WSHPDR_2013_Final_Report-updated_version
WSHPDR_2013_Final_Report-updated_version
WSHPDR_2013_Final_Report-updated_version
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Livelihoods and Energy Department, which was mainly<br />
implementing the National Solidarity Programme’s<br />
rural energy projects. After the set-up of the Energy<br />
for Rural Development in Afghanistan (ERDA), the<br />
department has been transformed into the Rural<br />
Energy and Enterprise Department (REED). MRRD has<br />
the mandate to plan and implement rural energy<br />
supply at the village level.<br />
Renewable energy offers great hope for Afghanistan,<br />
especially for its rural electrification. Since the rural<br />
population is dispersed, renewable energy offers the<br />
best solution for electrification for the majority of<br />
Afghanistan’s rural population. 9 However, at the<br />
moment, there is no renewable energy policy in place<br />
yet. The ICE appointed a sub-committee that was<br />
being advised in technical and administrative terms by<br />
the German Agency for Technical Cooperation’s<br />
Energy Programme in Afghanistan. A draft <strong>version</strong> of<br />
‘Afghanistan Rural Renewable Energy Strategy Action<br />
Plan until 2014 and Development Objectives until<br />
2020’ was finalized in September 2010.<br />
Solar power is another option as Afghanistan is a<br />
country with one of the highest irradiation values on<br />
earth. Solar photovoltaic (PV) can be the most<br />
economic for small loads, such as lighting in the<br />
absence of a connection to the main power grid<br />
and/or mini grid. A solar home system to provide<br />
basic lighting may cost up to US$7,000 per kW,<br />
whereas a micro hydropower station, which can<br />
supply household and productive uses may only have<br />
investment costs around US$3,000 per kW. However,<br />
construction time and investment costs are also<br />
factors to consider.<br />
The Afghanistan National Rural Renewable Energy<br />
Strategy (2010) focuses on economic development in<br />
rural areas through the provision of high quality<br />
electricity based on renewable energy technologies,<br />
including micro hydropower. It aims to be less of a<br />
master plan, and more of an adaptable work plan. It<br />
foresees increasing energy needs and possible<br />
insufficient electricity production from PV systems or<br />
isolated wind operations and suggests the use of base<br />
load power plants such as mini hydropower to<br />
improve the energy access situation in rural zones of<br />
the country.<br />
Legislation on small hydropower<br />
The National Rural Energy Strategy (2010) includes an<br />
Action plan until 2014, with the following actions:<br />
Training the private sector (hydropower turbine<br />
manufacturers, operators and hydropower<br />
engineering companies) on the delivery of high<br />
quality energy services in rural areas.<br />
Creating guidelines for operation and<br />
maintenance (O&M) of small hydropower plants<br />
(more than one MW) and basic electrification<br />
schemes (below 100 kW). 8<br />
Adapting international standards in rural<br />
renewable energy to Afghan National Standards<br />
via the Afghan National Standards Authority.<br />
Barriers to small hydropower development<br />
Barriers to small hydropower in Afghanistan should be<br />
seen in the wider context of barriers to rural<br />
renewable energy expansion, since micro to small<br />
hydropower is mostly used in rural areas:<br />
Weakness of the private sector for investment in<br />
rural energy, despite an increase in companies<br />
and entrepreneurs in the last years.<br />
Lack of important data for Afghanistan. For<br />
example, figures like the total number of urban<br />
households, total number of non-residential<br />
establishments, and total number of rural<br />
households, as well as total cost of power import,<br />
generation, transmission, distribution, operation,<br />
maintenance and administration for the entire<br />
country, were not available in 2007. 4 The demand<br />
for data such as the total actual electricity<br />
generation and the electricity generated based on<br />
renewable energy was reiterated in the National<br />
Rural Renewable Energy Strategy (2010) under<br />
objectives and indicators until 2020.<br />
Lack of involvement of international financial<br />
institutions with regard to support to the private<br />
sector in this area. 9<br />
Lack of concessionary loans (with sovereign<br />
guarantees) provided for rural electrification<br />
projects and major organizations with<br />
international involvement in infrastructure<br />
development, environmental protection and<br />
support for private sector development.<br />
Deficits in cash-flow: The Draft Electricity Law<br />
includes the agreed principle that the main<br />
instrument for financing operation and<br />
maintenance (including mini repairs of key<br />
components) should be cash-flow finance. Retail<br />
tariffs for electricity supply need to cover all O&M<br />
costs, but in reality, consumers are either<br />
unwilling or unable to pay for the full cost of<br />
supply, resulting in cash-flow deficits, and often a<br />
critical financial position of the utility or operator<br />
of an isolated mini-grid. 8<br />
Instability in the country, that has been<br />
mentioned as a constraint to the timely<br />
implementation of the Power Sector Strategy in<br />
some places. 8<br />
Limited technical human resources capacity (i.e.<br />
not enough trained personnel able to produce<br />
improved units from standard technical<br />
drawings). 10<br />
Licensing requirements: The draft Rural<br />
Renewable Energy Strategy requires operators of<br />
isolated mini-grids to be licensed, while<br />
considering affordability and financial<br />
requirements of the licensee, and the costs of<br />
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