2. 2
About Lux Research
Helps clients find new business opportunities from
emerging technologies in physical and life sciences
Offers ongoing technology and market intelligence,
as well as market data and consulting services
Over 250 clients on six continents â multinational
corporations, investors, governments, and SMEs
Global reach, with over 80 employees in Boston, New
York,Amsterdam, Singapore, Shanghai, Seoul, and
Tokyo
Combines deep technical expertise with business
analysis to support strategic decisions
Technology coverage
Solar Components
Solar Systems
Grid Storage
ElectricVehicles
Alternative Fuels
Bio-based Materials &
Chemicals
Formulation and Delivery
China BioPharma
Water
Exploration and
Production
Advanced Materials
Printed, Flexible, and
Organic Electronics
Energy Electronics
Sustainable Building
Materials
Efficient Building
Systems
China Innovation
3. 3
Agenda
Confirming and Debunking MicrogridClaims
Three Drivers for Microgrids
An international framework for energy opportunities
The emerging options for rural and commercial electrification
Conclusions
4. 4
Microgrid advocates make tall promises
Claims
Fuel savings
Reduced Energy consumption
Reduced CO2 emission
Cost effective renewable
integration
Improved power quality and
reliability
5. 5
Microgrid advocates make tall promises
Claims Utility Industry Customer No grid
Fuel savings
Reduced Energy consumption
Reduced CO2 emission
Cost effective renewable
integration
Improved power quality and
reliability
6. 6
Microgrid advocates make tall promises
Claims Utility Industry Customer No grid
Fuel savings
Reduced Energy consumption
Reduced CO2 emission
Cost effective renewable
integration
Improved power quality and
reliability
7. 7
Microgrid advocates make tall promises
Claims Utility Industry Customer No grid
Fuel savings
Reduced Energy consumption
Reduced CO2 emission
Cost effective renewable
integration
Improved power quality and
reliability
8. 8
Microgrid advocates make tall promises
Claims Utility Industry Customer No grid
Fuel savings
Reduced Energy consumption
Reduced CO2 emission
Cost effective renewable
integration
Improved power quality and
reliability
9. 9
The true drivers for microgrids
Microgrids offer questionable value in utility applications
Industrial customers deploy microgrids to improve power quality;
additional benefits are secondary in the decision making process
Customers with no grid access or poor grid reliability benefit
tremendously from primary electrification
10. 10
Agenda
Confirming and Debunking MicrogridClaims
Three Drivers for Microgrids
An international framework for energy opportunities
The emerging options for rural and commercial electrification
Conclusions
14. 14
Datacenters offer the best target market for
microgrids
Total capital investment
SecMinHrDayIndefinite
15. 15
Datacenters offer the best target market for
microgrids
Total capital investment
Electricitysupplysecurity
SecMinHrDayIndefinite
16. 16
Industrial customers securing their supply in response to increased rate
of natural disasters and utility failures
Reliability = survival
Reliability and security become line items on the balance sheet
Lesson learned
17. 17
Three Drivers for Microgrids
Disaster security
Industrial Corporate Consumer
Revenue loss
18. 18
Commercial customers intolerant of Indian grid
Daily power outages are the norm
Larger outages emphasize true
vulnerability of the grid
Directly factored into revenue and cash
flow projections
19. 19
Lessons learned
Private âbackupâ microgrids thrive while charging inflated electricity
rates
Improved reliability directly factors into revenue and cash position
Inflated electric rates are an investment in company growth
20. 20
Three Drivers for Microgrids
Disaster security
Industrial Corporate Consumer
Revenue loss
Primary electrification
21. 21
Conventional utilities are disinterested in rural
electrification
Electricity Statistics
Electricity consumption 771 kWh/capita
Power outages 50 days/year
Reliance on generators 20% of consumption
Population with electricity
access
20%
Cost recovery 39%
Source:World Bank
Utilities are unable to recover cost of power
generation, transmission, distribution and retail
No incentive to expand grid to rural population
22. 22
A long list of ventures attempt to innovate on the
business model
23. 23
Lessons learned
The developing world is proving to be an avid adopter of microgrid
technologies
Utilities are largely disinterested in improving electrification
Primary electrification and improved electricity reliability are motivating
residential and commercial customers
24. 24
Agenda
Confirming and Debunking MicrogridClaims
Three Drivers for Microgrids
An international framework for energy opportunities
The emerging options for rural and commercial electrification
Conclusions
27. 27
Potential new framework based on energy
infrastructure needs
Classifies countries specifically for energy infrastructure
Accounts for technological needs
Accounts for potential for market adoption
34. 34
Agenda
Confirming and Debunking MicrogridClaims
Three Drivers for Microgrids
An international framework for energy opportunities
The emerging options for rural and commercial electrification
Conclusions
35. 35
Electricity consumers can be broken into 3
categories by their ability to afford electricity
Category Activities Price range ($/kWh) Annual
consumption
(kWh)
Need-based
consumption
Lighting
Cell phone charging
$10/kWh + 5-10
Added value
consumption
Small commercial and
institutional operations
Extended lighting hours
$1/kWh - $3/kWh 30-100
Inelastic consumers Traditional residential,
commercial, and
institutional operations
$0.1/kWh - $2/kWh 1,000+
36. 36
Electricity consumers can be broken into 3
categories by their ability to afford electricity
Consumption
Easeofaddressing
Price$/kWh
Population
Inelastic
consumers
Value-add
consumers
Need-
based
consumers
37. 37
Conventional utilities are disinterested in rural
electrification
Industrial
Customer
Residential
Customer
Utility
Hardware
Multinational
Electricity
Services
38. 38
Value chain allows small ventures to circumnavigate
the national utility
Industrial
Customer
Residential
Customer
Utility
Local
Entrepreneur
ESCO
Small
Venture
Hardware
Multinational
Electricity
Services
39. 39
A long list of ventures attempt to innovate on the
business model
40. 40
A long list of ventures attempt to innovate on the
business model
41. 41
Business models are used to manage risk, while
technology is undifferentiated
Business model Description Example company
Low-cost Directly compete with
tier-2 and tier-3 Chinese
on low capex
SRE Solutions
Barefoot Power
Mera Gao Power
New business models Embracing models outside
capex purchase and
traditional pay-as-you-go
Egg Energy
Flexenclosure
Financing options Company finances system
capex under pay-as-you-
go model
Simpa Networks
Shared Solar
42. 42
Summary of barriers to market growth
Barrier Description Unique to developing
world?
Customersâ low access to
capital
Lack of savings or credit Yes
Corruption and
inadequacy in the supply
chain
Theft, exploitation, delinquency at small
and medium levels of business and politics
Yes
Lack of reliable data Non-existent information on
demographics or consumer behavior
Yes
Customersâ lack of
awareness/knowledge
Lack of centralized media increases cost
and time to educate and enlist customers
Yes
Difficulty of scaling sales Cash constraints due to pay-as-you-go
model
No
43. 43
Case Study: Simpa Networks
Barrier Score Approach
Capital
4 High-cost subscription, starting at $1/week, alienates portions of customer
base; higher cost than competing services, more affordable than purchasing a
system outright
Supply chain
3 Working with mixture of established multinationals and local entrepreneurs,
offering risk diversification in its partnerships
Market data
2 Invests heavily in demographic and usage data, but data is often inaccurate or
ineffective
Customer
knowledge
3 Customers familiar with subscription model, but the transfer model is foreign
Scaling sales
2 Company reaches simple payback on a system in 4 â 8 years, placing risk and
cash constraints on expansion
0
1
2
3
4
5
Capital
Supply
chain
Market
data
Customer
knowledge
Scaling
sales
Rely exclusively on existing sales
networks
Biggest struggles are high costs and
lack of information
44. 44
Case Study: Mera Gao Power
Barrier Score Approach
Capital 4
Low-cost subscription, $0.5/week, effectively overcomes financial concerns for
markets that need both lighting and charging services
Supply chain 5 Handles all sales, installation, and maintenance functions in-house
Market data 2 Lacks essential market data, including population and usage behavior
Customer
knowledge 3
Customers familiar with subscription model, but battery swapping introduces
novel element and unfamiliarity
Scaling sales 4
Low set-up cost allows company to break-even on an installation in one year;
company approaching profitability
0
1
2
3
4
5
Capital
Supply chain
Market data
Customer
knowledge
Scaling sales
Bringing all functions in-house
Seeing highest success rate
Still suffers from a
lack of information
45. 45
Case Study: Eskom
Barrier Score Approach
Capital 4
Pricing of $0.28/kWh is low enough to draw high subscription rates and drive
demand, but high volume consumers (>5kWh/week) pay more than they would
under competing service models.
Supply chain 5 Handles majority of functions in-house with a large and qualified staff
Market data 3 Populates its own data, but database is far from complete
Customer
knowledge 4
Customers are familiar and comfortable with traditional utility model, but
Eskom still invests in education and consumer engagement
Scaling sales 4
Deployment has proven profitable to date, and revenue from urban/suburban
population further sustains the utility. But increasingly remote areas become
increasingly costly to serve
0
1
2
3
4
5
Capital
Supply chain
Market data
Customer
knowledge
Scaling sales
Electrified 4 million off-grid homes since
the 1990âs
Commonly sees demand double in first
two years
Tolerates inevitable high cost of
customer management
Strong preference for âconventionalâ
generation
46. 46
Agenda
Confirming and Debunking MicrogridClaims
Three Drivers for Microgrids
An international framework for energy opportunities
The emerging options for rural and commercial electrification
Conclusions
47. 47
Conclusions
Multinationals have considerable interest in African innovation,
investment, and partnerships
⢠Confusion exists around framework
⢠Fear exists around shortage of data and lack of local network
A proper framework accounts for the specific market needs and the
condition of existing infrastructure in order to determine the best
solution
A long list of new ventures are attempting to address rural power issues
⢠Limited technological differentiation
⢠Moderate differentiation on business models
⢠Growth is slowed by poor integration with local networks
All heard about developing world, but it is an exceedingly tough nut to crack. We wonât fix it in 30 minutes. My goal is for you to walk away with -An understanding of just how compelling these markets are-A belief that you can actually make a business case-A new framework for understanding, categorizing, evaluating markets
Many small perturbations that we thought would trigger our revolution. But they turned out to failBut just because these small shifts in the past have failed to rock our boat, doesnât mean we are safe from future incidentsThe needs change. And as the needs change, alternative technologies get a new opportunity
Many small perturbations that we thought would trigger our revolution. But they turned out to failBut just because these small shifts in the past have failed to rock our boat, doesnât mean we are safe from future incidentsThe needs change. And as the needs change, alternative technologies get a new opportunity
While in areas with reliable grids, we view electricity rates as a cost of doing business; indian companies view it as an investment in growth
Many small perturbations that we thought would trigger our revolution. But they turned out to failBut just because these small shifts in the past have failed to rock our boat, doesnât mean we are safe from future incidentsThe needs change. And as the needs change, alternative technologies get a new opportunity
Doesnât account for regional disparencies. Could lead you to focus only on a few of the most popular countries in a region. Brazil vs rest of SASouth Af versus rest of Africa
Getting closer, but doesnât highlight the countryâs technology needsVenezuela and Thailand have simialr PPP, very different country needs. Different level of industry, health of the grid, distribution of population
Outages% electrified population
âforeign industry presenceâGDP per capitaValue-add from mining, manufacturing, construction, electricity, water, and gas industries
Most prominent names on the list. All using largely similar generation, storage, lighting technology, with deployment in the 10s to 1,000s.