Mid-term Evaluation Report Sri Lanka - Unido
Mid-term Evaluation Report Sri Lanka - Unido
Mid-term Evaluation Report Sri Lanka - Unido
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19<br />
2. Project concept and design<br />
2.1 Socio -economic context<br />
<strong>Sri</strong> <strong>Lanka</strong>'s population was estimated at 18.3 million inhabitants in 1996.<br />
Approximately 75% of which were estimated to live in the rural areas. For 1996, GNP<br />
was approximately $13.8 billion, giving a GNP per capita of approximately $750. In<br />
1993, agriculture has been estimated to account for 18% of GDP. Biomass accounted<br />
for the largest fraction of <strong>Sri</strong> <strong>Lanka</strong>'s primary energy supplies, and it is consumed<br />
largely in the domestic sector. Hydropower is the next most significant primary<br />
resource with the 1,137 MW of installed capacity generating more than 3,252 GWh<br />
per year. The country had imported large volumes of oil and petroleum products<br />
primarily for the transport sector.<br />
This picture largely remained the same over the implementation period, where in<br />
2000, GNP was approximately $15.1 billion, and the GNP per capita approximately<br />
$829. By 1999, biomass still accounted for the largest fraction of <strong>Sri</strong> <strong>Lanka</strong>'s primary<br />
energy supplies (51.1%), and hydropower remained to be a significant primary<br />
resource with the 1,150 MW of installed capacity generating more than 3,194 GWh in<br />
the year 2000. The share taken by oil and petroleum products has increased by<br />
approximately 5.3%, largely owing to the increased dependence on it for power<br />
generation.<br />
2.2 Development problems addressed by the project<br />
The project has been designed to address two key barriers hampering the expansion of<br />
renewable energy and energy conservation activities. These are:<br />
• Lack of familiarity of the private industrial sector and the financial community<br />
with renewable energy projects in general and the resource potential<br />
specifically; and<br />
• A need for skilled indigenous capacity in design/implementation for both<br />
energy efficiency and renewable energy projects.<br />
Though the technologies related to the energy efficiency and renewable energy<br />
projects remained almost static over this period, an active trend of embracing these<br />
technologies by the public and the industry is observed. This is considered as a natural<br />
reaction to the rising costs of energy in <strong>Sri</strong> <strong>Lanka</strong>.<br />
2.3 Power sector policy in <strong>Sri</strong> <strong>Lanka</strong><br />
Several changes in the Government’s power sector policy, as enunciated in the Power<br />
Sector Policy Directions (1997) had stimulated the above trend. In a parallel<br />
development, since 1996, the Ceylon Electricity Board (CEB) had commenced<br />
purchasing electricity from small power producers under a standardized programme.<br />
As the basic policy, the Power Sector Policy Directions aims at sustaining an adequate<br />
level investments in the power sector at all times by harnessing the private sector<br />
investments into the power generation sector. It also states that the hydro power<br />
Final report, 4 May 2001<br />
<strong>Mid</strong>-<strong>term</strong> evaluation report: 'Renewable energy and energy capacity building'