Oky Wida Syahputra, Hotman Ivan Sianturi, Dedy Tigor Manurung, Alifta Ismi Humaira, Serafim Yidi Prabanawatara

Analisis Kondisi Operasional dan Potensi Implementasi Inkubator IoT pada UMKM Tempe Jaya Mandiri, Desa Pliken, Banyumas

Introduction

Analisis kondisi operasional dan potensi implementasi inkubator iot pada umkm tempe jaya mandiri, desa pliken, banyumas. Analisis kondisi operasional UMKM Tempe Jaya Mandiri sebelum implementasi inkubator IoT berbasis panel surya. Kaji potensi peningkatan efisiensi produksi, percepatan fermentasi, dan penghematan energi.

Abstract

Pengabdian masyarakat ini mendeskripsikan kondisi operasional awal UMKM Tempe Jaya Mandiri sebelum implementasi inkubator fermentasi berbasis IoT dan panel surya. Fokus kajian meliputi kapasitas produksi, durasi fermentasi, tingkat kegagalan produksi, konsumsi energi, dan indikasi keluhan pelanggan. Data dikumpulkan melalui observasi lapangan, wawancara mendalam dengan mitra, dan pengolahan dokumen operasional mitra. Hasil menunjukkan kapasitas produksi sekitar 200 bungkus/hari dengan waktu fermentasi tradisional ~4 hari per batch; variasi lingkungan menyebabkan inkonsistensi mutu dan akumulasi produk cacat; serta porsi biaya energi signifikan untuk perebusan kedelai. Berdasarkan tinjauan literatur, implementasi inkubator diharapkan memangkas waktu fermentasi (target ~22 jam), menstabilkan suhu/kelembaban fermentasi, mengurangi batch gagal, dan menekan penggunaan listrik melalui panel surya. Temuan kondisi operasional awal ini digunakan sebagai tolak ukur untuk evaluasi pasca-implementasi guna menilai efisiensi teknis, penghematan biaya, dan penerimaan mitra.

Review

This manuscript, titled "Analisis Kondisi Operasional dan Potensi Implementasi Inkubator IoT pada UMKM Tempe Jaya Mandiri, Desa Pliken, Banyumas," presents a crucial baseline study for a community service initiative. The paper effectively introduces the challenges faced by UMKM Tempe Jaya Mandiri, specifically addressing inefficiencies in traditional tempe fermentation processes, including inconsistent product quality, high failure rates, and significant energy consumption. The abstract clearly articulates the project's aim to document these initial operational conditions prior to the planned implementation of an IoT-based fermentation incubator integrated with solar panels, setting a clear stage for subsequent intervention and evaluation. A significant strength of this work lies in its comprehensive approach to characterizing the existing operational environment. The abstract highlights a meticulous data collection methodology involving field observations, in-depth interviews, and operational document analysis, which is commendable for understanding real-world complexities. The detailed initial findings, such as a production capacity of 200 packs/day, a lengthy 4-day traditional fermentation cycle, environmental variability leading to product defects, and notable energy costs for soybean boiling, provide a robust foundation. This thorough baseline assessment is vital, as it not only justifies the necessity of the proposed IoT incubator but also establishes clear metrics for evaluating the anticipated improvements, such as reducing fermentation to 22 hours, stabilizing quality, and achieving energy savings. While this paper focuses solely on the pre-implementation analysis, its value as a foundational study is undeniable. The abstract successfully frames the initial findings as a critical benchmark for future post-implementation evaluations. It is imperative that subsequent publications clearly present the detailed outcomes of the IoT incubator implementation, including actual data on technical efficiency, cost savings, and, crucially, the mitra's (partner's) acceptance and adaptation. Further work should also delve into the specific design and technical specifications of the IoT incubator, along with a more quantitative analysis of the energy consumption breakdown. This preliminary study, however, is a well-executed first step, providing robust evidence for the need for technological intervention and a solid framework for measuring its eventual impact on the sustainability and productivity of UMKM Tempe Jaya Mandiri.

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