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NREL is a national laboratory of the U.S. Department of Energy Office of Energy Efficiency and Renewable Energy operated by the Alliance for Sustainable Energy, LLC
Death By A Thousand Paper-cuts: A Proposal for a
Viral Revolution in Market Making for New Energy in
the Developing World
Alison Wise
May 4, 2010
National Renewable Energy Laboratory Innovation for Our Energy Future
A Proposal for Micro-Economic Tools and Mobile Technology Infrastructure for Clean Economic Development
Building the Global Clean Economy
“At Speed and Scale”
National Renewable Energy Laboratory Innovation for Our Energy Future
• This is an alternate way of introducing the concept I’ll talk about today. ―Speed and scale‖ is a very important
context for our discussion. From a very ―30,000‖ foot perspective, the ―synergy‖ in question today is about
recognizing how the right bundling of resources could facilitate a sort of viral development potential for clean
energy and community economic opportunity.
•It is important to recognize that there is already a lot of activity in the space I’ll be talking about today. I will
highlight some of the ways that these partnerships and projects fit into the concept I’m introducing, with the
recognition that there may be activities that are not captured given the time we have. I see this as the start of a
conversation about this idea, with the hope that it may contribute positively to the acceleration of clean economic
opportunities already in development and/or create new opportunities
•The initiation of this particular proposal coincided with conversations I was having with social entrepreneurs for
the need to organize and coordinate with one another in terms that would represent a kind of ―trade association.‖
Met with the response, ―Great idea, but right now we need capital that we can’t seem to access…‖ I thought an
interesting approach might be to explore how we could organize this activity around a new source of capital for
their work.
•The basic story overall is that this idea centers around a pretty heady concept in terms of the virtual identity we
maintain by access to ICT devices. Mo Ibrahim said in a conversation with Charlie Rose that ―mobile devices
brought the possibility of civil society to Africa…‖ Taking that a step further, ICT and portable renewable energy
and the ―mobile Wal-mart‖ concept of appropriate technology distribution, again using mobile devices, aligns
many different governance and humanitarian concepts together, with a decidedly market driven approach:
Slide 2 commentary
National Renewable Energy Laboratory Innovation for Our Energy Future
Agenda & Objectives
Introduction of the Synergy Network:
To rapidly accelerate the development of clean
economies in rural areas of the ―developing‖ world
To greatly enhance the quality of life of the poorest
members of human society by marrying up the distribution
channels for clean technologies and micro-finance services
To monetize the transactions in this new economic
system so that wealth is both generated and distributed in a
―viral‖ manner
National Renewable Energy Laboratory Innovation for Our Energy Future
Most basic concept: Synergy Network is the creation of a social venture fund using mobile technologies to
aggregate ―micro-investments‖ that are in turn dispersed using mobile technologies to BOP clean energy
entrepreneurs. Key differentiation is our definition of BOP entrepreneurs as clean economic developers
themselves by bundling clean energy generation services, micro-finance services and CT distribution services
These objectives are my impression of what we should be focusing on in terms of outcomes, but they are up for
discussion. Indeed, I will ask this forum to be ―listening actively‖ as the goal of my discussion today is to begin
down the path of a road map towards implementation and I’m going to be looking for partners in this—
This is a very ―systems based‖ approach to the problem, broadly defined as the current inefficient system in
developing clean economies at the base of the global populations’ pyramid
Slide 4 commentary
National Renewable Energy Laboratory Innovation for Our Energy Future
Insight & Access
Opportunity Need
National Renewable Energy Laboratory Innovation for Our Energy Future
• 1) the opportunity and 2) the need and 3) the friction/gap/wall between the two.
•Broadly: Harness the power of networks to align financial resources and human insights with clean economic development, putting the
power of a network approach in the field for a viral penetration strategy…leveraging ICT for impact
•Social Entrepreneurs version. 1.0
•NEED driving down renewable costs to enable BOP entrepreneurs to participate in this game. And by cost reduction I don’t mean
the bleeding edge of research and the industry’s finest equipment; rather I mean constructing the cheapest possible functional systems
within the constraints of a given geography. 5% efficiency is plenty if it gets the job done for 1/100 of the price. Paul Polak and his
book Out of Poverty, ―boots on the ground‖ viewpoint. ..convinced that if you can create business opportunities for entrepreneurs that
cost no more than $1100 (landed total), MF can step up for the funding. His idea is to create franchise-style opportunities, similar to
what I’m suggesting. In the energy arena, he envisions cheap solar troughs on a trailer on the back of a bicycle, riding around to charge
up cell-phones for a fee. Near term..okay BUT we don’t have an entrepreneur base that is sophisticated enough in the BOP to think
about distributed power generation to the degree that it will offset many large carbon-heavy power projects.
• Academic rigor would be to measure and compare impact from small projects, and figure out where to invest. The Gates’ did this with
malaria and treated nets; Wilson’s work with cookstoves and lung health; IDE and water management. What is the best ROI for an
affordable solar energy production solution in the BOP? This is a Design for the Other 90% question…
•Silicon Valley:
•Need: Access to financing, in a value chain whose participants are all boxed out of systems that can't support them given assumptions
of risk and value propositions
•Opportunity: Flow of insight from information coming from first hand, on-the-ground intelligence to "inventor/entrepreneur in the
garage" for specs in terms of the engineering of low-tech/energy efficient/innovative solutions for BOP market need
•
•Value proposition: friction between inventors in organizations that can't foster external IP in ―under-valued‖ markets and lack of good
feedback from potential applications
•Madison Avenue: Hearts-and-minds, see SolarVision.org
•Wall Street/Corporate America: Corporate sponsorship for hybrid philanthropy to gain BOP market intelligence Need: Better
intelligence about new market and “workforce,” Opportunity: brand identity with mission driven SE approach, real value in BOP
feedback.
•Global Governance/Humanitarian: More direct link between people for information, ideas and financial flows
Slide 6 commentary
National Renewable Energy Laboratory Innovation for Our Energy Future
The Synergy Network
Social Entrepreneurial
Fund
Micro-Utilities/Micro-
Lenders
Recipients of Synergy Power
and Loans
Dividends Back to Micro-Investors
Micro Investments
Bottom-of-the-Pyramid Clean
Economic Development
Portable renewable energy
generation & social
entrepreneurship
Mobile communications
for micro-investments and
micro-lending
National Renewable Energy Laboratory Innovation for Our Energy Future
―The idea is to build a global network for clean economic development. The network itself will define how we create this
new world, but in a very basic sense we want to align the better angels of our nature with the cleanest technologies we
have for a viral spread of the pursuit of happiness.‖
First graphic: The approach here is to look at this in terms of designing a system that creates a positive feedback
mechanism for accelerating clean economic development: (virtuous cycle in every sense of the word)
•1) Micro-investments are made using handheld technologies like cell-phones and blackberries. The relationship between
our iPhones, cell phones, etc. allows us to instantaneously access communications to anyone in the world at any time
provided they have a cell phone as well. It also extends our persona to the electronic/cyber realm in that newer versions of
these technologies allow us to browse the internet from our handheld devices. In a real sense, we as individuals have a
cyber identity as well, an extension of global citizenship in terms of our engagement with global communications platforms.
At the same time, messages to us as individuals through other media channels can capitalize on the way in which we are
so closely connected to the ability to engage at any given time (more on this in a moment).
•2) Micro-investments go to a Social Entrepreneurs Fund, modeled on the premises of many aggregated investments such
as mutual funds, only the companies in our portfolio are assessed by different metrics than a traditional mutual fund.
Again, more on this in a moment.
•3) Aggregated micro-investments are distributed through the SE Fund to SME’s that are aligning micro-finance with
renewable energy generation. The idea is to prioritize financial access to the SE Fund to those that are working on the
systemic issue of creating a clean energy base for economic development, using the best micro-economic tools available
to create opportunities for a better quality of life.
•4) The BOP community members who are recipients of the entrepreneurs services (power delivery and micro-loans both
for traditional and clean/appropriate tech purchases and funding) will be paying for these services that go back to the SE
Fund as returns on investments, and whose
•5) dividends are then distributed back to the micro-investors
Comment from a conversation I had…‖This is ―marrying up‖ the distribution channels for clean energy development and
community finance…‖
Slide 8 commentary
National Renewable Energy Laboratory Innovation for Our Energy Future
Background
National Renewable Energy Laboratory Innovation for Our Energy Future
At the Tallberg Forum in 2008, I was part of the working group looking at how renewables could positively impact
climate change. As context, in our 5 person team, Gerhard deVries was responsible for reporting back to the
larger conference audience on large scale RE approaches (he is one of the co-founders of the DESERTEC
project). I was responsible for reporting back on small scale/distributed RE approaches
Slide 10 commentary
National Renewable Energy Laboratory Innovation for Our Energy Future
Why the developing world?
National Renewable Energy Laboratory Innovation for Our Energy Future
The US carbon footprint dominates the global impact of human activity on climate change, so some think that the
real focus should be on the US cleaning up our own act in clean economic development acceleration. But
developing nations aspire to achieve much of our lifestyle; if they were to realize that type of quality of life with
existing technologies (or worse, the most polluting forms of those technologies since currently many are also the
least expensive) the exponential negative carbon impact could drastically accelerate GHG emissions thus
reversing any or all positive steps other nation-states may have achieved.
The real reason is that energy efficiency is already done. Use the cell phone to land lines example. Less
committed to existing infrastructure
This is a market opportunity regardless of C02
Slide 12 commentary
National Renewable Energy Laboratory Innovation for Our Energy Future
Synergy Network Proposal
BOP as Workforce/Entrepreneurs in Clean Economic Development
What is the current micro-economic tool box & what does the current landscape look like?
What is the current portable renewable landscape?
What is the current social investor landscape?
What is the current mobile giving landscape?
What is the current ―appropriate technology‖ landscape?
Where do we already see synergy?
National Renewable Energy Laboratory Innovation for Our Energy Future
I’ve just begun to tackle the answers to these questions, and the presentation today is based on what I’ve
gathered so far, but this effort is ongoing
The over-arching focus for the approach is to come up with ways that can act exponentially in terms of the
creation of localized clean economic infrastructure
The premise is that by leveraging information communications technology and social media, combined with
innovations in micro-finance and portable renewables, we can create the potential for a viral expansion of local
clean economic communities in the developing world. In terms of tools in the toolbox for combating the
exponential impacts of human activity on the earth’s ecosystems, it seems an appropriate strategy to look for
exponential solutions
Current global population with no access to electricity= 1,456,000 people 1.5 Billion people
Slide 14 commentary
National Renewable Energy Laboratory Innovation for Our Energy Future
Synergy Network
Social Entrepreneurial
Fund
Micro-Utilities/Micro-
Lenders
Recipients of Synergy Power
and Loans
Dividends Back to Micro-Investors
Micro Investments
BOP as ED entity
National Renewable Energy Laboratory Innovation for Our Energy Future
Vision for BOP as Network of Entrepreneurs
BOP as workforce
New conception of ―head of
household‖
Win-win: Better quality of life
through sustainable opportunity,
investment has return
Mobile networks= ICT for
infrastructure
National Renewable Energy Laboratory Innovation for Our Energy Future
•BOP as workforce, not market for consumer goods
New conception of ―head of household‖
As BOP entrepreneurs, economic value to global infrastructure is win-win: Better quality of life through
sustainable opportunity, investment has return
•Entrepreneur= working for yourself, not recipient of donations or ―target market‖ for consumption
•Mobile networks= can ―tax‖ transactions electronically so quality of life benefits are monetized and fluid
•BOP Markets are quantified to represent $36 B dollars by some accounts, or $15 trillion by others. Much of the
criticism about a BOP approach to economic development has been levied by assessments that 1) Narrowly
restrict economic opportunities to those of purchase of consumable goods and 2) Rely heavily on defining these
BOP consumer behaviors based on a ―head of household‖ surveys that misrepresent different behaviors of
different genders (e.g. the notion that households living on $2/day spend a disproportionate % of that income on
alcohol, television and cigarettes)
•Aside: a couple of people I talked with just didn’t understand why mobile technology in terms of financial
transactions was important at the BOP. I think the disconnect for them may have been that I wasn’t adequately
framing these BOP in the right context, i.e. not a ―market‖ but as a ―workforce‖
Slide 17 commentary
National Renewable Energy Laboratory Innovation for Our Energy Future
BOP Entrepreneur Model
BOP Clean Economic Development
Distributor of clean tech
(mobile Wal-Mart)
Portable renewable
power (micro ESCO)
Micro-loans to community (mobile bank)
National Renewable Energy Laboratory Innovation for Our Energy Future
Components of a healthy economic system : clean energy powering clean technologies facilitated by services
that are ―owned‖ by the community
Aside: many conversations with social entrepreneurs brought up inherent dis-incentives for truly ―triple-bottom-
line‖ metrics…economic, environmental and social. For example, developers of renewable community power in
the current landscape were described as being largely ―big players‖ who dominate the field and don’t prioritize
the economic benefits to those communities in which projects are being built
Slide 19 commentary
National Renewable Energy Laboratory Innovation for Our Energy Future
Vision for Value Chain- Why mobile technology?
National Renewable Energy Laboratory Innovation for Our Energy Future
•Again, immediacy of access to decision of micro-investor for financial
•Mobile renewable generation allows fluidity of power distribution to community leap-frogging infrastructure
(Debate: Stationary renewables benefit to communities?)
•GIS and visualization tools for tracking field operations of BOP entrepreneurs
• Again, electronic financial transactions allow for security of BOP entrepreneurs in the field as well as the ability
to track the stream of transactions in the system (i.e. the BOP entrepreneurs works from their handheld device
as opposed to a phone and PC in a cubicle)
•To answer questions about the availability of wireless communications in the developing world as a necessary
component of the Synergy Network, describe briefly work that Fab Labs is doing ―to create elements of a
communications
infrastructure in developing countries: http://fabfi.fablab.af/ In this case,
parabolic reflectors are built from locally available materials (USAID oil cans in some cases) and boost the
capabilities of off-the-shelf access points to create long links in a wireless mesh. We're taking this further to
explore the value of an off- grid network to local communities (since Internet connections are still
slow or prohibitively expensive in many parts of the world).‖
Slide 21 commentary
National Renewable Energy Laboratory Innovation for Our Energy Future
Vision for Value Chain- Why mobile technology?
The ―text‖ donations are highlighted, aligned
with organizational mapping, as well as
uploaded YouTube videos for sharing of
experience
National Renewable Energy Laboratory Innovation for Our Energy Future
Innovation in BOP PPA?
National Renewable Energy Laboratory Innovation for Our Energy Future
Innovation for micro-PPA…BOP social entrepreneur could enter PPA from provider of portable RE technology
when bundled with micro-lending to fellow community members, represents economic development base
Slide 24 commentary
National Renewable Energy Laboratory Innovation for Our Energy Future
Portable Renewables
National Renewable Energy Laboratory Innovation for Our Energy Future
I am going to focus on solar today, but there are other portables in this space including micro-wind generation
that could, for example, be bundled with existing trucking fleets in places like India and Asia. And again, there
are community scale stationary renewable power plants that are at an early stage in their industry as well.
Slide 26 commentary
National Renewable Energy Laboratory Innovation for Our Energy Future
Why Innovation in Finance is Necessary: Portable
Renewables
0 50 100 150 200 250 300 350 400
Coal Fired
Natural Gas CCGT
Geothermal - Flash Plant
Geothermal - Binary Plant
Municipal Solid Waste
Landfill Gas
Wind - Onshore
Biomass - Incineration
Biomass - Gasification
Biomass - Anaerobic Digestion
Wind - Offshore
STEG - Parabolic Trough
STEG - Parabolic Trough + Storage
PV - c-Si Tracking
PV - Thin Film
PV - c-Si
Marine - Tidal
Marine - Wave
LCOE Carbon: 21 USD Carbon: NEF Estimates Central Scenario
Source: Bloomberg New Energy Finance
LCOE Q4 2009 ($/kWh):
National Renewable Energy Laboratory Innovation for Our Energy Future
Renewables Near Term Potential
Source: Kurtz 2009
Thin-film organic cells are now approaching 8% efficiency, with
prospects for inexpensive manufacturing at scale. These new
materials will compete with CdTe (cadmium telluride) and CIGS
(copper indium gallium selenide) thin films, which are commercial
today and gaining economies-of-scale advantages
National Renewable Energy Laboratory Innovation for Our Energy Future
Renewables Longer Term Potential
“Theoretical calculations of electrical conversion efficiencies up to 80% may be possible……”
National Renewable Energy Laboratory Innovation for Our Energy Future
Synergy Network
Social Entrepreneurial
Fund
Micro-Utilities/Micro-
Lenders
Recipients of Synergy Power
and Loans
Dividends Back to Micro-Investors
Micro Investments
Economic development
“base”
National Renewable Energy Laboratory Innovation for Our Energy Future
Micro-loans to Community
National Renewable Energy Laboratory Innovation for Our Energy Future
•Bundling micro-finance to community members with renewable energy generation
•Current micro-finance landscape:
•According to the Consultative Group to Assist the Poor (CGAP), in 2007 the total estimated number of
microfinance customers was $100 million. Microfinance clients are predominantly engaged in income-generating
activities in the informal economy in emerging countries, as a means to self-reliance in the face of high, systemic
unemployment. They are street and market vendors, small-scale farmers, cottage industry participants such as
weavers, and in some cases medium-enterprise business owners not eligible for loans from mainstream
banks. Globally, clients number over 100 million including both borrowers and savers. Many MFIs target women
borrowers since research shows that they devote a larger percentage of income to improving the family’s
dwelling, nutrition and health care, and to keeping children in school.
•Microborrowers may access loans either through a group lending model or through individual loans. In the first
instance, the joint liability of all group members to repay a defaulted loan provides ―moral collateral‖ in the
absence of a material guarantee. This solidarity system has proven extremely successful in generating high loan
repayment rates. Loans can be as small as $100 per borrower (higher in dollarized economies), tenors are short
(six to 18 months) and loan repayments rates are 95-98% across the industry. Under the individual loan model,
the borrower has sole liability and provides some type of collateral. Such borrowers usually manage more stable
microenterprises and may be creating jobs for others in the community, an important social benefit. However,
repayment rates in this lending model are lower at 80-90%.
•Microfinance lending has high operating costs which are covered by elevated interest rates. These vary
according to country and effective rates can top 100% in some markets, but the average is around 30% on an
annualized basis. While astronomical by mainstream lending standards, MFI rates are cheaper than those
offered by informal moneylenders, which can reach 30% per month. Borrowers are able repay MFI loans
because the incremental income from a small amount of capital in their labor-intensive businesses outpaces the
interest burden.
Slide 32 commentary
National Renewable Energy Laboratory Innovation for Our Energy Future
Distribution of Clean Technologies
The mobile ―Wal-mart‖ approach…catalogue of CT (see PowerMundo, etc.)
available for purchase by community (solar cookstoves, solar water purifiers, etc).
Partnership opportunity here for folks working on the digital divide, so look to
marrying the power/banking service with education for community.
National Renewable Energy Laboratory Innovation for Our Energy Future
Synergy Network
Social Entrepreneurial
Fund
Micro-Utilities/Micro-
Lenders
Recipients of Synergy Power
and Loans
Dividends Back to Micro-Investors
Micro Investments
Leverage Social Media
National Renewable Energy Laboratory Innovation for Our Energy Future
Vision for Global Network of Micro-Investors
National Renewable Energy Laboratory Innovation for Our Energy Future
Importance of mobile technology for financial transactions:
1) Thinking several steps ahead in terms of the ability to create economic opportunities without hard currency
for security of BOP entrepreneurs as well as enhanced fluidity of financial resources that can create more
efficiencies in transactions…also several steps ahead but may address issues of governance corruption in
conflict ridden nation-states
2) Madison Avenue and Social Entrepreneurship: ―Hearts and minds‖ example of where players used to
leveraging consumer behavior from corporate perspective (MasterCard ad firm example) now turning attention to
clean energy opportunities. The immediacy of message can be synergized with micro-investment opportunity.
Debate: Haitian model of text message for $10 donation…would this same strategy work with micro-
investments.? Paint the picture, woman watching Oprah given the message on women helping women through
SE Fund…would that resonate?
3) Building on ―hearts and minds‖ leveraging interactive platforms (YouTube) to show development in the field
to expand communications to more Synergy Network investors
Slide 36 commentary
National Renewable Energy Laboratory Innovation for Our Energy Future
Leveraging Current Media
Social Media opportunity- acceleration of Synergy Network approach through access
to other existing networks (Highlands Mommies example).
Viral nature of communications and awareness using this approach– use YouTube
example of uploading one’s own perspectives ―from the field‖
National Renewable Energy Laboratory Innovation for Our Energy Future
Synergy Network
Social Entrepreneurial
Fund
Micro-Utilities/Micro-
Lenders
Recipients of Synergy Power
and Loans
Dividends Back to Micro-Investors
Micro Investments
Managed for flows of
insights and access
National Renewable Energy Laboratory Innovation for Our Energy Future
SE Fund/ Micro-Investment Model
Social Entrepreneurship Fund
Start-up capital for SME (“wholesalers” of app. tech)
Funds for micro-loans to BO P community
Funds for financing portable renewables
Funds for communications to new investors & BOP recruitment/training
R&D Funds for “garage project” development
National Renewable Energy Laboratory Innovation for Our Energy Future
Further definition of content & strategy, oversight and management of SE Fund- each basket of activity
represents its own IRR and level of risk
Need for micro-investment approach…mitigation of risk to individual investor as small scale investments are
aggregated; unintended consequence of exponential participation in clean economic infrastructure by greater
number of individual investors (again, hearts and minds part of the equation)
Paypal approach for financial transactions
Mobile technology billing versus dividend statements
Question of complexity…have been pointed towards software and other supporting technologies; options trading
online is possible so this should be manageable…again, emphasis on innovation in terms of access to capital
and finance facilitated by non- hard currency transactions…
Slide 40 commentary
National Renewable Energy Laboratory Innovation for Our Energy Future
Why Innovation in Finance is Necessary: Current
Social Entrepreneurs for BOP
National Renewable Energy Laboratory Innovation for Our Energy Future
•Bangladesh model: The Solar Home System (SHS) dissemination program in Bangladesh is considered to be
one of the most successful of its kind in the world, bringing power to rural areas where grid electricity supply is
neither available nor expected in the medium term. Between January 2005 and July 2009, nearly 350,000 SHSs
have been installed in the country. Supported by grants and soft loans from the World Bank, GTZ, KfW and the
Asian Development Bank, installation rates have increased to a rate of more than 15,000 per month. The
Bangladesh program is implemented on the ground by micro-finance institutions, known as Partner
Organizations (POs), which finance the SHSs through a loan scheme which involves a less than 10% grant
funding element
•Grameen Shakti model: Grameen Bank intensively developed its energy division, Grameen Shakti (GS), during
the last six years and is now responsible for two thirds of all installations under the SHS. Second to GS comes
the BRAC Foundation, part of BRAC which is the biggest NGO in the world.
•Solar Electric Light Fund/ Solar Cookstove International:
•KIVA model
•ASME model
•Sample SE work: PowerMundo, TerraEndeavors, MannaEnergy
Slide 42 commentary
National Renewable Energy Laboratory Innovation for Our Energy Future
Kiva example- SE and $
National Renewable Energy Laboratory Innovation for Our Energy Future
ASME example- SE and Ideas
National Renewable Energy Laboratory Innovation for Our Energy Future
Synergy Network Project Roadmap
TechnologyWhat are the best models right now
for aligning CT with BOP markets?
“Best practices” guidelines for development
MarketWho are the best
partners for deployment?
Identified and committed
partnerships
PolicyWhere are the roadblocks for transactional
flows?
Best “work-arounds” for
interim development
National Renewable Energy Laboratory Innovation for Our Energy Future
Many thanks…