Need Analysis Application on The Feasibility Study of The Hydroelectric Power Selection (Case in Solok, Pesisir Selatan, and Sijunjung Regency

Suryadimal, Suryadimal and Septe, Edi and Martiana, Weni and Rizal, Fahmi and Jalinus, Nizwardi (2017) Need Analysis Application on The Feasibility Study of The Hydroelectric Power Selection (Case in Solok, Pesisir Selatan, and Sijunjung Regency. In: 4th International Conference on Technical and Vocation Education and Training (TVET): Technical and Vocational Education and Training for Sustainable Societies, 9-11 November 2017, Padang.

Preview

Text 96. Suryadimal,Edi Septe,Wenny Martiana.pdf Download (109kB) | Preview

Abstract

This study aims to determine the criteria of data and information needed to be related to the selection of the ideal location of the potential of hydroelectric power from several rivers namely; Batang Lembang Solok, Batang Bayang Pesel, Batang Sukam and Batang Kuantan in Sijunjung Regency, Designing technical works such as Mechanical, Electrical and Civil Works of a Minihydro Power Plant at the selected potential point. While the benefits of this research are to obtain complete information and valid data in the selection of locations and design of hydroelectric power plants for several investors and local governments concerned. Stages of this research are to arrange systematic framework of thinking using needs analysis. The systematics of the framework contains the work sequence that guides the preparation of the feasibility of the Hydro Power plant in 3 planning locations in Sijunjung, Solok and Pesel regency. Followed by field survey, identification of data collection of water debit and height fall (head). Design and installation studies, Turbine and Generator types as well as civil works covering water retrieval doors, ducts, tranquilizers, garbage screens, generator houses to drainage channels.The results of this study selected location data input is in Solok district as follows; discharge design is 5,431 m3 / s, high difference available is 29 m. The length of the measuring channel is approximately 1150 m until it reaches the tranquilizer and power that can be raised at 1.1 MW or 1250 kVA and type of turbine type Francis.

Actions (login required)

View Item