PERÚ - Observatory for Renewable Energy in Latin America and

Perú- Products I and II
bagasse, internal combustion engines based on gas, eolian turbines and solar
photovoltaic.
1.5.1.1 Water Turbines
The projects that are shown below are the following: “Purmacana” H.P.S.,
“Roncador” H.P.S., “ Santa Cruz I” H.P.S., “ Caña Brava” H.P.S., “ Santa Cruz
II” H.P.S., “La Joya” H.P.S., “Poechos II” H.P.S., “Carhuaquero IV” H.P.S.,
“Nuevo Imperial” H.P.S., “Yanapampa” H.P.S., “ Shima” H.P.S., “Huasahuasi I”
H.P.S., “Huasahuasi II” H.P.S., “Las Pizarras” H.P.S., “Chancay” H.P.S., “ Angel
I” H.P.S., “Angel II” H.P.S. and “Angel III” H.P.S.
Chart N° 19: “Purmacana” Hydroelectric Power Station
Country
Station name
Location
Type of technology
Parameter Units Information
Peru
Purmacana
Supe, Barranca, Lima.
Water turbine
Date of Operation Start 01 of July, 2011
Type os service (Public, Non Public)
Legal Situation (Public Company/Limited
Company/Public Limited Company/Public//Private)
Modality
Concessionary
Public
Private
Private
Eléctrica Santa Rosa S.A.C
Nº of Permission granted R.D. Nº168-2010-ANA-DARH
Reference year 2010
Nominal Power MW 1.8
Effective Power MW ---
Generated Power (produced) GWh/year 9
% of sold energy/delivered to the public service % 100
Capacity factor of the power plant % 71.3
Efficiency % ---
Source of energy used
Power consumption in the reference year
Investment Million US$ 3.4
Operation costs and fixed maintenance Million US$ n/d
Operation costs and variable maintenance Million US$ n/d
Operation and maintenance cost Million US$ n/d
Sold energy price US$/MWh 60
PJ
Hydropower
CO 2 Emissions that have been avoided Million ton/year 7 200
Brief description
It consists of an open adductor canal
length of 13 m (2.2 m 3 / s - nominal),
pressure pipe and powerhouse with
electromechanical equipment.
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