HYDRA (HYBRID DRYER MULTIPURPOSE) DRYERS ENERGYEFFICIENT HYBRID SYSTEM

Muhimatul Ulya Mukasafah (State University Of Surabaya)
Desy Syfa Urrohma (State University Of Surabaya)
Hizar Alhifari Ramadhan (State University Of Surabaya)
Mochammad Takbirul Id’ha (State University Of Surabaya)
Deo Farma Alhadi (State University Of Surabaya)
Agung Prijo Budijono (State University Of Surabaya)

Journal of International Conference Proceedings
Vol 1, No 1 (2018): Proceedings of the 1st International Conference of Project Management (ICPM) Mal

The purpose of this research is to provide problem solution for Dried Fish Farmers of NambanganKenjeran Barat Village about conventional drying process of fish in the sun which is not necessarily good or bad weather condition and long drying. This method is designed to resemble a house that has 3 shelves made from Food Grade and a house wall made from acrylic transfaran, with a hybrid energy system that is sunlight and Infra red stove made from LPG Gas Fuel. This tool integrates ECU (Electrical Control Unit) technology. The results with a hybrid drying system, this drying process can improve the drying process faster up to 3 times, maintaining the hygiene of product and efficient in the use of fuel up to 20%. so productivity increased from 25kg/day to 50 kg/day. The findings of a hybrid drying system that utilizes sunlight, heat and heat from LPG-fueled infrared burners, which can be used alternately or simultaneously equipped with ECU (Electrical Control Unit) that serves to adjust the room temperature drying when using a wall space burner in a dryer made from clear acrylic on each side. Keywords : SME, Hybrid, ECU (Electrical Control Unit), Drying