WSHPDR_2013_Final_Report-updated_version
WSHPDR_2013_Final_Report-updated_version
WSHPDR_2013_Final_Report-updated_version
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(at reservoir outlet works, canal drop structures, etc.).<br />
Assuming a similar ratio of total installed capacity to<br />
irrigated areas in Peru as in Chile, Peru possibly has a<br />
potential of 510 MW for small- to mediumhydropower<br />
plants that could be incorporated into<br />
existing irrigation infrastructure (figure 2). 4<br />
The gross small hydropower potential (up to 20 MW)<br />
is 170,000 MW, while both the technical and economic<br />
potential is reported as 69,445 MW in a questionnaire<br />
by the Ministry of Energy (figure 2). 10<br />
SHP installed capacity (up to 10 MW)<br />
SHP potential (up to 10 MW)<br />
SHP installed capacity (up to 20 MW)<br />
SHP potential (up to 20 MW)<br />
254.32 MW<br />
unknown<br />
3,514.02 MW<br />
69,445 MW<br />
0 20000 40000 60000 80000<br />
Figure 2 Small hydropower capacities in Peru<br />
The Rural Electrification Project assisted by the World<br />
Bank will provide a more reliable assessment of the<br />
technical potential for small- to medium-sized<br />
hydropower development through a new Hydro-GIS<br />
study underway by MEM. It should be noted that the<br />
technical potential will not be necessarily<br />
economically or financially feasible.<br />
There is sufficient local capacity for project design,<br />
local topographic, geological and hydrometric<br />
investigations, and a number of firms that offer up-todate<br />
services. There are also a number of national and<br />
international consulting engineering companies that<br />
can carry out project design services. There is also<br />
sufficient capacity for environmental services,<br />
including EIA and a number of locally based companies<br />
offering services relating to the Clean Development<br />
Mechanism and the acquisition of carbon credits.<br />
With regard to equipment and manufacturing, there is<br />
technical capacity available in Peru for manufacturing<br />
small hydropower components and related piping.<br />
This helps lower the costs of small hydropower. 9 There<br />
is at present only one manufacturing company in Peru<br />
that manufactures Francis and Pelton turbines,<br />
suitable for small hydropower projects with medium<br />
to high heads. Other companies manufacture crossflow<br />
turbines of the Mitchell-Banki type. The<br />
maximum size of Pelton or Francis turbines currently<br />
manufactured locally is 5 MW. Projects with large unit<br />
sizes are therefore subject to the current rapidly<br />
increasing prices of turbines on the international<br />
market, as well as to the increasingly long delivery<br />
times. Most hydraulic steel structures (gates, valves,<br />
etc.) required in small hydropower projects can be<br />
manufactured in Peru, although equipment for<br />
opening/closing (servomotors) may need to be<br />
imported. Transmission lines at the voltages<br />
associated with small to medium sized hydropower<br />
projects, including towers and cables, can also be<br />
manufactured in Peru, with some components (e.g.<br />
insulators) being imported. 4<br />
A few years ago, hydropower equipment<br />
manufactured from China was imported to Peru with<br />
acceptable technical quality and economic costs<br />
(compared to U.S. or European alternatives in the<br />
range between 0.5 MW and 5 MW). Power projects up<br />
to 20 MW are likely to use Chinese manufactured<br />
equipment.<br />
Renewable energy policy<br />
Rural electrification is promoted by the Law on Rural<br />
Electrification (Ley de Electrificación Rural y de<br />
Localidades Aisladas y de Frontera), enacted in 2002. It<br />
clearly states the objective of fostering socioeconomic<br />
development and establishes a fund for rural<br />
electrification, which is administered by the General<br />
Directorate of Rural Electrification (Dirección General<br />
de Electrificación Rural), a division of the MEM. After<br />
the implementation of the project, management is<br />
transferred to a public enterprise – Electric<br />
Infrastructure Administration Enterprise (ADINELSA). 11<br />
The funding for rural electrification projects is<br />
centralized at the National fund for Rural<br />
Electrification (Fondo Nacional de Electrificación<br />
Rural). Besides government support, funding is also<br />
acquired from the International Bank for<br />
Reconstruction and Development and the Global<br />
Environment Facility. Between 2007 and 2009, 4,000<br />
households (20,000 people) were provided with grid<br />
access via the Energising Development Program,<br />
financed by the Netherlands Directorate General for<br />
International Cooperation (DGIS) and implemented by<br />
the German Technical Cooperation Agency. According<br />
to the Renewable Energy Rural Electrification Plan, the<br />
goal is to electrify about 260,000 households with PV<br />
and about 20,000 with small hydropower by 2020. 11<br />
On 2 May 2008, the Government issued a Renewable<br />
Energy Decree for the promotion of electricity<br />
generation using renewable energy (Decreto<br />
Legislativo de Promoción de la Inversión Para la<br />
Generación de Electricidad con el Uso de Energía<br />
Renovable). In this Decree, the Government has<br />
chosen to set a target ceiling for a share of renewable<br />
sources in electricity generation, in combination with<br />
a premium price. Although small hydropower will not<br />
be considered in the indicated ceiling it will benefit<br />
from the incentives in the law. It may be expected that<br />
small hydropower projects would compete in the<br />
auctions for the premium mainly with wind based<br />
technologies.<br />
202