Indigenous Hydro Power Developers in Myanmar

The Mae Mauk waterfall micro-hydro power plant is located couple of hours drive through the Shaan highlands from Pyin Oo Lwin,  the erstwhile summer capital of British Burma. The hydro power plant and the associated electric utility are managed by Lin Yuang Chi Mini-hydro Cooperative which employs 6 people including a manager to manage the technical and business needs of the micro-hydro-electric system and the micro-utility. The cooperative was established after an initial government funded hydro power plant failed in 2012. The micro energy utility has 450 customers spread over 11 villages drawing electricity from an 80kW hydro power plant set up below the Mae Mauk waterfall. Apart from providing electricity to 250 households, the system is also providing electricity to 200 public service institutions, village level enterprises including rural industries and farms. The utility has been in operation for 7 years since 2013 and has now reached a saturation level and is currently not accepting any new customers as the additional demand cannot be met by the current micro-hydro system. 

The Mae Mauk Waterfall
(Credits: Sustainable Energy Associates)

We were part of a group of hydro power enthusiasts visiting the hydro power plant and the electricity cooperative as part of a Board of Advisers meeting of HPNET– the Hydro Empowerment Network, a south-south knowledge exchange platform to advance local micro-hydro practitioners who work directly with village communities. I found a number of features of this micro-hydro power and micro-utility quite interesting and feel these might be relevant to micro-hydro and decentralised energy development in Myanmar and other developing countries with energy access deficits and decentralised renewable energy potential.

Metal Fabrication Workshops and other businesses make major contribution to annual revenues
(Credits: Sustainable Energy Associates)

Financial feasibility and business opportunities:In the absence of government or international development assistance, the projects are selected on the basis of financial feasibility. The financial feasibility in such cases is primarily determined by the business opportunities to use the generated electricity. In the case of the Mae Mauk waterfall micro-hydro there are telecom towers, fabrication workshops, brick making, coffee, poultry, silviculture etc. which are key in making the investments financially viable. The electricity cooperative does not charge any connection fees for such business opportunities but these opportunities make a major contribution by way of tariff payments to the annual revenue of $30,000 for the Lin Yuang Chi electricity cooperative.

Ownership and Operational model:while the legal form of the electricity utility is a co-operative, it is in effect a public-private partnership as the private sector manufacturer – Sai Htun Hla & Brothers hold 50% of shares in the cooperative with the rest held by the community and users. While the operation and maintenance of the hydro-mechanical and electro-mechanical systems, metering and tariff collection are done by the cooperative staff, Sai Htun Hla & Brothers provide the technical back-up support for repairs and replacements. This Build-Own-Operate (B-O-O) model is an important factor in the impressive operation of the micro-hydro power system and the associated utility over the last 7 years.

Regulatory Framework:in the absence of a national energy regulator or a regulatory framework for electricity and energy, the Lin Yuang Chi electricity cooperative has established local electricity tariffs that are cost-reflective and currently generate annual revenues of $ 30,000 against the expenses of $ about $11,000. Electricity tariffs are tiered with cooperative members paying lower tariffs compared to regular consumers. The regular electricity consumers pay tariffs in the range of $ 0.18-29/kWh and temporary users pay $0.59/kWh. There is also a connection fee of $135-440 to be paid by households depending on the distance of the house from the power house. These tariffs have been accepted by the community and there are no cases of payment defaults and payments have largely been regular, with some instances of delays. It may be possible to bring tariffs down if financing through low-interest loans or investment grants were available.

Simple or Sophisticated Technology?:The technology for the hydro-mechanical and the electro-mechanical equipment is indigenous and has been developed by – Sai Htun Hla & Brothers and implemented in over a hundred such micro-hydro power plants. The system does not use an Electronic Load Control (ELC) but a generator with an Automatic Voltage Regulation (AVR) allowing for reasonable frequency variations and control with manual interventions and a planned upgrade will use a flow-type load governor. The electric cooperative seems to have a strategy to keep the technology manageable and serviceable locally and to continue to provide electricity with slightly lower power quality. Several experts including my colleagues question this approach on technical grounds citing valid reasons but the customers and the electric cooperative seem satisfied with this solution. This seems to be an interesting case of locally developed and manageable technology providing reasonable energy services against the option of more sophisticated technology providing much better and safer energy services but with challenges to technical sustainability and probability of more downtime.  With my engineering background, I would have thought technical performance and safety was more important but the customers seem to be happy with the electricity service and seems to pay the tariffs regularly without fail. A case of Appropriate Technology vs Best Available Technology (BAT)?

Electricity has increased access to health services and hospital-based childbirths.
(Credits: Sustainable Energy Associates)

Social and Environmental Benefits:The Lin Yuang Chi electricity cooperative provides free electricity for all the street lights in the service area in all 11 villages, which has increased safety at night. Most households are using electric cookers which has reduced indoor air pollution particularly for women and children and has also reduced the need for firewood and reduced deforestation. Electricity offered at lower tariff bands to the health centre has resulted in increased access to health services including a marked increase in child births. Also, low-cost electricity to schools and monasteries has helped in formal and religious education of youth in the villages. Irrigation powered by electricity has increased the land area under agriculture enhancing income generation and improving food security. The decisions to offer free or low-cost electricity for public services were taken by the Lin Yuang Chi electricity cooperative members themselves in the absence of government support or policy. Several micro-hydro based rural electrification projects provide similar benefits which are not valued and captured adequately.

Women and children benefit from reduced indoor air pollution from a switch to electric cooking.
(Credits: Sustainable Energy Associates)

I understand from U Sai Htun Hla, the owner of Sai Htun Hla & Brothers and U Zaw Min the owner of Kyaw Soe Win Hydropower, another major manufacturer that there are over 2000 village hydro projects powering rural population in Myanmar. These have been established over the decades when the country had limited access to international technologies or technical expertise. This situation resulted in development of such impressive numbers of village hydro projects through a community driven bottom up process supported by local micro-hydro manufacturer developers on a PPP – BOO model. I have previously not witnessed such indigenous, self-sustaining and bottom-up village electrification solutions at this scale, in countries where I have advised on development of rural electrification programmes. The existence of these successful examples at a significant scale, provides a good platform and a sound basis to develop a rural electrification programme that is sustainable in the long term.

Currently Myanmar is in the process of a large scale-electrification drive through large scale-investments in power generation capacity, electrical grid development and mini-grid based solutions through renewable energy. This is a very welcome initiative which willhelp to provide electricity access to millions who had no modern energy access previously. There is a unique opportunity in Myanmar for the large-scale electrification initiatives to collaborate and partner with the indigenous hydro power developers and communities in Myanmar to achieve village electrification solutions that are sustainable, local and with higher social and environmental benefits.

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Climate Change and Water Stress in Highland Villages of Bhutan

Little Kinley Wangmo wants to be a schoolteacher when she grows up and teach at Phunshum school near her village. But all of her friends in the village of Phangyuel want to become doctors or civil servants and leave the village and work in the nearest towns of Wangdue or Punakha or in the capital Thimphu as others in the village have been doing recently. Her village Phangyuel in Bhutan has been facing a major water scarcity in the recent years, caused by unpredictable rainfall patterns and reducing snow cover caused due to climate change.

Kinley Wangmo (Far right) and her friends.

Grandmother Gyem who just turned 80 years this year recalls that her father used to farm in the fallow land that children now use as a playground. She also laments the unbearable increase in temperatures and worries that if the water scarcity continues, the villagers may struggle to cultivate enough rice to feed themselves. She is very worried that if the situation continues everyone in the village may have to migrate from the village they have inhabited for generations. Phangyul village head is also very concerned that due to water stress they may not be able to  grow any paddy this year. He recalled that last year farmers in Phangyul had to bring water up in tankers to save their crops from being lost. Many households have already left the village for nearby cities in search of work and to sustain themselves.

Grandmother Gyem

Elsewhere in Lholing village in the Paro valley, the situation is even worse. Due to persistent water shortage, the villagers have not been able to cultivate anything regularly in their very fertile lands now for several years. Almost all the perennial springs that have supported life in village has now dried up and the only one remaining is reduced to a trickle. Animals are also struggling to cope with the situation and reportedly many have perished. Almost every household in the village is now deserted and people have now moved out to low-lands and try to cultivate paddy and crops on leased lands often on leased lands and under unfavourable conditions. Dorji Gyeltshen a local leader whose family have lived in Lholing for 5 generations now fears that his children may never be able to return and live in the village.

Dorji Gyeltshen and wife

 

The irony is that Bhutan has a per capita water availability of 109,000 m3/year which is the highest among countries in the region. However the water resources are not distributed evenly across the country and climate change is increasing the water stress particularly for highland villages. While Phangyuel and Lholing have faced water scarcity, there have been flooding and landslides in other parts of Bhutan. Of late frequency and the intensity of droughts and floods have also increased due to climate change.

During the 16thand 17thcenturies when pilgrims and travellers transited through Bhutan they used to marvel at the irrigation systems and water engineering capabilities. Those irrigation and engineering capabilities meant that Bhutanease agriculture flourished and there were no water shortages. Many such engineering and irrigation practices have now been lost or not able to adapt to the severe reduction in water availability due to climate change.

Thankfully, there are efforts to find solutions to water scarcity problems in Phangyuel and Lholing. A plan for a channel to carry water to Phangyel from a reservoir over 30 km away has been drawn up and engineering specifications have been developed. It is hoped that this water supply infrastructure can be realised through financing from the Royal Government of Bhutan and possibly international assistance. Similarly at Lholing village, trenches have been dug at upper catchments to harvest monsoon rains to recharge aquifers and revive the springs that have provided the village for generations. These initiatives would need support from government or from international donors where there are funding gaps. Hopefully these initiatives will materialise and will alleviate the water scarcity in both Lholing and Phangyul. I do hope that the springs and Lholing will be revived and Dorji Gyeltshen can return to the land of his ancestors and revive agriculture the lands that lie fallow and that Grandma Gyem can continue to stay on in Phangyul where her ancestors lived and grandchildren were born. I also hope that little Kinley can stay on and grow up in Phangyul and become the school teacher she wants to be.

 

Gasifier Powered Mini-Grid in Myanmar: A Successful Public-Private Partnership driven by Private Investments.

I had heard a lot about the entrepreneurs in Myanmar who develop and operate renewable energy mini-grids from several experts including Dipti Vaghela who coordinates Hydro Empowerment Network (HPNet), that I jumped at the opportunity offered by U Aung Mynt General Secretary of Renewable Energy Association of Myanmar (REAM) to join the REAM team on a visit to the village of Hlaing Phone in the Ayeyarwady delta. The trip to Hlaing Phone in February 2017 wasn’t easy we had to drive 5 hours each way with the final stretch through unpaved roads and the read trip was followed by a 45 min long tail boat ride through the Ayeyarwady. The journey through the rice fields, fish farms, the labyrinth of local waterways and the local rural life was so interesting that we did not realise the time spent on travelling. It also puts into perspective how remote some of Myanmar’s villages and how difficult access is.

Hlaing Phone is an agricultural and fishing village with over 250 households and a market which is being powered by a 250 kW biomass gasifier using risk husk as fuel, since the last two years. The gasifier was indigenously designed and developed by U Soe Tint Aung of Royal Htoo Linn (RHL) who have already installed close to 800 gasifiers all over Myanmar including 145 village electrification systems. These gasifiers also address a major environmental problem as the risk husk from rice mills is often dumped into local rivulets and waterways causing significant damage to the local aquatic ecosystem. Gasifiers using rice husk from mills can convert this agro-residue to energy. While a number of local manufacturers of gasifier exist, many technologies struggle to manage and clean the coal tar from the producer gas resulting in frequent cleaning and replacement of gasifier and engine components and direct discharge to waterways. The gasifier installed, owned and operated by RHL consists of a multi-stage coal-tar cleaning using water sprays and biomass and the water for spray cleaning is also recirculated using a system of 3 settling tanks. The system also provides employment to 5 people from the village who are involved in fuel management, operating the gasifier, managing the electrical network and tariff collection.

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The Operators of the Gasifier Powered Mini Grid at Hlaing Phone                                     (Credits: Sustainable Energy Associates)

There is an electricity committee at Hlaing Phone which supports the RHL team in managing the system. Of 250 households in the village 200 are already connected to the electrical mini-grid, with the remaining households continuing to use their solar home systems or unable to afford about $ 30 required for purchasing the meter and carry out internal wiring. A previous gasifier based system is defunct now. The electricity supply is much more reliable currently with the current system without voltage and frequency variations which in the past have resulted in damages to electrical equipment. The electricity consumption is metered and collected on a monthly basis by RHL with an average monthly household level consumption of about 40 Kwh with the major applications being lighting, television and radios, rice cookers. Some households also have refrigerators, air conditioners, washing machines etc. The electric supply is for 17 hrs daily from 6 AM to 11 with an average monthly household expenditure on electricity being $ 18/month. This is primarily because, the local electricity tariff is rather high at $ 0.44/kWh however there was a complete willingness to pay these higher tariffs for electricity which was reliable and of better quality.

Once we left the village hall and the electricity committee, we could see electricity making a significant difference at homes and at the village market place. Shops are able to increase sales of beverages through refrigeration and women owned cloth shops able to make embroidered Longyis using electric sewing machines increasing incomes. Homemakers seemed very happy with the reliable electricity and use electric rice cookers and electric frying pans and reiterated that the higher tariff was not a problem compared to the convenience of electrical appliances. Some households also use refrigerators and washing machines all of which seemed to benefit women significantly. The most significant aspect of the mini-grid was that it was completely financed by the community and the private enterprise, and operated in the absence of government support and regulatory oversight. There were no international collaborators involved and a clear case of a locally developed appropriate technology operating in a decentralised and geographically remote location with private investments and private operation in partnership with a happy and satisfied community. I understand from U Aung Mynt and Dipti that there are 1000s of such local mini-grids all over Myanmar which follows similar financing and business model using hydro and biomass gasification technologies.

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Electric Sewing Machines Supporting Women-led Business                                  (Credits: Sustainable Energy Associates)

The following week, I was in Nay Phi Taw, the capital of Myanmar and a very different setting to Hlaing Phone where I had the privilege of listening to several global key experts convened by the World Bank on financing, business, policy, regulatory and technology aspects of mini-grids, discuss global best practices. I was impressed by the level and range of experience in the space and was pleased to understand the commitment and resources being offered by development agencies to help Myanmar achieve universal electrification by 2030. With the right approach and an orderly development, Myanmar should be able to provide reliable and affordable energy to all of its population leveraging the existing technology, finance and business ecosystem which currently exists in the country in the mini-grid space. My thoughts on some of the aspects to consider in a future accelerated electrification drive in Myanmar could be:

  • Existing mini-grids and mini-grid operators as well as the support ecosystem should be leveraged in electrification plans and efforts should build on existing private sector led electrification experience. You have a unique opportunity to have a bottom-up model of rural electrification in Myanmar;
  • While relatively difficult to implement in Myanmar, financing should be based on cost-recovery principles and should incentivise electricity generation business models than subsidise capital expenditure of future mini-grid and off-grid systems. This is important as large offerings of subsidies may encourage traders to benefit more than the private sector, communities and financiers;
  • There is a need for cross-subsidy mechanisms or incentive mechanisms to moderate the high cost of generated electricity in decentralised mini-grids as well as finance the initial cost of initial electricity access. There is scope for energy policy and regulation to play a facilitating role here;
  • There is a need for an independent regulatory agency which will be able to regulate the electricity sector including grid extensions, mini-grids and off-grid electrification with the objectives of affordability, quality and safety. There are a number of sustainable energy regulatory instruments, toolkits and examples to help underline the importance of the role of independent infrastructure regulation in delivering quality and affordable services to consumers;
  • The rural electrification framework could be technology neutral and could allow private sector and public-private partnerships to choose technology options for electrification based on levelised cost of electricity supply. All options including renewables, fossil fuels, hybrid systems and grid extensions should preferably be considered in the technology mix;
  • An integrated approach that covers both thermal and electrical energy where cooking and cooling energy needs in Myanmar are simultaneously addressed by the mini-grid enterprise or distribution operator through electrical appliances or cleaner fuels such as Liquefied Petroleum Gas (LPG) is likely to address rural energy access and indoor air pollution effectively while increasing the viability of the electricity business;
  • A robust framework for quality control and testing should be placed on electricity conversion systems and electrical network equipment to ensure superior technical performance and avoid manufacture, import and use to inferior equipment. Consideration should also be given towards and appliance energy efficiency and labelling scheme that covers key electrical appliances;

I am sure that many of these aspects are already being considered by the Myanmar government and other key stakeholders in planning and implementing rural energy efforts. I hope to remotely follow these developments and to return some day to find more Hlaing Phones where electrification is done on a PPP mode within a progressive policy and regulatory framework.

Kitonyoni Solar Mini-grid

The solar mini-grid at Kitonyoni near Machakos in Makueni County was financed by the UK government and commissioned in 2012 by the Sustainable Energy Research Group at University of Southampton. The Kitonyoni   Solar mini-grid is managed by Makueni County Solar Energy Co-op Society Ltd which is owned and managed by the community. In July 2016, I travelled to Kitonyoni to visit the solar min-grid and meet with the community. While at Kitonyoni, I met with Joseph, Monicah, William and Shadrack from the management Makueni County Solar Energy Co-op Society Ltd and also with Stephen, the manager of the mini-grid and energy service business.

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Management of the Solar Electric Cooperative and the system manager Stephen

With the community leaders and the manager of the mini-grid, I visited several businesses and households that were consuming electricity from the cooperative to understand the business model. The solar electric cooperative seems to be professionally managed and financially sustainable. They operate on a for-profit business basis and the financial accounts reveal that the operation is financially sustainable. The electricity cooperative uses a pre-paid card system for electricity sales and payments which seems to be working well. The electricity consumers are more conscious of energy use and payments and the cooperative is also happy with the upfront collections. The number of shops in the Kitonyoni market has significantly increased since the solar mini-grid was commissioned and the value of the land in the area has also almost tripled. However, the tariff charged by the solar electric cooperative is considerably higher than the public electricity utility but the community has been willing to pay a higher tariff due to better availability and reliability.

 

 

My partners on the STEPs project, the team at University of Southampton led by Prof Bakr Bahaj had carried out a survey to examine the possibility of integrating thermal energy services into the existing electrical energy service business model. The results showed that 90% of the households in Kitonyoni use firewood for cooking which is available without cost to the community (Bahaj and Kanani, 2016). While the households spends over 5 hours to gather firewood, there is limited interest in switching to cleaner cooking options such as LPG which involve additional financial expenditure. The opportunity to integrate a solar thermal energy service along with the electricity service seems rather limited due to limited scope and demand for commercial fuels. The firewood is available freely in the area and LPG distribution networks are not available in the village.  Therefore currently, there does not seem to be a business case for introduction of an LPG franchise model and integrate the model into the solar electricity business. However some thoughts that I shared with the community were:

Since households and restaurants are cooking in separate rooms than their houses and as there is a preference for community schemes, will a community electric cooking scheme succeed? This may be relevant as on most days the battery bank of the solar mini-grid seems to be fully charged in the early afternoon and this could provide an opportunity for a central cluster of electric induction cookers which people can use to cook on a pay per use basis(similar to battery charging) to the cooperative.

It is possible that people may opt for efficient Cookstoves/Jikos if available on a hire-purchase/PAYG basis and reduce the amount of firewood to be collected resulting in time savings. An efficient Jiko will cost 45 $ which could be offered on a loan basis with daily/weekly/monthly payments to people by the cooperative for 6 months to 1 year tenure. These funds could be revolved over the time period to reach other members.

A differential tariff with a lower tier-tariff for the shops and establishments that use electricity during the day will likely improve the revenue model of the cooperative and can increase the utilisation levels. Such a tariff regime could allow the use of induction electric cookers at households during the day. Such a development could result in increasing sales and revenue and improving the business viability.

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Despite the Mini-grid, the major source of cooking fuel is still firewood

Therefore the technology options for thermal energy and cooking in Kitonyoni is electric cooking or efficient Cookstoves with the possible business models of pay-per-use or hire-purchase respectively. A differential tariff with lower off-peak tariff could also allow electric cooking during the day time and improve the business model. These options are not entirely obvious and needs to be investigated and defined. This approach will certainly face stiff competition from free biomass availability and availability of free time for fire-wood collection.

Reference

Bahaj AS and Kanani, C, 2016, Thermal Energy Survey and Analysis, Material 10: Energy for Development Villages – Sustainable Thermal Energy Service Partnerships

Remembering Mamunul

The man wore blue hospital cloths and appeared very weak, frail, disoriented and looked very different from the person I had known. This is the last mental image I have of Mamunul Hoque Khan who succumbed to months of struggle with Deep Vein Thrombosis last week. The image was from a Skype call we had on advancing some work I had done in Afghanistan while he was still at a hospital in Singapore. I requested Mamunul repeatedly to take care of his health during this and other Skype exchanges we had subsequently as he seemed impatient to get back to Kabul and resume work.

I first met Mamunul on a bright and sunny Kabul morning at Green Village. We immediately got into the business I was in Kabul for – to develop a rural energy project for UNDP Afghanistan. For the next 5 months we met each other almost on a daily basis as I went about the project development. He was very involved with the work, had a good advice on navigating problem issues and wanted to think big. We would have meetings late in the evenings and on holidays about the project, there will be e-mails from airports and from his home in Dhaka when he was on holidays, which made me often wonder whether he ever did anything other than work.

He was also a valued for the way he related and engaged with his colleagues. He treated them as extended family and I was often part of gatherings where people shared food and conversations in his office. He was very fond of watches and gadgets and would often encourage me to follow his example! I recall that during the periods I struggled to find decent vegetarian food at Green Village, Mamunul asked one of his friends to make Indian vegetarian food and took me over. We often had discussions about aspects other than work at Green Village or during several long trips we took to meetings in Kabul. It was clear in this conversations that he really liked the work he was doing and he had a particular liking for Afghanistan and its people.

I had been in touch with Mamunul and his colleagues regularly over the last few months to advance the implementation of the Afghanistan Sustainable Energy for Rural Development project that I had developed. We were hopeful that the implementation efforts could start this year on a much needed large scale rural energy effort in Afghanistan which would also address thermal energy needs and that Mamunul would also be back in Kabul soon. Against this background, I was shocked to hear last week that Mamunul did not win his battle with his medical condition and passed away in Dhaka. This indeed is a tragic end to someone who held a lot of promise and could have contributed immensely to environmental protection and climate change. It is indeed a major loss to his family and his employer – UNDP. His colleagues feel they have lost a family member and I have lost a good friend and a valued partner.

So rest in peace Mamunul, I hope your contributions to environmental protection and climate change in Afghanistan are not forgotten but intensified. An appropriate tribute to Mamunul would be to build on the contributions he had made to Afghanistan and to take forward the work he has initiated.

The ‘Real 5P Model’ in Cinta Mekar

I first heard about the 5P model or the Pro-Poor-Public-Private-Partnership in 2012 when I was in the mountain kingdom of Lesotho. The UN’s Economic Commission for Africa were scoping for an energy centre to be run by a cooperative as a 5P model. I found the idea of PPPs in rural energy that focused on poverty alleviation quite compelling in the context of the rural energy work I was doing at the time. This approach was reflected in the Lesotho Energy Alternatives Programme (LEAP) that I developed for UNDP and the Sustainable Thermal Energy Partnerships (STEPs) project that Xavier Lemaire of UCL Energy Institute and I developed with during 2012-2013.

Fast forward 2 years and the STEPs project is generously funded by UK Aid and on its way and while responding to the baseline study on the STEPs project, I hear from Hongpeng Liu and Deanna Morris at the Energy Division of UN’s Economic and Social Commission for Asia-Pacific (UN-ESCAP) about the original 5P model which has been working for over 10 years in Cinta Mekar, Indonesia. With kind support from Tri Mumpuni of People Centred Business and Economic Institute (IBEKA) ( who incidentally is a recipient of Magsaysay award for her work on hydro power for rural electrification), weeks later I find my way to Cinta Mekar, a relatively remote hilly village about 3 hours drive from Jakarta.

The Cooperative at Cinta Mekar – Makar Sari is headed by a diminutive Yuyun Yunegsih, a grandmother of three who has been elected few years ago by the 450 members of the. The cooperative manages the 120 kW hydro power plant which was commissioned in 2003. The investment in the hydro-mechanical and electro-mechanical equipment and the building materials were financed 50:50 by UN-ESCAP and a private company Hidropiranti. The facilitation was by IBEKA and the members of the community and cooperatives contributed labour and local materials for civil construction in a normal PPP mode.

Today after 12 years the hydro power system is still working well and generating and selling electricity to the local utility – PLN at slightly over US cents 4/kWh. 40% of the $650-$1100 monthly revenues go to Hydropiranti and 40% to Mekar Sari cooperative while 20% is set aside for maintenance, repairs and replacement. The Mekar Sari cooperative has done a number of impressive ‘pro-poor’ initiatives over the years with its share of the revenues. It has provided financial assistance to households which could not afford to obtain an electricity connection. The cooperative also provides scholarships to 360 kids from the community, provides a land fund for members who do not have land holdings, provides an allowance for women in the community to cover childbirth related expenses and also pays an allowance to older members in the community. It has plans to construct public toilets, drinking water fountains etc. all of which seems very impressive. This is an impressive ‘pro-poor’ element that I have not seen in energy projects in general. I have seen impressive pro-poor energy initiatives driven by visionary and charismatic individuals but not by organisations for such a long duration and consistent track-record.

While the social development and pro-poor schemes have been very impressive, the business side has been slightly less impressive. The cooperative has not been successful in renegotiating in higher off-take tariffs in the power purchase agreement with PLN which pays almost a three times higher tariff for similar community hydro plants. A major investment in a manufacturing facility to make gluten-free banana flour which would have employed 10 people have not been successful and lies largely unutilised as the supply chain and market prospects were not investigated properly. It’s possible that the cooperative may have benefitted from some hard-nosed business advice. However the initiative can be considered a notable success in establishing a technical and management solution at an institutional level which has worked for over 12 years and has continued to be profitable and having driven social development in the community.

It was interesting to see that almost all the electrified community was using LP Gas or gathering wood from the forests for cooking, thus affirming our view that the thermal energy aspect is often overlooked and left to individual households to solve. What was interesting was also that many households which could afford were using electric rice cookers for cooking the main staple food. A 5P model which combines private sector quality, efficiency and investments with public and community investment and participation, with community organisations managing social benefits and which combines both electricity and gas supply could indeed be a better model economically and socially. The question whether the institutionalised community leadership in Cinta Mekar can be replicated elsewhere remains.

After my visit I asked Yuyun what the cooperatives biggest challenge was and contrary to what I expected it turned out to be the efforts by the local government to take over the cooperative. So while technical, economic and social challenges can be overcome in rural energy services, political challenges often pose a greater risk to sustainability.

Remembering Teresa Marston, May Her Tribe Increase

I first met Teresa probably in 1995 and she had a big smile on her face. That Smile is something I have associated with Teresa for the next 10 years until 2004, during the period when I had the privilege of working with her. I learned yesterday from her family that Therese had passed away peacefully on the 22nd of January and that she was suffering from a neuro-degenerative disease called ALS for the last 3 years. She had faced the disease with an incredible optimism and courage and  passed away gracefully two weeks ago.

I remember Therese as always very kind and would often go out of her way to help people in need. I recall the three dogs  she adopted while living in India and she would always take in the weakest of the dogs. She felt very strongly for the street children begging for money at traffic intersections in Delhi and taught me not to give them money but chocolates, toys old cloths etc. While in Pondicherry, Therese was always at the forefront of any socially oriented initiative that the company IT Power organised. I recall that once, she got a professional troupe from Mumbai to Pondicherry to go around performing at schools in Pondicherry to create awareness on environmental protection.

An incident which I recall during our time at IT Power being is something which defines Therese. We were both interviewing several candidates for an open position. One particular interview wasn’t going well and when we were about to complete the interview the candidate broke down. He said he had appeared for a large number of interviews and has now lost hope of ever finding a job. My instinct was to console and thank him but select another candidate who was the best recruit. Therese however impressed on me that as a company active in sustainable development, we had a responsibility to select and mentor such professionals as well. I reluctantly agreed and for the next several months I thought we had made a mistake. But over a period of time, the employee shed his inhibitions and bloomed. Now he is employed in another reputed company, has started a family and remains a friend. It’s possible that the story might have been different, if not for the role Therese played.

I was in touch with Therese over the past year about a get-together and treatment in India but did not realise that she was unwell. I had suggested few months ago that we meet the next time she would be in India but I now realise with great sadness that there won’t be a next time…

Let’s celebrate the life of Teresa Marston for the kindness and support she has shown to everyone she came across. I’m sure that she has influenced several people like me to be more accommodating and kind. So thank you for the privilege of knowing and working with you Teresa.

Rest In Peace.