In the December issue of LIWANAG, the AMORE Program's newsletter, the program shares its strategies on sustainability of its work in the areas of rural renewable energy electrification, safe water access and multimedia-based distance education.
The document discusses the Alliance for Mindanao and Multi-Regional Renewable/Rural Energy Development (AMORE) program which aims to provide renewable energy access to off-grid communities. It highlights recent projects bringing solar power to 22 villages in Maguindanao and Tawi-Tawi provinces and discusses using a Business Development Assistance scheme to support solar entrepreneurship. It also notes a new microfinance partnership allowing two community groups to access more funding to expand solar lantern and home system sales.
Light and heat from the sun is the most abundant energy source on earth.The solar energy that hits our planet’s surface in one hour is about equal to the amount of energy consumed by all human activities in a year. Moreover, electricity generated by solar power is emission-free and can help mitigate climate change as well as reduce our dependence on finite carbon-based energy sources.
ABB offers a range of solutions that not just help capture the sun’s rays in the most effective manner but also help achieve grid parity.
Energy and the Sustainable Development AgendaGlobal Utmaning
The document discusses sustainable development goals for energy access, efficiency, and low carbon energy supply for a post-2015 agenda. It proposes goals for increasing renewable energy shares, reducing costs of low carbon technologies, boosting annual investments in energy access, and improving efficiency in buildings and economic sectors. The goals would contribute to outcomes like behavioral changes and investments, and ultimately impact sustainable development through economic, environmental and social changes.
Micro-financing - Webinar - Financing for Solar Offgrid BusinessesTuong Do
MicroEnergy Credits leverages carbon financing to help scale up solar off-grid clean energy programs. It provides carbon funds to rural banks and microfinance institutions so their clients can access clean energy. This addresses issues small and medium enterprises face in making products affordable, marketing them, and providing after-sales support. Carbon funds have helped one MicroEnergy Credits partner in North India provide solar home lighting systems to over 50,000 households through activities like customer service centers and training. The investment cycle involves investors funding MicroEnergy Credits, which then uses the funds to train partners and develop carbon projects, with repayments coming from carbon revenue.
Smart Power: the Future of Electric Utilities in the US and China, Peter Fox-...Beijing Energy Network
In the presentation Dr. Fox-Penner will be summarizing the key topics in his book, namely the shifts required in the US power grid to change from a centralized, vertically-integrated energy infrastructure to a more distributed generation infrastructure. He will cover the decarbonization of the US power sector as well as the impact of “smart grid” developments. Finally, he will contrast the US situation with that of China and talk about the impact of large amounts of renewables integration on the grid.
This document discusses the need for smarter energy demand in the UK. It notes that integrating more renewable energy sources will require 32% of UK electricity to come from renewables by 2020, up from 7% in 2010. However, meeting this target and continuing to meet rising energy demand will require significant investment and changes to energy usage. The document argues that smarter energy demand, through tools like dynamic pricing and demand response, will be needed alongside supply-side changes to balance the grid and limit cost increases. It notes that while energy companies support tools to shape consumer behavior like pricing and education, many consumers still lack understanding of energy topics. The document concludes that building trust between utilities and customers will be key to enabling the collaboration required for smarter energy
Ted Ko, Clean Coalition presentation at SF Bay Area Community Solar Confluenc...Rosana Francescato
The document discusses the Clean Coalition's mission to implement policies that transition the world to cost-effective clean energy now. It notes that Germany has deployed significantly more solar capacity than California in recent years despite California having a better solar resource. This is because Germany's solar capacity is primarily small distributed rooftop systems under 2 MW, while California relies more on large centralized projects. It then defines the key aspects of "CLEAN programs", which use standardized contracts to remove barriers to small renewable energy projects, driving private investment and local economic benefits. The document advocates for expanding California's CLEAN programs to unlock its solar potential as other areas have done through similar policies.
The document discusses the Alliance for Mindanao and Multi-Regional Renewable/Rural Energy Development (AMORE) program which aims to provide renewable energy access to off-grid communities. It highlights recent projects bringing solar power to 22 villages in Maguindanao and Tawi-Tawi provinces and discusses using a Business Development Assistance scheme to support solar entrepreneurship. It also notes a new microfinance partnership allowing two community groups to access more funding to expand solar lantern and home system sales.
Light and heat from the sun is the most abundant energy source on earth.The solar energy that hits our planet’s surface in one hour is about equal to the amount of energy consumed by all human activities in a year. Moreover, electricity generated by solar power is emission-free and can help mitigate climate change as well as reduce our dependence on finite carbon-based energy sources.
ABB offers a range of solutions that not just help capture the sun’s rays in the most effective manner but also help achieve grid parity.
Energy and the Sustainable Development AgendaGlobal Utmaning
The document discusses sustainable development goals for energy access, efficiency, and low carbon energy supply for a post-2015 agenda. It proposes goals for increasing renewable energy shares, reducing costs of low carbon technologies, boosting annual investments in energy access, and improving efficiency in buildings and economic sectors. The goals would contribute to outcomes like behavioral changes and investments, and ultimately impact sustainable development through economic, environmental and social changes.
Micro-financing - Webinar - Financing for Solar Offgrid BusinessesTuong Do
MicroEnergy Credits leverages carbon financing to help scale up solar off-grid clean energy programs. It provides carbon funds to rural banks and microfinance institutions so their clients can access clean energy. This addresses issues small and medium enterprises face in making products affordable, marketing them, and providing after-sales support. Carbon funds have helped one MicroEnergy Credits partner in North India provide solar home lighting systems to over 50,000 households through activities like customer service centers and training. The investment cycle involves investors funding MicroEnergy Credits, which then uses the funds to train partners and develop carbon projects, with repayments coming from carbon revenue.
Smart Power: the Future of Electric Utilities in the US and China, Peter Fox-...Beijing Energy Network
In the presentation Dr. Fox-Penner will be summarizing the key topics in his book, namely the shifts required in the US power grid to change from a centralized, vertically-integrated energy infrastructure to a more distributed generation infrastructure. He will cover the decarbonization of the US power sector as well as the impact of “smart grid” developments. Finally, he will contrast the US situation with that of China and talk about the impact of large amounts of renewables integration on the grid.
This document discusses the need for smarter energy demand in the UK. It notes that integrating more renewable energy sources will require 32% of UK electricity to come from renewables by 2020, up from 7% in 2010. However, meeting this target and continuing to meet rising energy demand will require significant investment and changes to energy usage. The document argues that smarter energy demand, through tools like dynamic pricing and demand response, will be needed alongside supply-side changes to balance the grid and limit cost increases. It notes that while energy companies support tools to shape consumer behavior like pricing and education, many consumers still lack understanding of energy topics. The document concludes that building trust between utilities and customers will be key to enabling the collaboration required for smarter energy
Ted Ko, Clean Coalition presentation at SF Bay Area Community Solar Confluenc...Rosana Francescato
The document discusses the Clean Coalition's mission to implement policies that transition the world to cost-effective clean energy now. It notes that Germany has deployed significantly more solar capacity than California in recent years despite California having a better solar resource. This is because Germany's solar capacity is primarily small distributed rooftop systems under 2 MW, while California relies more on large centralized projects. It then defines the key aspects of "CLEAN programs", which use standardized contracts to remove barriers to small renewable energy projects, driving private investment and local economic benefits. The document advocates for expanding California's CLEAN programs to unlock its solar potential as other areas have done through similar policies.
Laurie Reilly - NY Community solar confluence presentationJoy Hughes
Laurie Reilly of sustainable CUNY presents on the New York City solar map. Presented at the Community Solar Confluence, April 23, 2012. Used by permission.
Central africa & Egypt contact issue 2.2012ABBCONTACT
Light and heat from the sun is the most abundant energy source on earth.The solar energy that hits our planet’s surface in one hour is about equal to the amount of energy consumed by all human activities in a year. Moreover, electricity generated by solar power is emission-free and can help mitigate climate change as well as reduce our dependence on finite carbon-based energy sources.
ABB offers a range of solutions that not just help capture the sun’s rays in the most effective manner but also help achieve grid parity.
This document discusses implementing solar cell technology at Bank CIMB Niaga branches as a pilot project. It would help reduce electricity costs and blackouts experienced at some branches. Implementing solar cells could create competitive advantages like reducing expenses, boosting the bank's green image, and tapping new customer segments interested in environmental issues. The bank could collaborate with other organizations on joint green programs to further promote its brand and mission. Capturing new corporate and affluent customers interested in eco-friendly financing options is also discussed.
Course on Regulation and Sustainable Energy in Developing Countries - Session 2Leonardo ENERGY
schemes for the large-scale dissemination of renewable energy technologies in developing countries. Market-based mechanisms overcome partly the limits of donor aid-projects. They build on public-private partnerships where a network of local entrepreneurs contributes to the maintenance of systems.
Solar home systems
Rural energy services companies.
Case studies: Zambia, South Africa, Bangladesh, China...
Institutional and regulatory framework
Dominion Power: New Directions in Energy by Mark Webb, Director-Policy and Business Evaluation, Alternative Energy Solutions
Presented to the Mayor's Energy Task Force-City of Virginia Beach, a series of task force meetings to educate the members on the opportunities and challenges facing us as we search for renewable, sustainable and environmentally sound energy sources.
June 3,2009
Schneider Electric Sustainable Developmentbdeclerc
The document discusses Schneider Electric's approach to sustainable development. It focuses on helping provide access to energy in developing nations through its BipBop program, and promoting energy efficiency in developed countries to reduce emissions. Schneider Electric aims to double energy efficiency improvements while halving carbon emissions by 2050. It organizes its sustainable development efforts around profitability, environmental and social responsibilities.
The document summarizes a meeting focused on clean energy initiatives in the MAPC region. It includes an agenda with opening remarks, a keynote address on Massachusetts' clean energy journey, and a panel discussion on municipal energy projects. The keynote address discusses how Massachusetts has become a leader in clean energy through initiatives like increasing renewable portfolio standards, expanding energy efficiency programs, and growing the clean energy jobs sector. It also reviews the state's progress in reducing greenhouse gas emissions. The panel discussion features representatives from Boston, Medford and Somerville discussing their cities' energy programs and projects.
The document discusses renewable energy promotion and training through small and medium enterprises (SMEs) in rural India. It outlines India's fossil fuel reserves and production, current energy distribution and power generation. India has a total renewable energy capacity of 26.9 GW as of 2012, with an annual growth rate of 18%. SMEs can play a key role in promoting renewable energy in rural India by setting up small projects. However, there are also challenges for SMEs including lack of financing, technical know-how and policies supportive of decentralized renewable energy.
Renewable Energy - Who Benefits? - Nicholas GubbinsOxfam GB
Nicholas Gubbins, Chief Executive of Community Energy Scotland, talks about who benefits from renewable energy.
The Whose Economy? seminars, organised by Oxfam Scotland and the University of the West of Scotland, brought together experts to look at recent changes in the Scottish economy and their impact on Scotland's most vulnerable communities.
Held over winter and spring 2010-11 in Edinburgh, Inverness, Glasgow and Stirling, the series posed the question of what economy is being created in Scotland and, specifically, for whom?
To find out more and view other Whose Economy? papers, presentations and videos visit:
http://www.oxfamblogs.org/ukpovertypost/whose-economy-seminar-series-winter-2010-spring-2011/
[Challenge:Future] Renewable Energy for the Bottom of the PyramidChallenge:Future
This document summarizes a renewable energy project in India that aims to provide electricity to unelectrified areas. The team leader's dream job is to tackle the global energy crisis through sustainable renewable energy solutions. They plan to identify and implement renewable technologies appropriate for developing areas. Their goals are to employ and train local people, use monitoring systems, and collaborate with financial institutions to support micro-businesses powered by electricity. Examples of technologies discussed include biomass, wind, solar, and tidal/ocean current installations across Asia, Africa, and South America. The impact of their work is outlined through 2040 in increasing energy access, employment, incomes and reducing emissions. The team leader's education in innovation, problem-solving, communication and experience
The document proposes setting up assembling units for solar LED lights to provide lighting to rural areas lacking electricity access. It estimates that over 100,000 villages and 40% of rural households lack access to electricity and rely on kerosene for lighting. Solar LED lights provide a cleaner, healthier and more affordable alternative. The proposal discusses setting up localized assembling units that can be run as entrepreneurial businesses to produce and distribute solar LED lights, providing income opportunities and access to lighting.
We provide environmentally friendly energy through micro-hydel development to underserved communities in Pakistan. This includes community mobilization, surveys, feasibility studies, design, manufacturing, installation, training, and maintenance of micro-hydel systems that provide electricity for 30-35 years. Some benefits are reliable electricity using only water flow, low installation and maintenance costs, power for remote areas, and potential integration with local grids. Our goal is to improve living standards and fulfill basic energy needs through partnership with local organizations.
This document provides an overview of renewable energy and solar technologies. It discusses policies promoting renewable energy in over 65 countries and investments exceeding $100 billion in 2007. Specific renewable technologies summarized include solar power (photovoltaics, concentrating solar power, solar hot water), wind power, biomass, geothermal, and hydroelectric. The history of utilizing solar energy from the 7th century BC through modern developments is also outlined.
This document discusses Skanska's journey to becoming a leader in green, or "deep green", construction. It provides context on global trends driving demand for sustainable building practices, including population growth, urbanization, and climate change. Skanska aims to move beyond basic compliance with regulations to provide energy-efficient, low-carbon, and sustainable building solutions using a "color palette" approach. The company sees going deep green as both a business opportunity and a way to future-proof its operations and benefit the planet and its people.
Energy Development Corporation, a renewable energy company in the Philippines and operator of the world's largest vertically integrated geothermal project discusses best practice in sustainability reporting at the 2nd National Conference on Sustainability and Reporting held on Nov. 29, 2012 at the University of Asia and the Pacific.
The document discusses the Smart Grid Consumer Collaborative (SGCC), a non-profit organization that aims to promote understanding of modernized electrical systems. The SGCC listens to consumers, educates via outreach materials, and collaborates via best practices. It has members from technology companies, non-profits, utilities, and focuses on consumer research and education. Two reasons for a smart grid are that the current grid is aging and lacks technology, and substantial benefits can come from reliability, economic and environmental gains. Consumer buy-in is seen as essential but many consumers lack energy literacy and knowledge gaps exist regarding topics like efficiency. Segmenting consumers is key to successful engagement.
PA/NJ codes and building performance policy presentation March 2013Cliff Majersik
The document discusses building energy codes and their role in improving energy efficiency. It notes that while energy codes establish requirements for new buildings, compliance is often below 50% in many places. With full compliance, businesses and consumers could save $40 billion annually on energy costs by 2030 according to various studies on current compliance rates. The document also outlines policies adopted in various cities and states to mandate benchmarking and energy audits/upgrades in existing buildings in order to transform the market and realize greater energy and emissions reductions.
Bioenergy International Applications Summary Presentation. Iraq 2011 R.J. Mo...Robert J. (Bob) Morris
R.J. Morris from AndMore Associates gave a presentation on bioenergy applications at the 2011 Renewable Energy Conference in Baghdad. The presentation covered global growth in biofuel production from 2000 to 2010, main international biomass trade routes, and biomass uses for heat. Technologies for liquid and gas biofuels were discussed, ranging from conventional biodiesel to advanced cellulosic ethanol. Future applications highlighted included algae production for jet fuel and producing biomass fuel from waste incineration.
The document discusses the City of Toronto's efforts to promote energy efficiency and reduce greenhouse gas emissions through its Energy Efficiency Office and Better Buildings Partnership program. Some key points:
1) The Energy Efficiency Office develops energy efficiency strategies for the city and works on climate change initiatives like creating green jobs and making buildings more energy efficient.
2) Buildings account for 61% of the city's greenhouse gas emissions, so the Better Buildings Partnership focuses on making existing buildings and new construction more energy efficient.
3) Projects through the partnership have saved over $59 million in annual energy costs, reduced emissions by over 440,000 tonnes of CO2, and created 29,000 jobs in renewable
- One Renewable Energy Enterprise, Inc. is a social enterprise established in 2008 that sells solar lighting products to rural communities in the Philippines.
- They have distribution centers across Luzon, Visayas, and Mindanao and target selling to energy poor households without access to the electric grid.
- They are seeking $1.27 million in investment from 2013-2016 to procure more solar lighting kits and expand their operations in the Autonomous Region in Muslim Mindanao, working with local Business and Economic Cooperation and Development Agencies.
This document discusses a business model for providing renewable energy to rural communities through partnerships between various stakeholders. The key stakeholders identified are village communities, NGOs, microfinance institutions, original equipment manufacturers, and government/state bodies. The model aims to improve rural livelihoods and alleviate poverty by providing energy access and creating new income opportunities through microloans to fund the installation of renewable energy technologies. Challenges and opportunities of this model are also analyzed.
Laurie Reilly - NY Community solar confluence presentationJoy Hughes
Laurie Reilly of sustainable CUNY presents on the New York City solar map. Presented at the Community Solar Confluence, April 23, 2012. Used by permission.
Central africa & Egypt contact issue 2.2012ABBCONTACT
Light and heat from the sun is the most abundant energy source on earth.The solar energy that hits our planet’s surface in one hour is about equal to the amount of energy consumed by all human activities in a year. Moreover, electricity generated by solar power is emission-free and can help mitigate climate change as well as reduce our dependence on finite carbon-based energy sources.
ABB offers a range of solutions that not just help capture the sun’s rays in the most effective manner but also help achieve grid parity.
This document discusses implementing solar cell technology at Bank CIMB Niaga branches as a pilot project. It would help reduce electricity costs and blackouts experienced at some branches. Implementing solar cells could create competitive advantages like reducing expenses, boosting the bank's green image, and tapping new customer segments interested in environmental issues. The bank could collaborate with other organizations on joint green programs to further promote its brand and mission. Capturing new corporate and affluent customers interested in eco-friendly financing options is also discussed.
Course on Regulation and Sustainable Energy in Developing Countries - Session 2Leonardo ENERGY
schemes for the large-scale dissemination of renewable energy technologies in developing countries. Market-based mechanisms overcome partly the limits of donor aid-projects. They build on public-private partnerships where a network of local entrepreneurs contributes to the maintenance of systems.
Solar home systems
Rural energy services companies.
Case studies: Zambia, South Africa, Bangladesh, China...
Institutional and regulatory framework
Dominion Power: New Directions in Energy by Mark Webb, Director-Policy and Business Evaluation, Alternative Energy Solutions
Presented to the Mayor's Energy Task Force-City of Virginia Beach, a series of task force meetings to educate the members on the opportunities and challenges facing us as we search for renewable, sustainable and environmentally sound energy sources.
June 3,2009
Schneider Electric Sustainable Developmentbdeclerc
The document discusses Schneider Electric's approach to sustainable development. It focuses on helping provide access to energy in developing nations through its BipBop program, and promoting energy efficiency in developed countries to reduce emissions. Schneider Electric aims to double energy efficiency improvements while halving carbon emissions by 2050. It organizes its sustainable development efforts around profitability, environmental and social responsibilities.
The document summarizes a meeting focused on clean energy initiatives in the MAPC region. It includes an agenda with opening remarks, a keynote address on Massachusetts' clean energy journey, and a panel discussion on municipal energy projects. The keynote address discusses how Massachusetts has become a leader in clean energy through initiatives like increasing renewable portfolio standards, expanding energy efficiency programs, and growing the clean energy jobs sector. It also reviews the state's progress in reducing greenhouse gas emissions. The panel discussion features representatives from Boston, Medford and Somerville discussing their cities' energy programs and projects.
The document discusses renewable energy promotion and training through small and medium enterprises (SMEs) in rural India. It outlines India's fossil fuel reserves and production, current energy distribution and power generation. India has a total renewable energy capacity of 26.9 GW as of 2012, with an annual growth rate of 18%. SMEs can play a key role in promoting renewable energy in rural India by setting up small projects. However, there are also challenges for SMEs including lack of financing, technical know-how and policies supportive of decentralized renewable energy.
Renewable Energy - Who Benefits? - Nicholas GubbinsOxfam GB
Nicholas Gubbins, Chief Executive of Community Energy Scotland, talks about who benefits from renewable energy.
The Whose Economy? seminars, organised by Oxfam Scotland and the University of the West of Scotland, brought together experts to look at recent changes in the Scottish economy and their impact on Scotland's most vulnerable communities.
Held over winter and spring 2010-11 in Edinburgh, Inverness, Glasgow and Stirling, the series posed the question of what economy is being created in Scotland and, specifically, for whom?
To find out more and view other Whose Economy? papers, presentations and videos visit:
http://www.oxfamblogs.org/ukpovertypost/whose-economy-seminar-series-winter-2010-spring-2011/
[Challenge:Future] Renewable Energy for the Bottom of the PyramidChallenge:Future
This document summarizes a renewable energy project in India that aims to provide electricity to unelectrified areas. The team leader's dream job is to tackle the global energy crisis through sustainable renewable energy solutions. They plan to identify and implement renewable technologies appropriate for developing areas. Their goals are to employ and train local people, use monitoring systems, and collaborate with financial institutions to support micro-businesses powered by electricity. Examples of technologies discussed include biomass, wind, solar, and tidal/ocean current installations across Asia, Africa, and South America. The impact of their work is outlined through 2040 in increasing energy access, employment, incomes and reducing emissions. The team leader's education in innovation, problem-solving, communication and experience
The document proposes setting up assembling units for solar LED lights to provide lighting to rural areas lacking electricity access. It estimates that over 100,000 villages and 40% of rural households lack access to electricity and rely on kerosene for lighting. Solar LED lights provide a cleaner, healthier and more affordable alternative. The proposal discusses setting up localized assembling units that can be run as entrepreneurial businesses to produce and distribute solar LED lights, providing income opportunities and access to lighting.
We provide environmentally friendly energy through micro-hydel development to underserved communities in Pakistan. This includes community mobilization, surveys, feasibility studies, design, manufacturing, installation, training, and maintenance of micro-hydel systems that provide electricity for 30-35 years. Some benefits are reliable electricity using only water flow, low installation and maintenance costs, power for remote areas, and potential integration with local grids. Our goal is to improve living standards and fulfill basic energy needs through partnership with local organizations.
This document provides an overview of renewable energy and solar technologies. It discusses policies promoting renewable energy in over 65 countries and investments exceeding $100 billion in 2007. Specific renewable technologies summarized include solar power (photovoltaics, concentrating solar power, solar hot water), wind power, biomass, geothermal, and hydroelectric. The history of utilizing solar energy from the 7th century BC through modern developments is also outlined.
This document discusses Skanska's journey to becoming a leader in green, or "deep green", construction. It provides context on global trends driving demand for sustainable building practices, including population growth, urbanization, and climate change. Skanska aims to move beyond basic compliance with regulations to provide energy-efficient, low-carbon, and sustainable building solutions using a "color palette" approach. The company sees going deep green as both a business opportunity and a way to future-proof its operations and benefit the planet and its people.
Energy Development Corporation, a renewable energy company in the Philippines and operator of the world's largest vertically integrated geothermal project discusses best practice in sustainability reporting at the 2nd National Conference on Sustainability and Reporting held on Nov. 29, 2012 at the University of Asia and the Pacific.
The document discusses the Smart Grid Consumer Collaborative (SGCC), a non-profit organization that aims to promote understanding of modernized electrical systems. The SGCC listens to consumers, educates via outreach materials, and collaborates via best practices. It has members from technology companies, non-profits, utilities, and focuses on consumer research and education. Two reasons for a smart grid are that the current grid is aging and lacks technology, and substantial benefits can come from reliability, economic and environmental gains. Consumer buy-in is seen as essential but many consumers lack energy literacy and knowledge gaps exist regarding topics like efficiency. Segmenting consumers is key to successful engagement.
PA/NJ codes and building performance policy presentation March 2013Cliff Majersik
The document discusses building energy codes and their role in improving energy efficiency. It notes that while energy codes establish requirements for new buildings, compliance is often below 50% in many places. With full compliance, businesses and consumers could save $40 billion annually on energy costs by 2030 according to various studies on current compliance rates. The document also outlines policies adopted in various cities and states to mandate benchmarking and energy audits/upgrades in existing buildings in order to transform the market and realize greater energy and emissions reductions.
Bioenergy International Applications Summary Presentation. Iraq 2011 R.J. Mo...Robert J. (Bob) Morris
R.J. Morris from AndMore Associates gave a presentation on bioenergy applications at the 2011 Renewable Energy Conference in Baghdad. The presentation covered global growth in biofuel production from 2000 to 2010, main international biomass trade routes, and biomass uses for heat. Technologies for liquid and gas biofuels were discussed, ranging from conventional biodiesel to advanced cellulosic ethanol. Future applications highlighted included algae production for jet fuel and producing biomass fuel from waste incineration.
The document discusses the City of Toronto's efforts to promote energy efficiency and reduce greenhouse gas emissions through its Energy Efficiency Office and Better Buildings Partnership program. Some key points:
1) The Energy Efficiency Office develops energy efficiency strategies for the city and works on climate change initiatives like creating green jobs and making buildings more energy efficient.
2) Buildings account for 61% of the city's greenhouse gas emissions, so the Better Buildings Partnership focuses on making existing buildings and new construction more energy efficient.
3) Projects through the partnership have saved over $59 million in annual energy costs, reduced emissions by over 440,000 tonnes of CO2, and created 29,000 jobs in renewable
- One Renewable Energy Enterprise, Inc. is a social enterprise established in 2008 that sells solar lighting products to rural communities in the Philippines.
- They have distribution centers across Luzon, Visayas, and Mindanao and target selling to energy poor households without access to the electric grid.
- They are seeking $1.27 million in investment from 2013-2016 to procure more solar lighting kits and expand their operations in the Autonomous Region in Muslim Mindanao, working with local Business and Economic Cooperation and Development Agencies.
This document discusses a business model for providing renewable energy to rural communities through partnerships between various stakeholders. The key stakeholders identified are village communities, NGOs, microfinance institutions, original equipment manufacturers, and government/state bodies. The model aims to improve rural livelihoods and alleviate poverty by providing energy access and creating new income opportunities through microloans to fund the installation of renewable energy technologies. Challenges and opportunities of this model are also analyzed.
1) AMORE has brought renewable energy access to over 30,000 households in nearly 500 villages, and electricity to nearly 400 schools. It has also given safe water access to nearly 30,000 rural households.
2) AMORE is transferring skills to local community associations (BRECDAs) so they can continue providing renewable energy access independently. Some BRECDAs have entered partnerships to become small solar businesses.
3) Through strategies for sustainability, AMORE aims to empower communities to maintain and expand renewable energy and water access after the program ends.
In 2010, SELCO completed 15 years of operation. SELCO was primarily setup to create appropriate solutions to meet one of the basic needs of rural households – lighting
Promoting Renewable Energy Technologies through Public Private Partnership_NR...Nawa Raj Dhakal
Paper presented in international workshop on "Financing Village Level Energy for Development in Asia Pacific" jointly organized by ADB, GVEP & FDC in Manila
The document outlines plans to implement a micro-hydroelectric project in Ifugao Province, Philippines. Villanova University faculty and students have worked in the area since 2009 on engineering projects and business development. The current project aims to rehabilitate a 25kW system in Maggok village and establish a sustainable, community-owned model for power generation. Stage 1 goals include assessing sites, building partnerships, and designing an appropriate system for a village near a hydroelectric source. The project will empower the community through participation, establishing a cooperative to independently operate and maintain the new power system and stimulate the local economy.
The document provides background information on a case study by Energy for Development (E4D) to establish a sustainable off-grid electrification project in Kitonyoni, Kenya using solar photovoltaic technology. E4D recognizes that many previous rural electrification projects have failed due to a lack of a business model to generate ongoing revenues and sustain the systems. The case study aims to design an efficient PV system, sustainable revenue model, and financing plan to overcome issues of access and governance that typically challenge rural electrification. It provides context on Kitonyoni's population and energy needs, as well as the challenges of rural electrification in developing countries related to access, affordability, and financial sustainability.
The document is a magazine from ABB discussing solar power developments. It includes articles on ABB opening a new learning center in Abu Dhabi to provide training on solar products, partnerships with universities for graduate internships, and research into areas like solar desalination and cooling. It also discusses solar projects in countries like Italy, Saudi Arabia, India, and the UAE.
This document summarizes the inaugural issue of CleanStart Connections, a magazine published by UNCDF's CleanStart program. The issue profiles entrepreneurs, technology experts, and policymakers working to expand access to clean energy in Nepal and Uganda. It also shares stories of how clean energy solutions have transformed people's lives. The magazine aims to highlight developments in energy finance markets serving low-income customers and provide a platform to discuss opportunities to connect stakeholders and scale up access to affordable, quality energy.
1) The document is a magazine issue from the UN Capital Development Fund (UNCDF) focusing on expanding access to clean energy.
2) It provides an overview of UNCDF's CleanStart program which works with local financial institutions and energy enterprises to increase access to clean energy through microfinance.
3) The issue includes articles on clean energy technologies being used in Nepal and Uganda like micro-grids, biogas, and improved cookstoves, as well as profiles of energy entrepreneurs and the clean energy markets in both countries.
Rural electrification using photovoltaic: the success story of BangladeshMarufa Mithila
The document summarizes the success of rural electrification efforts in Bangladesh using solar home systems (SHS). It discusses how Infrastructure Development Company Limited (IDCOL) has installed over 1.6 million SHS reaching over 8 million people. Key points:
1. IDCOL implements an output-based aid program using 30 partner organizations to install SHS financed through loans to consumers.
2. The program offers grants and refinancing to lower costs and has achieved widespread adoption of SHS across rural Bangladesh, increasing incomes and development.
3. Over the past decade, SHS installations have grown exponentially through this public-private model, demonstrating solar can effectively provide energy access in off-grid communities.
Terrat | Aug-15 | Smart Village Projects From A Tanzanian Perspective.Smart Villages
The East Africa Masterclass at Terrat focused on the village level experience of off-grid energy. We have invited local leaders and rural energy providers from Ethiopia, Kenya, Rwanda, Uganda, Malawi and Tanzania.
We were keen for village headmen and headwomen to share their village experiences of energy provision and to tell us about the outcomes and impacts of productive energy use in relation to standards of living, education, heath and employment in the village.
The workshop heard from the off grid energy providers about their achievements and challenges in bringing off-grid energy to villages and how they have worked with village leaders and the village community.
Dipal Chandra Barua, Bright Green Energy FoundationWAME
Solar home systems were introduced in rural Bangladesh in 1996 to provide affordable clean energy access. An innovative financing model made solar home systems affordable by allowing payments in installments similar to monthly kerosene costs. Over 4 million solar home systems have now been installed, providing energy to over 20 million rural people and supporting rural economic development. Challenges in the early stages included lack of infrastructure, access to financing, and awareness of clean energy options. Rapid expansion was enabled by reliable after-sales support and understanding rural customer needs. The goal is to install 7.5 million solar home systems in Bangladesh by 2020.
The document summarizes a study that assessed the viability of decentralized renewable energy mini-grids in 7 countries across Africa and Southeast Asia. The study evaluated the suitability of each country's policy environment, availability of energy service companies, potential for telecommunications companies as anchor customers, available skills and consumer demand, and access to financial support. Based on the assessment, the study concluded that Cambodia and Tanzania currently have strong environments suitable for mini-grids, while Nigeria and Myanmar show future potential as their environments are changing. Indonesia, Kenya and Ghana were deemed to have limited potential due to unfavorable regulations or other inhibiting factors. The study aims to encourage collaboration to address energy poverty through decentralized solutions.
A quarter of the world's population—or 1.3 billion people—lack access to electricity. A new report reveals that de-centralized power can play a role in helping communities in Africa and Asia overcome the issue of energy access.
The document summarizes the Local Renewables Model Communities Network project which aims to promote renewable energy and energy efficiency in local communities in India. It establishes Resource Centers in Bhubaneswar and Nagpur to provide information and raise awareness on renewable technologies. The Bhubaneswar Resource Center hosts exhibits, conducts workshops, and sees increasing visitor numbers monthly. It aims to educate citizens and facilitate collaboration between stakeholders to advance renewable energy development.
The document summarizes the Local Renewables Model Communities Network project which aims to promote renewable energy and energy efficiency in local communities in India. It establishes resource centers in Bhubaneswar and Nagpur to provide information and raise awareness on renewable technologies. The Bhubaneswar center hosts exhibits, conducts workshops, and sees increasing visitor numbers. It aims to expand activities to educate more groups and implement renewable projects.
Impact Investment in Mini Hydropower, Indonesia 2013Eric Stryson
Produced in partnership with IBEKA, award winning NGO working for 20+ years to support community organization, operation and ownership of small scale hydro power plants in rural Indonesia. The plan proposes an innovative scheme whereby communities are incentivized to protect forest and water catchment resources as a means for long term viability of facilities, and lower risk for investors. State power company PLN has expressed an openness to providing premium tariffs in such cases.
The document summarizes the activities of the California Center for Sustainable Energy in 2010. It discusses their expansion into new programs focused on renewable energy, energy efficiency, transportation, green building, and climate change. Some key accomplishments include exceeding expectations for their solar rebate program, launching a statewide solar thermal program, helping introduce electric vehicles, and establishing an urban forestry resource center. They also grew their staff to over 65 employees and increased revenues despite economic challenges. Going forward, the Center will continue providing expertise to help Californians make informed energy choices and transition to a clean energy future.
Community Economic Development/Revitalization, Utilizing Electrical Micro Gri...Benoit Hardy-Vallée, Ph.D.
This document discusses utilizing electrical microgrids for community economic development and revitalization. Microgrids are small-scale power supply networks that can provide energy for small communities. They can increase energy capacity and reliability while reducing carbon emissions. Microgrids allow for more community involvement and ownership in energy infrastructure. However, barriers include a lack of connectivity standards, economic models, and cooperation from utilities who may lose market share. The document acknowledges advisors and partners in developing the idea of linking microgrids to community development.
Similar to Liwanag an amore program newsletter december 2012 online version (20)
A Guide to a Winning Interview June 2024Bruce Bennett
This webinar is an in-depth review of the interview process. Preparation is a key element to acing an interview. Learn the best approaches from the initial phone screen to the face-to-face meeting with the hiring manager. You will hear great answers to several standard questions, including the dreaded “Tell Me About Yourself”.
Leadership Ambassador club Adventist modulekakomaeric00
Aims to equip people who aspire to become leaders with good qualities,and with Christian values and morals as per Biblical teachings.The you who aspire to be leaders should first read and understand what the ambassador module for leadership says about leadership and marry that to what the bible says.Christians sh
Jill Pizzola's Tenure as Senior Talent Acquisition Partner at THOMSON REUTERS...dsnow9802
Jill Pizzola's tenure as Senior Talent Acquisition Partner at THOMSON REUTERS in Marlton, New Jersey, from 2018 to 2023, was marked by innovation and excellence.
Job Finding Apps Everything You Need to Know in 2024SnapJob
SnapJob is revolutionizing the way people connect with work opportunities and find talented professionals for their projects. Find your dream job with ease using the best job finding apps. Discover top-rated apps that connect you with employers, provide personalized job recommendations, and streamline the application process. Explore features, ratings, and reviews to find the app that suits your needs and helps you land your next opportunity.
Job Finding Apps Everything You Need to Know in 2024
Liwanag an amore program newsletter december 2012 online version
1. December 2012
March 2012 Volume 1 Issue 4
Volume 1 Issue 2
LIWANAG
*
*Brightness or luminosity
An AMORE Program Newsletter
Redefining
SUSTAINABILITY:
The community as giver-receiver
of light, water and improved education
2. The Alliance for Mindanao and
Multi-Regional Renewable/Rural
Energy Development or AMORE
Program is a collaboration
among the Department of
Energy, United States Agency
for International Development,
SunPower Foundation and
Winrock International toward
electrification of remote,
off-grid rural communities using
renewable energy sources such
as solar and micro-hydro.
2 LIWANAG on AMORE Newsletter Volume 1 Issue 4
3. From the
COP’s
Desk
The end of the year, when there’s only a few days left before turning a new leaf, is usually the best
time to reflect on the closing year’s successes and accomplishments, weaknesses and challenges. We at
the AMORE Program will take this opportunity to share with you the product of this constant process of
reflection and re-thinking of strategies and approaches on how to effect sustainable, lasting impact in the
social and industry spaces where we work.
The illustration for the cover of this issue of LIWANAG captures quite neatly our fundamental tenet on
sustainability: community empowerment. The days of community members as mere recipients of grants and
assistance are long gone. Now, the receiver is the rightful owner (not only of project benefits but of the
accompanying responsibilities), project manager and primary stakeholder to the development program, and
it is on his shoulders, more than anyone else’s, that the sustenance and growth of the project lie.
In the succeeding pages we will share with you how we tried to the best of our ability to prepare local
communities for this task. You will find out how the transformation to renewable energy entrepreneurs
of some community associations is coming along, and how we worked hard to get the support of key
government agencies like the Technical Education and Skills Development Authority and the Department
of Education to mainstream and institutionalize the program interventions, for example, the new technical-
vocational courses on solar photovoltaic technology.
More than the gifts of light, safe water and modern education technology, the real gift that we will leave to
the communities is the power and ability to better their condition through their own creative efforts.
Have a meaningful holiday season!
Laurie B. Navarro
Chief of Party
3
4. BRINGING MODERN
ENERGY SERVICES
TO RURAL HOUSEHOLDS
Over the years, the Alliance for Mindanao and Multi-regional
Renewable/Rural Energy Development (AMORE) program has slowly
built and beefed up the elements constituting sustainable rural
electrification. From national, regional and provincial institutions down
to the community level, the program has set in motion innovative
approaches and put in place mechanisms to help ensure that the
benefits of renewable energy lighting not only be sustained for years
to come by AMORE-energized communities, but also be extended to
more off-grid rural households in the Mindanao region and beyond.
Community Association:
the pivotal force that drives rural PV electrification
At the core of AMORE’s rural electrification efforts is the local community
organizations. Started as mere recipients of development assistance,
members of village associations called the Barangay Renewable Energy and
Community Development Association or BRECDA have gone beyond passive
acceptance of grants and donations to being the primary drivers of rural PV Community
electrification. With members’ technical, organizational, financial systems and Association
entrepreneurial skills beefed up through appropriate trainings and capacity-
building activities, the BRECDA is the force that is well-positioned to spread
the benefits of renewable energy lighting to off-grid rural villages in Mindanao.
Of the 474 BRECDAs organized by AMORE since 2002, 50 had been assessed
to be still functioning as an organization by 2010. Sixteen (16) of these showed
tremendous potential to be entrepreneurs, and they were aptly guided by the
program for their new role in rural electrification.
Women in the communities were given special attention by the program,
and were looked upon as another group that is in a special position to drive
electrification efforts in rural areas. In cooperation with activity partners, Asian
Development Bank and Copper Alliance-Southeast Asia, AMORE launched TESDA
a series of all-women training workshops on PV installation and servicing
where a total of 66 women from 50 villages across 18 municipalities in Davao,
Maguindanao, Sulu, Tawi-Tawi and Zamboanga Peninsula, participated.
Technical Education and Skills Development Authority:
institutionalizing solar photovoltaic technology education
Along with the growth of the solar PV market in Mindanao comes the challenge of providing after-sales services and necessary manpower
support for PV industry development on the areas of PV installation, servicing and design. For four years, the program worked to mainstream PV
education into the national technical-vocational education system, and in 2011, the Technical Education and Skills Development Authority (TESDA) in the
Autonomous Region in Muslim Mindanao (ARMM), with help from AMORE, conducted a training course designed to prepare would-be trainers and
assessors in conducting the newly promulgated three National PV Training Certification courses on PV systems installation, servicing and design. An
initial batch of 21 trainers and assessors have graduated under these programmes and now train other would-be PV technicians all over the region,
helping build a sufficient pool of PV experts that will adequately support the growing PV market.
4 LIWANAG on AMORE Newsletter Volume 1 Issue 4
5. Microfinance Institutions
and Renewable Energy
Suppliers:
the link to affordable PV technology
Rolled out in December 2011, AMORE’s Business Development Assistance
(BDA) scheme delivered 2,500 units of various capacities of solar PV products
to 26 communities across Mindanao. Sourced from renewable energy
suppliers, the PV products did not only mean start-up capital inventory for the
BRECDAs, but also translated to business for the PV companies. More than
6 renewable energy companies – both those operating nationally and with
provincial/regional focus – participated in AMORE activities – e.g. product
Microfinance Institution & exhibitions – that aim to promote renewable energy technology as a viable
energy option for rural areas.
Renewable Energy Supplier
Solar PV business is catching on so that microfinance institutions (MFIs) have
also ventured into it. With 600,000 pesos total accumulated revenue between
the Bantol and Magsaysay BRECDAs in the Marilog District of Davao City,
the two BRECDAs were able to get the Center for Agriculture and Rural
Development-Business Development Services Foundation, Inc. (CARD-BDFSI)
to do business with them. The MFI loaned out to each BRECDA an initial
50,000-peso worth of solar PV products (payable in six months), which the
BRECDAs in turn leased out to members of their villages. And owing to a high
collection performance by the two BRECDAs, CARD has recently upgraded
their credit limit to 150,000 pesos.
And just recently CARD has now expanded its solar operations to Maguindanao,
Zamboanga Peninsula and Tawi-Tawi. Beside the cash sales that the MFI has
made to the Maguindanao BRECDAs, the same has already started lending
to 2 BRECDAs due to the latter’s credit worthiness. In Tawi-Tawi, CARD is
finalizing the business transactions with the province’s BRECDAs for further
household lighting expansion and intensification. Sulu and Basilan PTAs likewise
are keenly reaching out to expand the solar units that they have received
from AMORE. And CARD is the lead institution that all of these BRECDAs are
looking forward to for their service expansion to members.
AMORE has linked the BRECDAs to financing and technology sources so that the
n communities’ solar PV business may expand beyond AMORE’s program life.
Motolite & Philippine Recyclers, Inc.
Motolite and Philippine Recyclers, Inc.:
keeping clean energy technology truly clean
To systematize the disposal of junk batteries in AMORE-assisted barangays where solar PV equipment are used, the program facilitated the
forging of tripartite partnership agreements among the BRECDA, battery distributor, Oriental Motolite Marketing Corporation, and the recycling
organization Philippine Recyclers, Inc. (PRI), for the collection and recycling of used lead-acid batteries or ULAB. Under the agreement, the BRECDA
collects ULABs from the households in the village and then contacts Motolite, which then buys the ULABs from the BRECDA and transports them
for recycling to PRI. Residents of the village have been trained on proper battery handling, and are aware of the toxic elements in a battery and its
potential harmful effects to human health and the environment. Appropriate information materials, in the form of handouts, posters and tarpaulins,
have been disseminated to the BRECDAs, schools and other local partners, to provide these organizations with the procedure and system to handle,
manage and dispose these toxic materials.
5
6. Kaya matibay ang walis, Mag-impok para sa tag-ulan.
palibhasa’y nabibigkis. (Save for a rainy day.)
(Strong is the broom whose As the solar photovoltaic system saves
sticks are bound.) energy onto the batteries for use
beyond daytime, including rainy days,
At the center of AMORE’s efforts on the schools and communities that host
sustainability is the participation from them are also enjoined to save up for
and cooperation among all stakeholders when technical troubles in the system
– parents, teachers, students, and occurred.
education institutions. At the very
beginning of the project, members of Through policies and mechanisms
the local community are encouraged to crafted by the schools and communities
take ownership of the project, and are themselves, an operation and
equipped with the necessary technical maintenance fund is regularly filled,
and organizational know-how to make the and this will ensure availability of funds
most out of the solar-powered educational for the purchase of new batteries (at
television, as well as ICT (Information and least PHP22,500 or USD550) which can
Communication Technology), equipment, run out in three years. The Parents-
and for the longest possible time. Teachers Association (PTA) handles the
annual collection of fees from parents
A major achievement for the program and safekeeps the money in a bank
is getting recognition from the account registered under name of the
Department of Education for the PTA.
impacts that distance education
technologies cause to the students’ Recently, AMORE performed an O&M fund
education. This recognition has made collection monitoring, and results indicate
the government agency commit to an average 60 percent collection rate.
oversee the use and maintenance of Schools where the solar PV systems and
the facility in concerned rural schools. educational equipment were consistently
Coordinators have been assigned from used by the teachers posted good collection
the schools division up to the regional rate, while schools where some technical
levels to regularly monitor the use and problems (e.g. busted electric outlet,
effectiveness of the renewable energy- defective regulator, etc.) had occurred
powered educational television. failed to reach 50 percent collection.
Ang kabataan ang pag-asa ng bayan.
(Our children are the hope of our future.)
The AMORE program believes in this popular line no less than Jose Rizal himself did, and that is why the program has invested in modern technology
to help in the education of young students in rural areas, particularly, in Mindanao.
Solar photovoltaic modules power up televisions and computers – all too common in urban areas but still a rarity in these parts of the country –
to give students, who, until then had relied on hand drawn visuals, a better and clearer picture of the lessons of the modern world.
While AMORE’s school electrification projects are all about modernizing education methods, in this issue of LIWANAG, we look towards old adages
for the wisdom that we will be wise to remember if the benefits of modern technology in these rural areas are to be sustained.
6 LIWANAG on AMORE Newsletter Volume 1 Issue 4
7. PUMPING UP HEALTHIER LIVES
THROUGH ACCESS TO SAFE WATER
AMORE went back to the schools and communities that have
been using a safe water system for six months or longer, and
these are what we found out:
1
F Residents, especially women and children, spend less
time fetching water. Rural villagers used to spend as
much as an hour and twenty minutes fetching water,
and with a new source for potable water, fetching time 2
F Villagers now have more water at their disposal. From
now ranges between five and twelve minutes, giving as little as 5 liters per person per day, the volume of
residents an opportunity to devote more time for more water a person uses has gone up up to 60 liters, making
productive activities. rural residents able to go about their daily tasks more
easily. Prior to the construction of the water systems,
residents limited their water use to drinking and
cooking owing to the distance of water sources and
the significant cost of buying water from far sources.
With a more convenient source of water and a more
3
F Households and schools spend less money for water. abundant supply, villagers now use water for cleaning,
To have water transported to them from neighboring doing laundry, gardening, and most important, to
villages, or sometimes, across bodies of water, maintain good hygiene.
households and schools spend from 2,000 to 3,000
pesos a month. Fees collected by the BAWASAs and
PCTAs (Parents-Community-Teachers Association) for
the use of the water system, meanwhile, would only
range from 100 to 450 pesos monthly.
To keep the water and benefits continuously flowing from the potable water systems constructed by AMORE and its
partners in rural schools and communities, the program once again looks to the very people the safe water projects serve.
To date the program has facilitated the formation of twelve (12) Barangay Water Associations or BAWASAs that will take
care of the water systems’ operation and maintenance. Of the twelve BAWASAs, ten have been registered with the
Department of Labor and Employment as people’s organizations.
Beyond managing the water projects, BAWASAs have all undergone organizational capacity building trainings to prepare
them for their role as catalysts for development in their respective communities.
7
8. The Magsaysay BRECDA is all too happy to supply the
village’s lighting needs. In fact, residents from neighboring
How BRECDAs get to play villages and from other districts have started to purchase
solar PV products from the BRECDA.
their CARD right Improving lives (and earning from it!)
Gina Anunciado, the 36-year old mother of five, and the eight-
year treasurer of the Barangay Magsaysay Renewable Energy and their monthly energy expenditures and willingness and ability to pay
Community Development Association (BRECDA), gets away from her for a solar PV product, the program reached the conclusion that the
duties at her sari-sari (variety) store momentarily to attend to two poorest of the poor rural households – the very households that
men who had travelled from the North Cotabato side of Mt. Sinaka constitute AMORE-energized barangays – spent for lighting as low as
across the border to Davao City’s Marilog District, to take a look at 30 pesos up to 150 pesos a month, and that portability and reliability
“solar” items they had recently seen at their neighbors’ homes. A few are especially important among those that use light for livelihood
of their neighbors in the village of Salasang had bought solar lamps activities, for example, for fishing and farming.
from Brgy. Magsaysay, which they now use for their lighting needs
instead of kerosene. This knowledge guided the program in crafting the Business
Development Assistance scheme through which select BRECDAs –
Organized by the Alliance for Mindanao and Multi-Regional Renewable/ one of which is the Magsaysay BRECDA – that showed organizational
Rural Energy Development or AMORE Program in 2004, the Magsaysay integrity and a huge potential for entrepreneurship were slowly guided
BRECDA has recently transformed itself into an enterprising association to lead the way away from grant-dependent, and on to a commercial,
involved in the solar photovoltaic (PV) business. From a start-up capital sustainable renewable energy rural electrification.
inventory of 73 units of solar lanterns of various capacities provided
by AMORE in early 2012, the BRECDA has since added to their list of
sold merchandise 75 units more of solar PV products, eight of which
Business partnership with
are solar home systems (six units of 40-watt peak SHS and two units a microfinance institution
of 25-watt peak SHS). “People here like ‘solar’ very much. It’s very
convenient,” Gina says. Five months after the Magsaysay BRECDA’s initial capital inventory
got distributed among households on a lease-to-own scheme,
And it is that desirability of the technology among community microfinance institution Center for Agriculture and Rural Development
members that Gina and her association are all too happy to capitalize or CARD entered the picture with its own solar PV loan portfolio.
on. Ranging from full-on solar home systems that can power up lights, CARD had previously ventured into the solar PV business some six
an FM radio and a small black-and-white television to 5-watt-peak years ago in the island of Mindoro, and was enticed to do the same
four-lamp solar lanterns to portable, low-capacity desk lamp-type – albeit following a different business model – in Mindanao following
lanterns, the BRECDA’s array of solar PV products correspond to every discussions with AMORE.
household’s lighting needs, and most important, capacity to pay.
CARD Business Development Services Operations Director Julius Alip
Earning capacity is in fact the AMORE program’s primary consideration says that the strength of the BRECDA as CARD’s business partner lies
in choosing the type of solar PV product that will be commercially in the fact that they are a sufficiently able enterprising organization
attractive and viable among the rural household market. After that lives right at the community, right within the market that CARD
conducting a survey among AMORE-energized villages that determined hopes to reach with its solar PV business. The retail model which
8 LIWANAG on AMORE Newsletter Volume 1 Issue 4
9. Solar PV products of various capacities meet each
household’s lighting needs and capacity to pay.
they had piloted in the island of Mindoro years back had an inherent
structural weakness which was bound to render the business too
costly, and therefore, unviable in remote, dispersed rural villages.
Their Mindoro experience taught them to add other items to their
solar PV products offerings too: from selling only high-capacity solar
home systems, they eventually added to their portfolio solar lanterns
of various capacities that the “bottom of the pyramid” – what the
poorest of the poor in the consumer market is called – could afford.
With 360,000 pesos cash on hand, the Magsaysay BRECDA had
enough confidence – not to mention cash – to expand the business.
Testing the neophyte entrepreneurs’ credit-worthiness, CARD initially
loaned out 50,000-peso worth of solar PV products to the BRECDA,
which the BRECDA then loaned out among village residents under a
lease-to-own scheme that allowed the residents to pay the remaining
balance – after paying a small downpayment – within a year. After
paying a down payment amounting to 20 percent of the total loan
value, the BRECDA was to pay the remaining balance to the MFI within
six months.
The Magsaysay BRECDA had less than a month to go in their six-month
agreement to pay for the remaining balance to CARD when they
BRECDAs and CARD blaze the trail towards
placed new orders for solar products. In October 2012, they placed sustainable rural household electrification.
new orders for 61 units of lighting products. Solar PV products were
selling like the ubiquitous eggplants in the village, and the orders did Because of the growing demand for solar products, the Magsaysay
not only come from within the community; residents from neighboring BRECDA thought of supplying as well components such as lamps,
villages, including at the North Cotabato border, and villagers from even batteries. They have started construction of what would be the
as far away as Toril District, some 40 kilometers from Magsaysay, all village’s hardware store which will double as the BRECDA office. While
come to cash in on the revolutionary lighting technology. fees collection has never really been a problem (the longest delay
in payment by a customer that she has experienced as treasurer
is two months), according to Gina, regular meetings are important
to constantly remind BRECDA members of their commitment and
responsibilities, and a permanent BRECDA office will host those
meetings.
The BRECDA’s customers pay 120 pesos (USD3), 160 pesos (USD4)
and 200 pesos (USD5) monthly for a low-, medium, and high-capacity
solar lantern, respectively, and 250 pesos (USD6.25) for a 20-watt
peak solar home system. “People pay,” Gina says, “because they
appreciate the value of the equipment to their lives. They – we – use
it in all aspects of our lives – our livelihood, our children’s education,
our everyday life.”
Indeed, it is this social benefit that Magsaysay’s partner MFI CARD
has identified as the MFI’s primary motivation for getting into the solar
PV business. Solar PV lending constitutes less than 1 percent of the
more than 6 billion-peso portfolio of CARD, yet they are most proud of
what the around 7,000 units - including those sold to the Magsaysay
BRECDA and two other BRECDAs in Marilog District (Bantol and
Marilog) – of solar PV units that they had sold since 2011 have meant:
light for those who purchased the PV systems, and business and
livelihood for their partners – the women and community associations
that serve as their connection to the rural household.
As of this writing, CARD has sold 110 units of different solar PV models
to BRECDAs in Maguindanao, and is poised to expand operations
through partnerships with BRECDAs Zamboanga Peninsula, Sulu,
Basilan and Tawi-Tawi.
A resident from a village at the North Cotabato border
inspects the solar PV product that he plans to buy from the
Magsaysay BRECDA for selling in his own village. 9
10. Head Office
Unit 68 6/F Landco Corporate Center
J.P. Laurel Avenue, Ba jada, Davao City 8000
T/F: (63 82)2822517
Satellite Office
2401 Jollibee Plaza Bldg., F. Ortigas, Jr. Road
Ortigas Center, Pasig City 1600
T: (63 2)6879283/6321233 F: (63 2)6312809
www.amore.org.ph
This publication is made possible by the support
of the American people through the United States Agency for International Development.
The contents are the responsibility of Winrock International
and do not necessarily reflect the views of USAID or the United States Government.
10 LIWANAG on AMORE Newsletter Volume 1 Issue 4