Martina Schäfer, Noara Kebir, Daniel Philipp (editors) - TU Berlin
Martina Schäfer, Noara Kebir, Daniel Philipp (editors) - TU Berlin
Martina Schäfer, Noara Kebir, Daniel Philipp (editors) - TU Berlin
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PROCEEDINGS Conference MPDES 2011<br />
Based on the current program, 9 a key lesson learned is<br />
that even though the P2IPDT program has had positive<br />
impacts on rural society, its implementation needs<br />
improvement. 10 One finding from monitoring that took<br />
place during the program is that the use of renewable<br />
energy will also contribute to the government’s goals of<br />
reducing kerosene use for lighting and increasing rural<br />
income generation. A second lesson learned is the need<br />
for capacity building of local organizations, particularly in<br />
project management skills, from the preparation through<br />
the maintenance phase. The key success factor that is<br />
essential to the local community having a sense of true<br />
ownership of the energy infrastructure and services is to<br />
involve them from the very beginning. One important step<br />
is to hold public discussions on the location of new public<br />
facilities 11 as well as the amount of the monthly fee for<br />
facility maintenance, seeking agreement with the relevant<br />
CBO committee. Trainings and capacity building<br />
programs are very much required to improve the<br />
performance.<br />
From the <strong>Philipp</strong>ine experience, one of the initial<br />
lessons learned in applying the SSMP 12 concept is the<br />
need to ensure the affordability of household systems.<br />
Another lesson learned is to ensure that market<br />
development support systems are in place and<br />
functioning. Furthermore, contractors should have their<br />
own quality assurance systems, such that if quality<br />
problems should arise, the company covers the costs of<br />
return verification visits. Furthermore, the <strong>Philipp</strong>ines’<br />
experience shows that the market development component<br />
should focus on expanding capacities that enable the<br />
private sector to set up businesses in rural areas. There can<br />
be extremely high costs associated with operating in<br />
remote areas with limited infrastructure. These costs are<br />
the main barrier, even though sometimes the purchasing<br />
power in remote areas is sufficient to obtain SHS on a<br />
credit basis. Consequently, in addition to the subsidy<br />
project, “Empowering the Poor through Increasing Access to<br />
Energy.” Meanwhile, GIZ in February 2011 sent a letter to the<br />
Bureau for National Development Planning (Bappenas) and<br />
KPDT, offering significant amounts in soft loans and grants for<br />
Technical Assistance, which might also be utilized to implement<br />
this project concept.<br />
9 Presentation of Dr. Siswa Trihadi, Deputy Assistant for<br />
Infrastructure Energy, Ministry of Development for<br />
Disadvantaged Regions, 2010.<br />
10 The critical improvement that requires immediate action is<br />
system maintenance. A field trip conducted by ADB and KPDT<br />
in Garut, West Java, in February 2011 found that the centralized<br />
PV, which is supposed to be able to provide lighting for 30<br />
households for a minimum of 6 hours per day, can actually only<br />
provide lighting for 2-3 hours per day. Two years after<br />
installation, no institution has taken action to remedy the low<br />
level of service. The main barriers are limited funding and lack<br />
of coordination between the local government, CBO and the<br />
company.<br />
11 There are often villagers willing to donate their land or area<br />
as the new site for a public facility because they are grateful to<br />
have such equipment and services provided in their village.<br />
12 The SSMP concept was implemented in the <strong>Philipp</strong>ines in<br />
2007 as part of the Rural Power Project. A key challenge has<br />
been the technical implementation, which still needs to be<br />
improved.<br />
incentive for private sector investment in rural areas,<br />
assistance for continual business coaching is required that<br />
provides companies with advice on how to sustain the<br />
solar PV business in less developed or disadvantaged<br />
villages. Moreover, suitable training on the technical<br />
operation, on sales and marketing, and on basic office<br />
management would be useful. A comparative study in<br />
other regions would also be helpful to encourage and<br />
provide further insight to all stakeholders on how to<br />
continuously improve the project and ensure<br />
sustainability.<br />
Research demands<br />
As the project moves from concept to application, initial<br />
research will include identifying locations suitable for a<br />
pilot project and further replication. The criteria include<br />
the following points. For communal PV systems, the<br />
selected locations must be in housing clusters. For SHS,<br />
the selected houses should be scattered, not clustered. In<br />
support of the KPDT mandate, the solar systems will also<br />
be installed in regions classified as disadvantaged, conflict<br />
vulnerable, and/or post disaster. The energy expenses for<br />
lighting purpose is more or less is the same with the<br />
monthly installment to purchase SHS on credit basis.<br />
Also, research should consider the ability and willingness<br />
to pay of villagers and the presence and possible roles of<br />
small industries. Additional research questions should<br />
address the appropriate technology options for this project<br />
that are also consistent with the least cost principle and<br />
any other renewable energy sources that are available in<br />
the area.<br />
A critical factor for successfully implementing the<br />
concept in specific sites will be to define the role and level<br />
of involvement of the local governments, particularly the<br />
availability of co-financing within their budgets. It is<br />
especially important to confirm the accessibility of<br />
subsidies and grants, since the deployment of solar energy<br />
systems will depend on the viability of the public facility.<br />
After the facility funding is secure, the retail market<br />
component may include additional subsidies to reduce the<br />
Solar Home Systems price. The subsidy is designed to<br />
make the SHS more affordable for the rural customer. The<br />
price subsidy would ideally be provided by the local<br />
government, since its constituents will benefit. Later on,<br />
the study will determine which strategies to implement, as<br />
well as recommendations for the service obligation<br />
agreements, regulatory and tariff setting procedures, and<br />
detailed manuals for implementation and operations.<br />
Finally, it is critical to investigate further the capacity<br />
building requirements at various levels of both central and<br />
local government, as well as community based<br />
organizations at the village level.<br />
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