WSHPDR_2013_Final_Report-updated_version
WSHPDR_2013_Final_Report-updated_version
WSHPDR_2013_Final_Report-updated_version
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
2.2.7 Nicaragua<br />
Yan Huang, International Center on Small Hydro Power<br />
Key facts<br />
Population 5,727,707 1<br />
Area 130,967 km 2<br />
Climate Tropical in lowlands, cooler in<br />
highlands 1<br />
Topography<br />
Rain pattern<br />
Three major zones: Pacific lowlands,<br />
central mountainous and volcanic<br />
highlands (some volcanoes still<br />
active), and Caribbean lowlands 1<br />
Average annual rainfall is 1,462 mm;<br />
rainy season is from May to October. 2<br />
Electricity sector overview<br />
Nicaragua has an electrification rate of 72 per cent.<br />
The Nicaraguan energy sector was restructured in the<br />
late 1990s. The new electricity Law from April 1998<br />
separated generation, transmission, and distribution<br />
divisions of the state-owned Empresa Nicaragüense de<br />
Electricidad (ENEL). This sector reform initiated<br />
privatization of the generation and distribution<br />
activities. Four electricity generation companies<br />
(GEMOSA, GEOSA, HIDROGESA, and GECSA), one<br />
transmission company Empresa Nacional de<br />
Transmisión Eléctrica S.A., (ENTRESA) and two<br />
distribution companies (DISNORTE and DISSUR) were<br />
created. However, during 1990-2007, the privatization<br />
delayed the promotion of the electric service in rural<br />
areas. A plan was established for this purpose in 2004,<br />
with the creation of the Comisión Nacional de Energía<br />
(CNE).<br />
Nearly 70 per cent of Nicaragua’s electricity needs are<br />
supplied by fossil fuels plants (figure 1). According to<br />
the National Energy Institute (INE), installed electricity<br />
generation capacity in 2011 was 895 MW; 593 MW<br />
thermal (fuel oil and diesel), 98 MW large hydropower,<br />
0.9 MW small hydropower, 63 MW wind power,<br />
36 MW geothermal and 104 MW biomass (sugar cane<br />
bagasse).<br />
Wind<br />
Geothermal<br />
Biomass<br />
Hydro<br />
Thermal<br />
5%<br />
7%<br />
10%<br />
11%<br />
67%<br />
0% 20% 40% 60% 80%<br />
Figure 1 Electricity generation in Nicaragua<br />
Source: National Energy Institute 3<br />
Note: Data from 2011. Thermal includes diesel and<br />
fuel oil.<br />
Small hydropower sector overview and potential<br />
The INE’s annual statistics for 2011 only report<br />
operation and generation of one small hydro plant in<br />
Nicaragua. With an installed capacity of 930 kW and a<br />
head of 119 meter, the ATDER-BL El Bote small<br />
hydropower plant has a reservoir and operates two<br />
Pelton turbines. The plant is connected to the grid.<br />
In addition, according to the Ministry of Energy and<br />
Mining, four other small hydro projects in operation<br />
with a total installed capacity of 1.64 MW and two<br />
other projects under construction with a total capacity<br />
of 1.78 MW can be found in Nicaragua (as of<br />
September 2012).<br />
Based on this information, the total installed small<br />
hydro capacity in Nicaragua is 2.95 MW and the<br />
capacity of small hydro projects under construction is<br />
1.78 MW (figure 2).<br />
SHP installed capacity<br />
SHP potential<br />
2.95 MW<br />
40 MW<br />
0 10 20 30 40 50<br />
Figure 2 Small hydropower capacities in Nicaragua<br />
The programme Usos Productivos de la<br />
Hidroelectricidad a Pequeña Escala aims to improve<br />
living conditions in rural areas through improved<br />
income generation based on hydropower. As part of<br />
the Global Environment Facility Project Development<br />
Fund Block B grant, several preparatory studies have<br />
been carried out by NGOs and consultancy companies.<br />
Among them is a reconnaissance study which<br />
identified 30 potential hydropower projects ranging<br />
from 150 kW to 1.5 MW and totalling some 11 MW.<br />
The financing required to implement the entire<br />
programme is estimated to amount to about US$30<br />
million. 4 5<br />
Within the UNDP project NIC/02/G31, the<br />
Development of Small-scale Hydropower for<br />
Productive Use in Off-grid Areas, a small hydropower<br />
potential of 40 MW has been identified for Nicaragua,<br />
for stand-alone projects in rural areas. 6<br />
The value chain of small hydropower in Nicaragua is<br />
only developed to cover services in maintenance and<br />
operations; and in engineering. 7<br />
Renewable energy policy<br />
Nicaragua provides investors of clean energy with<br />
fairly attractive tariffs in retail and power markets. 7 In<br />
2005 a regulatory framework relating to the energy<br />
market was put into place, aiming to reduce oil and<br />
diesel dependency and adding power capacity by 700<br />
MW via power purchase agreements scheduled over<br />
the coming 10 years. 7<br />
The Nicaraguan Government provides its investors<br />
with tax based incentives such as income tax and<br />
import duty tariffs to support the implementation of<br />
clean energy. Furthermore local micro finance<br />
174