Investment cost analysis for electricity generation with renewable energy and measurement of water pressure from weir to water conservation of small hydropower project

Abstract

This research paper presents to study and analyzed the cost economics, for an investment to produce electricity with renewable energy of water from weir, and measurement of water pressure due to water conservation of community village area. In case study of the hydropower plant project, amphoe Makham, Chanthaburi province in Thailand, which this research will be design and test for electricity generation from hydropower, will be the real testing weir and considering based on the economics cost estimation. Analysis of economic and financial with selective approach to research and development projects that is appropriate to the economy. Thus, evaluation of economics cost indicators including the calculation of net present value, internal rate of return of this project (IRR), analysis of return on investment, benefit-cost ratio (B/C), average incremental costs or cost of energy, pay-back period time and cash flow value, etc. The results of measurement from water pressure and analyze the cost economics are will enough to bring to produce the electricity. The hydropower turbine size 7 MW have potential in electricity production is 38.45 GWh/year for economics evaluation meets that can payback get in period time is 12 year 5 month, the benefit-cost ratio on the investment is 1.34 and yield of the project or internal rate return to 13.28 %. 

Influência da cobertura/do uso do solo sobre a hidrodinâmica do reservatório da Usina Hidrelétrica de Barra Grande, SC

“…Situação comum em grandes reservatórios de cânions e na estação mais seca ou mais fria, há quebra na estratificação por causa do fluxo de água (LINDIM; PINHO; VIEIRA, 2011; WANG et al, 2011).Guedes, D.M. et alA vazão da água no reservatório, fluindo nas camadas inferior (underflow), intermediária (interflow) ou superior (overflow), influencia muito no grau de mistura entre as águas do rio e do reservatório(ARMENGOL et al, 1999; AHN; JUNG; SHIN, 2017;JAIPRADTHAM, 2017;SHARDIN;WUNDERLICH, 2017;YOSHIOKA;YOSHIOKA 2019;JING et al, 2020;RAMASWAMY;SALEH,…”