As an addition to the description of the company, here is their latest accomplishment.

In April 07, Lao private energy supplier for off the grid areas, Sunlabob Rural Energy Ltd., presented SE Asia’s first hybrid village grid in Nam Kha, a Laotian village. This new system for off-the-grid areas combines energy from solar panels, a hydro turbine and a diesel generator, soon to run on bio-fuel. This combined use of renewable energy sources is considered to be the leading solution for further rural electrification. Sunlabob implemented this project together with its Swiss partner company Entec, the world market leader for small hydro power solutions, and the Swiss NGO Helvetas.
The company decided for a hybrid system, because the amount of available water from the river is limited, especially in the dry season. If the water is not sufficient to satisfy the village’s needs, the generator automatically starts, and feeds additional power into the grid. The water turbine features an innovative technology, which has never been used anywhere else before. The intelligent unit possesses an automatic hydraulic system which, at any time, complies the use of water with the momentary use of electricity in the village.
In order to use exclusively renewable energy sources in the hybrid system, Sunlabob is promoting the use of bio-fuel made from Jatropha. As soon as the farmers deliver enough Jatropha seeds, the Diesel in the generator is supposed to be replaced by Jatropha bio-fuel. This would also reduce the costs for running the generator. Furthermore, the growing and processing of Jatropha is yet another source for income generation of the village.
Sunlabob trained a designated village energy committee in operating the village grid and collecting the monthly payments from the households. Besides, village technicians have been trained in order to ensure correct maintenance of the system. By involving the villagers, and giving them responsibilities, effects of good local governance are encouraged.
A very interesting aspect is the financing system for this project. Public investors invested into the fixed parts of the system which now belong to the village, private investors paid for the movable assets which stay in their property. In that way, public and private investments leverage each other.
Being a private energy provider, it is in Sunlabob’s interest that the village consumes as much energy as possible. Nevertheless, it regards capacity building another priority in their concept. The company wants to train the villagers in how to use electricity in a productive way, as more consumption for productive use leads to more income for both the users and the provider. These income generating activities ultimately result in further development of the village and poverty reduction.
Sunlabob is a Lao company that has been active in the renewable energy sector in Lao PDR for the last 7 years. It has developed a rental scheme for solar home systems and communally owned systems. Maintenance, the key point of systems based on renewable energy, is guaranteed through a network of franchises all over the country. The company’s efforts have been awarded the DM prize of the World Bank in 2005, and qualified Sunlabob as one of the finalists in the BBC World Challenge 2006.
The concept presented in Laos is easily applicable to other countries in the world.
For further information see the company’s website: www.sunlabob.com

Comments

parellal developement in India

Dr Sankaranarayanan
Scientific officer
Govt of India
Mumbai
India
This is a good developement in Laos.
The following is a small developement in India

This project aims to meet rural energy needs and, at the same time, improve the quality of life and household income of the rural population through the development and use of a bioenergy technology package. The technology package is designed to reduce GHG emissions by up to 177 tons of CO2 over 25 years. The project will also build the institutions and capacity required to operate and manage such systems, and promote a sustainable and participatory approach to meeting rural energy needs.
The project is being implemented in village clusters of Tumkur district in Karnataka about 2hrs from Bangalore. It aims to establish a village energy security programme relying on appropriate and sustainable technologies which can be replicated in other parts of the country. The cluster approach allows the project to organize infrastructure and institutional systems, while testing different management systems.
The project design is based on long term research findings by ASTRA – the Indian Institute of Science’s Centre for Application of Science and Technology in Rural Areas which suggests that a biomass strategy based on sustainable forestry, biomass gasifiers and systems can meet all the country’s rural energy needs while producing significant benefits to the local and global environment such as replacement of fossil fuels and unsustainable wood, reduction of kerosene and diesel use, reduction of GHG emissions, reclamation of degraded land, and watershed protection. Socio-economic benefits include job creation, improved local electricity supply, reduced demand on the central grid, and freeing government funds currently subsidizing fossil fuels and grid electricity.
I have already written about the need to use afforestation as main source of rural electrification in India.
Please refer to Bulletin on energy efficiency-october 2005 volume6 issue2,page 13

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