularly due to erratic climate variations. This study utilizes Internet of Things (IoT) technology to resolve these challenges by creating an automated, real-time system for monitoring and controlling temperature and humidity at JJ Srister Mushroom. The Research & Development (R&D) methodology employing a prototyping approach facilitates ongoing testing and enhancement of the system. This system employs DHT22 sensors and interfaces with a web page and control box for real-time monitoring. Test results indicate that the system effectively regulates temperature and humidity within suitable parameters for the growth phases of mycelium and mushroom fruit bodies, maintaining temperatures of 22-28°C and humidity levels of 80-90% during the mycelium phase, and temperatures of 16-25°C with humidity levels of 90-95% during the fruit body phase. The authors assert that this IoT system offers significant advantages and advocate for further investigation to enhance sensor precision and develop a mobile application as a supplementary monitoring tool.

The testing of the IoT-based temperature and humidity management system yielded significant conclusions.The IoT-based control and monitoring system was effectively constructed utilizing a DHT sensor and a scheduling mechanism.Furthermore, this method enables mushroom farmers to monitor temperature and humidity in real time via a web interface and control unit.Testing confirmed the systems capability to sustain a temperature range of 22–28°C and humidity of 80–90% during mycelium development, as well as a temperature range of 16–25°C and humidity of 90–95% during fruiting body growth.

Based on the research findings, several avenues for future research emerge. Firstly, investigating the integration of more sophisticated sensor technologies, such as those capable of detecting substrate moisture levels, could provide a more holistic understanding of the mushroom cultivation environment. Secondly, developing a predictive model utilizing machine learning algorithms to forecast temperature and humidity fluctuations based on historical data and weather patterns could enable proactive adjustments to the control system, optimizing growth conditions. Finally, exploring the feasibility of a closed-loop system that automatically adjusts ventilation and irrigation based on real-time sensor data and predictive modeling would represent a significant advancement in automated mushroom farming, potentially reducing labor costs and increasing yield. These research directions build upon the current studys success and aim to further refine and enhance the efficiency and sustainability of tiramite mushroom cultivation through the application of IoT technologies.

  1. IoTTECH : TECHNOLOGY INTERNET OF THINGS (IoT) UNTUK PENGATURAN OTOMATIS KELEMBABAN & TEMPERATUR RUANGAN... doi.org/10.32531/jelekn.v6i2.284IoTTECH TECHNOLOGY INTERNET OF THINGS IoT UNTUK PENGATURAN OTOMATIS KELEMBABAN TEMPERATUR RUANGAN doi 10 32531 jelekn v6i2 284
  1. #budidaya jamur#budidaya jamur
  2. #battery management system#battery management system
Read online
File size588.98 KB
Pages9
Short Linkhttps://juris.id/p-3iW
Lookup LinksGoogle ScholarGoogle Scholar, Semantic ScholarSemantic Scholar, CORE.ac.ukCORE.ac.uk, WorldcatWorldcat, ZenodoZenodo, Research GateResearch Gate, Academia.eduAcademia.edu, OpenAlexOpenAlex, Hollis HarvardHollis Harvard
DMCAReport

Related /

ads-block-test