Smart Grid Report 2009 June

IND EPENDENT TECHNOLOGY RESEARCH

Sector Update
HOW REAL IS THE VISION OF A “SMART GRID”?
June 2009

Cleantech / Energy

Global Smart Grid Market

$45 $40
$42
60%
Long-Term Fundamentals Intact Though Headwinds Persist
$37
$40 $33 50%
Market Growth Rate

The “Smart Grid” is often described as the “Internet for Electricity” in which will
Market Size (US$B)

$35 $29
$30 $25 40%
$25
$17 30% modernize our aging electricity distribution grids with the goals of reducing excess
$20
$15 20% energy and incorporating renewable energy sources. Numerous factors are forcing
$10
10%
$5
$0 0%
the outdated energy distribution grids around the world to become ‘smarter’, from
rising energy costs to environmental concerns. That said, three challenges remain:
2008

2009E

2010E

2011E

2012E

2013E

2014E

1) absence of bold incentives as utilities struggle with their return on investment
case, 2) unclear regulatory guidelines, and 3) a lack of standards and international
harmonization.

Leaders and Laggers
This report studies the competitive positioning of key players within two early smart
grid areas: Advanced Metering Infrastructure (AMI) and Demand Response. While
current market leaders are likely to hold their places (Itron, Landis+Gyr, EnerNOC),
we find a number visionaries (Silver Spring Networks, Trilliant Networks) that stand
to benefit from a strong adherence to open standards and current pipeline
momentum. In contrast, several emerging upstarts (Grid Net, Tendril Networks)
that focus on specialized applications could face significant hurdles given the
uncertainty in their ability to scale and their unproven standards approach.

Investment Trends and Themes
Venture capital investments in smart grid companies are off to a slow start in 2009,
and remain dwarfed by investments into the solar, biofuel, and wind segments.
While we are optimistic on a meaningful pickup in smart grid investment activities
within the next 6-12 months, we believe that investors will likely gravitate towards
ideas that hinge on three key themes: 1) ability to scale, 2) focus on open
standards, and 3) the first / early movers in any given segments.

A Sweet-Spot Along the Value Chain
We find ‘the security play’ as an emerging sweet-spot along the smart grid value
Ken So
chain. Indeed, security vulnerability is increasingly the primary concern for this
kenneth.so@gpbullhound.com
nascent industry, which apt to spawn a host of smart grid security startups. Such
San Francisco: +1 415 986 7480
dynamics could be analogous to the $30 billion network security industry created
with the emergence of the Internet over the past 15 years. We favor companies
Christian Lagerling
that are at the forefront of security innovation and standards (Trilliant Networks),
christian@gpbullhound.com
driving strategic interests from traditional network security leaders (Cisco, IBM) as
London: +44 (0) 207 101 7576
well as vertically integrated AMI providers.

Important disclosures appear at the back of this report.
GP Bullhound Ltd. is authorised and regulated by the Financial Services Authority in the United Kingdom


INTRODUCTION
Investments momentum and strategic interests in the Smart Grid sector
surged in 2008, setting a record year in venture capitalist funding and
drawing a number of tech heavyweights to the scene (Google, IBM,
Cisco). As the cleantech space emerged as the fastest growing asset
class among venture and strategic investors fueled by federal incentives
and a rise in climate change awareness, we launch a series of cleantech
reports to help investors identify unique cleantech themes and refine their
investment strategies. This report is the first of the series, which takes a
deep-dive into the Smart Grid sector and discusses the competitive
dynamics and outlook based on our interviews with industry experts,
market leaders, and upstarts.

What is the Smart Grid?
The existing power grids around the world date back to the early 20th
century and have not been fundamentally changed ever since.
Subsequently, our current power grids are outdated and inefficient, and
the term “Smart Grid” has emerged as the catchall term used to describe
the confluence of technologies and solutions that will constitute the next
generation modern and efficient grids.
The smart grid is not a single disruptive technology but rather a disruptive
concept that brings network communications, analytics, feedback and
control to our existing power grid systems with the goal of improving
efficiency and making environmental impacts. Within the smart grid
ecosystem, sophisticated meters (advanced metering infrastructure
(AMI), Demand Response) would empower consumers with a clearer
picture of energy usage and price in order to make better consumption
decisions. Sensors and smart appliances could adjust a household's
power consumption to lessen demand on the grid at peak times. Utilities
would also enjoy new efficiencies through substation automation and
advanced components (superconductivity, storage) that could store and
distribute renewable energy such as solar and wind.

2

GP Bullhound Ltd. June 2009


Exhibit 01 – Smart Grid Ecosystem

1) Advanced Metering 2) Demand Response
Removes human interaction Real-time pricing info for
with meters consumers to manage usage

3) Power System
6) Plug-in Hybrid Automation
Enables smart charging f or Outage detection,
plug-in electric vehicles restoration, and isolation

5) Substation Automation
Executes protections; drives
ef f iciency
4) Storage
Renewable energy
generated at off -peak times
is stored f or later use

Source: GP Bullhound

Why is the Smart Grid Important?
In the US, on average, the power generating station was built in the
1960s with mid-century technology. The average age of a substation
transformer is 42 years old, pushing beyond its shelf-life of 40 years.
Further, the existing grid has only a one-way communication, with a
starling lack of information for either the utilities or the consumers. For
example, when a blackout occurs, the grid operators have no knowledge
of the failure until a homeowner calls to complain. The state of the current
electricity architecture in Europe is no different, comprising of highly
centralized carbon-based power generators. If the existing system is
updated, an estimated 20% of Europe’s energy could be produced by
existing renewable sources such as wind turbines or solar panels (~9%
today). Notably however, the future of the smart grid is more uncertain in
Europe as the region lacks the same level of financial incentives that the
US has committed to in the recent stimulus bill.
While we have lived with these inefficiencies for more than half a century
now, we are faced with the vast array of renewable energy resources
(wind, solar, geothermal) waiting to be tapped. Smart grid plays a critical
role in enabling the transformation of our energy landscape.

3



Exhibit 02 – Example of How the Smart Grid Helps to Avoid Blackouts

Step 1: The utility company remotely
collects real-time usage data f rom smart
meters.

Step 2: It identifies a potential power
f ailure during a high-demand period.

Step 3: The utility redistributes power
across its service area by sending a radio
signal to customers’ smart appliances
(thermostats, air-conditioner) to turn
power on and of f .


The value of smart grid technologies has been difficult to quantify in a
simple cost-benefit analysis due to 1) the multi-tiered benefits that are
provided to each stakeholder and 2) the fact that deployment is done
incrementally over a very long period. Therefore, the best way to
characterize and simplify the benefits in our view is in three successive
phases.
The first leg in smart grid deployment relates to demand-driven
technologies (AMI, Demand Response). The combination of greater
interaction between consumers and utilities and greater security would
result in lower energy consumption.
The second leg relates to the power distribution, improving adaptability
and stability of the system. This is by far the biggest ‘bang for the buck’
as such initiatives could prevent costly blackouts and other disruptions.
The third phase is the build-out of supply-side enabling technologies
(energy storage, substation automation). Such initiative is critical for the
integration of renewable energy to the existing system, eliminating the
need to reinvent the energy distribution infrastructure.
Exhibit 03 – The Smart Grid Value Creation

Phase 1: Demand-side Phase 2: Distribution Phase 3: Supply-side
(AMI, demand response) (power system (substation automation)
automation)

Interactive – empowering Adaptive – self healing by Optimization – making the
consumers with dynamic responding to system best use of resources while
pricing info problems minimizing operations and
costs

Secure – detecting and Stability – integrating Reach – distributing across
response to attacks from localized power sources to geographical and
man-made or natural the grid with high power organizational boundaries
disruptions quality and reliability


4



According to a study by Galvin Electricity Initiatives, the cumulative
economic benefits of transforming the current electric distribution system
to a smart grid could reach $90bn annually by 2020 (see Exhibit 4).
Exhibit 04 – Potential Economic Benefits in the US

100
Phase 3: Reduces inf ra investment
$15-17B per year

80
Economic Benefits ($B per year)

Phase 2: Outage prevention cost savings
60
$49B per year

40
Phase 1: lowers power consumption
$15-20B per year
20

0
1 2 3 4 5 6 7 8 9 10 11
Time 12 13 14 15 16 17 18 19 20

Source: Galvin Electricity Initiatives (2009), GP Bullhound Analysis

Significant Market Already – and Growing
According to Deloitte technology, the global smart grid market generated
an estimated US$17bn of revenues in 2008. The market is forecast to
grow rapidly in 2009, reaching $25bn (+50% y/y). Forecasts suggest that
the total market will continue to grow at an average annual growth rate of
11%, reaching US$42bn by 2014. The market currently breaks down into:
AMI (20-25%): led by Itron, Landis+Gyr, ESCO
Demand response (12-17%): led by EnerNOC, Comverge
Distribution and components including sensing, measurement and
control, distributed generation, and distributed storage.

5



Exhibit 05 – Global Smart Grid Market Size and Growth Rate Forecast
$45 $42 60%
$40
$40 $37
50%
$35 $33

Market Growth Rate
Market Size (US$B)
$29
$30 40%
$25
$25
30%
$20 $17
$15 20%

$10
10%
$5

$0 0%
2008 2009E 2010E 2011E 2012E 2013E 2014E

Source: Deloitte, FERC, GP Bullhound Analysis

Summary – Short-term Appetite Not Living up to the Buzz
While the long-term benefits of the smart grid are clear, skepticism has
been mounting on the magnitude and rapidity of the economic benefits
with the smart grid adoption.
The sentiment is not unfounded as the smart grid vision hinges on three
fundamental premises:
Premise #1: Consumer behavioral change – By conveying real-
time pricing, the smart grid will encourage consumers and utilities to
redistribute their consumption of electricity to off-peak hours of the
day. This will “level load” and solve the perennial problem of utilities
in meeting demand that occurs a few hours and days of the year.
Premise #2: Concerted efforts on all sides – The smart grid
requires significant planning and coordination across all the
stakeholders (policy makers, energy producers, operators, and
consumers). First and foremost is interoperability. When a new
solution is incorporated into the system, it must be able to configure
and communicate with legacy systems.
Premise #3: A radical change in utilities’ business models –
Traditional utility business models do not benefit from energy
conservation as energy consumption is directly tied to their profits.
Hence a workable model has to allow both utilities and consumers to
share in the savings from lower energy consumption.
The biggest hurdle to the smart grid adoption thus far is not the lack of
technological advances, but rather instilling impactful financial and social
incentives to drive these three fundamental premises. While government
incentives (US stimulus bill for example) and decoupling initiatives are
important steps forward, until the conservative utilities groups get
comfortable with the three pillars of the smart grid concept, the pace of
adoption will remain choppy in our view.

6



SMART GRID TECHNOLOGIES AND SOLUTIONS
As stated earlier, the smart grid is a collection of a broad range of
technologies and solutions that optimizes electricity transmission and
distribution.
Two critical components at the forefront of the smart grid value chain are
Advanced Metering Infrastructure (AMI) and Demand Response.

Advanced Metering Infrastructure (AMI)
The simplest form of AMI is Automatic Meter Reading (AMR), a 1980s
technology, which replaces mechanical meter. The meters communicate
directly with the utility and remove the need for humans to interact with
the meters. However, it is still consists of a one-way communication. The
next generation consists of two-way communications, allowing utilities to
“talk” to the meter and control other devices. More importantly, real-time
usage information enables utilities to dynamically monitor and price
electricity consumption in order to 1) predict individual usage to better
manage supply, 2) detect faults, and 3) supply electricity more efficiently
to consumers.
Products and solutions include: hardware/software AMI, meter data
management, metering/analysis software.
Market leading suppliers include:
Itron (NASDAQ: ITRI) – WA, US headquartered, 8,500 staff, $1.9bn
revenues (CY08), $2.1bn market cap (5/28/09)
Landis+Gyr (Private) – Switzerland headquartered, 370 staff,
estimated at $170m revenues (CY08)
ESCO (NYSE: ESE) – MO, US headquartered, 2,200 staff, $623.8m
revenues (CY08), $1.0bn market cap (5/28/09)

Demand Response
It is the method of managing energy consumption devices by directly
supplying pricing information to consumers. The key premise is to allow
utilities to reach out and modify consumers’ consumption behavior at
critical peak times either directly (remote load controls) or via pricing
incentive models, thereby shedding loads during peak demand. The
deployment is predicated on the roll-out of advanced meters and
communication infrastructure (wired or wireless).
Products and solutions include: Demand-side management, distribution
monitoring and control software, and demand/cost response software.
Market leading suppliers include:
EnerNOC (NASDAQ: ENOC) – CA, US headquartered, 345 staff,
$106.1m revenues (CY08), $480.2 market cap (5/28/09)
Comverge (NASDAQ: COMV) – NJ, US headquartered, 385 staff,
$77.2m revenues (CY08), $208.2m market cap (5/28/09)

7



The key to the smart grid concept pivots on the adoption of existing
technologies used in other applications (manufacturing, tele-
communications). We categorize these technologies in four key groups
along the smart grid value chain.
1. Utilities – manage the integration of macro components, renewable
energy sources, and new systems to the grid infrastructure
2. Distribution – drive efficiency and automation in existing distribution
infrastructure
3. Communications – provide various techniques to manage the two-
way communication between utilities and end consumers
4. Consumers – hardware and software that enable the connection to
the endpoints in the grid
Exhibit 06 –Technology and Solutions along the Smart Grid Value Chain

Utilities Distribution Communication Consumers

Advanced Components Phasor Measurement Unit Demand Response Advanced Metering
• Superconductivity, fault • WAMS (wide-area • Demand-side • AMR/AMI
tolerance, storage, power measurement systems) management • Metering/Analysis
electronics, and to provide real-time • Distribution monitoring software
diagnostics components monitoring and control • Sensors

Substation Automation Power System Automation Networks and Transports Smart Appliances
• Intelligent Electronic • Outage detection and • WAN/MAN/LAN/VAN • Load management
Devices (IED) restoration • Wired (BPL, PLC, DSL) • Remote load control
•Voltage stability • Wireless (RF, WiFi, • Intelligent building
monitoring and control WiMax, GSM, ZigBee,
satellite)

Source: GP Bullhound Analysis

While the smart grid is still in the early innings of the adoption cycle, the
good news is that AMR, the first piece of the puzzle, is matured and time
tested as millions of end points have already been deployed. The nascent
market augurs well for new applications to emerge given easing
technology barriers. We expect Demand Response to take center stage
as the next leg in smart grid technology adoption.

8



Exhibit 07 – Smart Grid Technology Adoption Curve

We are here

Source: Independent Electricity system Operator (IESO), 2008, GP Bullhound

Storage and Distribution are Key Requirements for Effective
Adoption
Current outdated distribution system is widely regarded as the bottleneck
for renewable energy development. Without a smarter grid, we cannot
effectively tap into our vast renewable energy reserves. According to
Energy Policy Institute, three wind-rich US states (North Dakota, Kansas,
and Texas) have enough wind resources that if harnessed, can meet the
electricity demand in the entire country. The biggest challenge is not the
generation of renewable energy, but rather moving and storing the
electricity from where it’s generated to population centers often far away
(eg., wind power from North Dakota to the populous city of Chicago).
We believe the powerful momentum in clean energy investments in
recent years will fuel smart grid innovation and further garner interests
from the tech heavyweights (Google, Cisco, IBM), a harbinger for market
adoption.

Local Initiatives
While the European markets have a higher number of installed smart
meters (skewed by Italy), the North America smart grid market has seen
a greater level of activity since late 2007 underpinned by growing
government and private investment activities. Extrapolating current
growth trajectory, the US will surpass Europe in its number of smart
meters installed by 2014.
California – PG&E is on track to deploy nearly 10 million electric and gas
meters by end of 2011, currently at 2.3 million installed which began in
2006. GE and Silver Spring Networks will be the primarily beneficiary of
the roll-out.
Austin, Texas – Austin Energy of Austin, TX, is expected to roll out its
Phase 1 smart-grid project of 500k smart meter devices by July-09. The

9



utility has also installed 86,000 smart thermostats and 2,500 distribution
grid sensors across its service territory. Vendors for the project include
GE Energy, IBM, Oracle, and GridPoint.
Ontario, Canada – The province mandated all local distribution
companies to install 1.3 million smart meters in every home and small
business by 2010. Trilliant Networks, an AMI vendor, will provide the
communication infrastructure and software applications.
Enel of Italy – Enel installed over 27 million customers between 2000-
2005, the world’s largest smart meter deployment to-date. The project
cost approximately 2.1 billion Euros. Enel estimates the cost savings is
500 million Euros per year, suggesting an astonishingly short 4 year
payback time.
Exhibit 08 –Advanced Metering Initiatives Around the World
United Kindom
Ontario, Canada Initiatives to replace all
Mandate to install 1.3M smart meters (~47M) by 2020 Nordics region
meters in all home and businesses Contracts for 8M meters
by 2010 still open

California
PG&E smart meter deployment
(10.3M smart meters by 2012)

Texas Italy (Enel)
Smart meter deployment Largest AMR deployment
underway (5M+ meters by 2014) to-date (27M meters)

France
200,000 smart meters trial
proposed Australia
Plans for up to 1M meters to
be upgraded by 2013


10



MARKET DRIVERS AND CHALLENGES

Key Factors Driving Market Adoption
The increasing cost of energy bills has created a demand from
consumers for more control over their energy consumption decisions.
The overall economic benefits to the consumers could potentially be
staggering. Consider a market during an energy crisis could see its
energy costs climb to a whopping $1,000 per megawatt hour (from $7-
10/MWh off-peak). Deferring peak energy usage or reducing peak
consumption is by far the highest leveraged win for all consumers (two
2006 Carnegie Mellon studies showed a ~10% reduction in peak
demand). Continuous improvement of awareness and transparency
should give customers incentives to be active participants in the energy
market, fueling further growth in smart grid adoption.
Governments around the world are putting regulatory standards to help
with smart grid implementations. Two government initiatives remain
pivotal for smart grid adoption: 1) subsidies (tax credit, grants), needed
for utilities to justify their investments and 2) interoperability mandate, a
timetable to push for collaboration on standards. The recent buzz is
centered on the American Recovery and Reinvestment Act of 2009
(Obama’s stimulus plan) that comprises of $4.5bn in grants for smart grid
technology development. However, the program caps at $20 million for a
given project, which is a drop in a bucket compare to the sheer size of a
smart grid deployment project (PG&E budgeted $1.7bn, FPL $700m, and
Duke Energy $1bn over the next five years).

But Challenges lie Ahead

While advanced metering has been available on the market for more than
a decade, overall adoption of the technology by utilities has been rather
anemic thus far. There are 2.7 billion meters worldwide, but only 8% are
automated (electric (10%), gas (12%), water (5%)). The United States
has been the most aggressive country to adopt with 46% of installed
meters converted to automated metering (AMR). That said, current US
AMI penetration stands at a mere 5% of total meters, growing at mid-
single digits annually. The sluggish growth has squarely been blamed on
the utilities’ fear of stranded costs and regulatory uncertainty. The Electric
Power Research Institute estimates the cost of building a smart grid in
the US to be a staggering $165 billion, about $8 billion a year for two
decades. Further, the current global economic crisis coupled with the lack
of clarity in the US stimulus bill casts doubt on the near-term viability of
advanced metering infrastructure (AMI) and has derailed recent AMI
programs:
San Diego Gas and Electric pushed back its deployment start date to
2Q09 (from Feb 09 previously) due to technical and security issues.

11



PG&E (California US) now expects to complete its electric AMI
upgrade installations by 4Q12 (vs. 1Q12 previously).
PSEG suspended its AMI pilot and program early in the quarter.

Exhibit 09 – US Advanced Metering Penetration Rate
Advanced Metering In-Service (M 160
0.7% 1.8% 4.7%
140

120

100
units)

80
99.3% 98.2% 95.3%
60

40

20

0
2006 2007 2008
Non-AMI AMI

Source: 2008 FERC Survey, GP Bullhound Analysis

Utilities Struggle With ROI Case and Will Need Regulator
Push…
The traditional utilities’ business models simply work against the notion of
energy conservation; that is the lower energy consumption, the lower the
revenue for utilities. This potential loss of revenue coupled with significant
upfront investment discourages utilities from supporting smart grid
initiatives, despite the overall economic and social benefits they create.
For example, PG&E in California estimates the cost of its meter program
at $2.2bn for 5.4 million electric advanced meters. To date, it has
installed 557,000 meters but less than 2% of those consumers have
taken advantage of the advanced features to put cost savings to work.
While progress has been made to reduce the disincentives (decoupling
programs in at least ten states in US, Stimulus bill), there is simply a lack
of sustainable financial rewards – and regulatory reforms – for utilities to
be the first adopters and to take on the added operational and financial
risks.

Unclear Regulatory Guidelines
The controversy centers on the difficulty in quantifying the ROI of an
advanced metering project. In US, each AMI plan requires an approval
from the state commission before the project is deployed. The utility must
demonstrate a positive cost-benefit which could come from operating cost
savings such as 1) avoided meter-reading costs, 2) faster outage
detection, and 3) improved customer service. However, in many
instances, operational benefits alone could not make up the ROI needed
for approval. While many utilities build their cases with the inclusion of
Demand Response benefits, the lack of a reliable and accurate method to

12



assess the net benefits of Demand Response programs has
consequently slowed overall progress.

Lack of Standards and International Harmonization
In contrast to the Internet which is a great example of a global standard,
the smart grid industry, over the past decade, has been scrambling to
agree on a set of standards. Indeed, the slow pace of standards adoption
has widely been blamed on:
1) the scope and complexity that spans across a wide range of industries
and disciplines,
2) financial incentives for each stakeholder, and
3) protectionism (many neighboring countries use different voltages and
socket types).
Today’s situation remains confusing and chaotic with overlapping
standards from established bodies and de facto standards from new
players. To further compound the problem, a true smart grid needs to
interact with standards from other industries, such as heating and air
conditioning, commercial buildings, home appliances and automation,
and plug-in hybrid vehicles. To be fair, recent progress is evident in
driving standards adoptions including the much anticipated standards
guidelines that address security issues and promote uniform software
communication (slated to be released by mid-2009, according to NIST).
However, many solutions providers and utilities are skeptical of such
initiatives to gain traction. Without such standards, each country will have
to develop the entire ecosystem of proprietary device makers, application
developers, and service providers. Such scenario will likely force
manufacturers to customize each solution, thus driving up the cost and
protracting the rate of adoption for utilities.

13



COMPETITIVE LANDSCAPE
We find the current environment conducive for smart grid upstarts to
make headway in the nascent market given 1) stakeholders still in search
of standards and 2) fragmented customer backdrop reducing buyer
power (Itron has 8,000 customers without a single 10% customer). While
traditional AMR vendors are highly concentrated, dominated by Itron with
46% market share in the US, the AMI segmentation is much more
fragmented given the multi-layer disciplines within the smart grid
ecosystem.
The table below categorizes select smart grid vendors in 8 key segments:
Exhibit 10 – Selected Smart Grid Vendors
Demand-Side Vendors
Advanced Demand Backend Systems Network Systems
Metering Response (Data Mgmt)
Itron (public) Advanced Telemetry eMeter Arkion Systems
Landis+Gyr Ameresco Itron (public) Current Group
ESCO (public) EnerNOC (public) Oracle (public) Datamatic
Elster Comverge (public) SAP (public) DCSI
Sensus CPower OSIsoft Echelon
Neptune GridPoint GridPoint Eka Systems
GE Energy (publ.) Honeywell Ecologic Analytics Google PowerMeter
Badger Nighthawk Systems Silver Spring Netw.
MasterMeter PowerSecure Int. SmartSynch
Trilliant Networks Trilliant Networks
Tantalus Systems
Tendril Networks
Supply-Side and Distribution Vendors
Wide Area Measure- Grid Automation Resource Energy Storage
ment Systems Software Integration
Doubletree Systems GE (public) GridPoint A123 Systems
Macrodyne Inc. GridPoint IBM (public) Altair Nanotech.
PowerWorld Ice Energy NGK Insulators
Ice Energy

Exhibit 11 – North America AMR Market Share (2008)

Others
Neptune 10%
6%
Sensus
6%
Elster Itron
5% 46%

ESCO
12%

Landis+Gyr
16%

Source: The Scott Report AMR Deployment Q4 2008, GP Bullhound Analysis

Below we lay out a framework to assess the competitive positioning of
the key players, a subjective analysis based on their staying power and
breadth of product offerings. Given the scope of the smart grid ecosystem
as well as relevance to investors’ interests, we have focused only on the
14



AMI and Demand Response segments in our competitive analysis.
Overall, we find the traditional AMR vendors to remain in market leading
positions (Itron, Landis+Gyr, EnerNOC) given their scale, geographical
reach, and strong reputation among the conservative utilities group. Right
behind them are the visionaries (Trilliant Networks, and Silver Spring
Networks) that attempt to redefine the vision of the energy platform.
Rounding out the long tail are the niche players. We see significant
challenges ahead for some of these companies given the lack of scale
and unproven standards.
Exhibit 12 –AMI Competitive Positioning
36
High CHALLENGERS MARKET LEADERS

GE Energy Itron
IBM
ESCO
Staying Power (Scalability, Reputation)

Elster Metering
Landis Gyr

EnerNOC
18 Comverge
NICHE PLAYERS VISIONARIES
Google Trilliant Networks
Emeter Corp. Silver Spring
Current Group Networks
SmartSynch
Tantalus

Tendril Networks

Grid Net

Low
0
1 Low 5
Breadth of Product Offering
High 9


Notes: Staying Power is a weighted index of revenues, mind share, years in business, and headcount.
Breadth of Product Offering is a weighted index of number of products and services and targeted
segments.

15



Promising Upstarts
Silver Spring Networks Competitive Advantages:
Key Highlights: 1) Strong pipeline (won a massive contract
Founded in 2002; ~50 staff; $5m+ annual with PG&E); $500 million in backlog that
revenues; based in CA, US could quadrupled by end of 2009
Also known as the “Cisco of the grid”, uses 2) Open architecture approach (specs and
unlicensed 900 MHz spectrum and puts communication standards) to gain first
wireless devices on power lines, mover advantage as the defacto standard
transformers, and home meters to send
information to utilities Competitive Disadvantages:
Received $90mm in funding led by Kleiner 1) Limited market share thus far with few
Perkins Caufield & Byers (Mar-09) installed meters
Key competitors: Trilliant Networks, 2) Scalability is uncertain with mesh networks
SmartSynch

Trilliant Networks Competitive Advantages:
Key Highlights: 1) Strong pipeline momentum on the heels of
Founded in 1998; ~300 staff; $40m+ the largest AMI deployment ever with
annual revenues; based in CA, US HydroOne in Ontario, Canada (1.3 million
Offers a full suite of network solutions meters by 2010)
(wireless, RF network operating system, 2) Offers a ‘true’ open-standard platform to
comm chips, gateway, mgmt tools) integrate smart meters, in-home displays,
$100 mm in revenues in 2008 smart controls and devices
Received $40mm in funding from Competitive Disadvantages:
MissionPoint Capital, Zouk Ventures 1) Limited mindshare relative to competitor
Key competitors: Silver Spring Networks, (Silver Spring Networks), lends risk to
SmartSynch platform adoption
2) Weak International presence (only contract
is in Ireland outside of North America)

No Man’s Land
eMeter Competitive Advantages:
Key Highlights: 1) Implementation knowhow; deep expertise
Founded in 2000; ~150 staff; $15m+ and long-time relationship with utilities
annual revenues; based in CA, US 2) Partnership: Itron, SAP, Oracle, Control4
Delivers meter data management solutions (smart appliances, thermostats)
for utility mass market, and commercial Competitive Disadvantages:
and industrial deployment 1) Lack of product offering (focuses
Products: 1) EnergyIP, an enterprise meter only in a niche area (meter data
data management software platform and 2) management))
Business Process Management Tools 2) Only a fast follower in demand-
Current contracts with CenterPoint Energy, response
Alliant Energy, and Southern California
Edison (5.3 million meters through 2012)
Key competitors: Oracle, Ecologic
Analytics (contract with PG&E)

SmartSynch Competitive Advantages:
Key Highlights: 1) Inked partnership with AT&T to provide
Founded in 1998; ~40 staff; $10m+ annual wireless network to commercial and
revenues; based in MS, US residential markets
16



Provides network capability for smart Competitive Disadvantages:
meters to link via cellular networks for 1) Using cellular networks could be cost
residential and commercial meters prohibitive for many customers
Received $25 mm Series D from Credit 2) No real presence outside of North America
Suisse, Siemens VC, Batelle Ventures,
and others (May-08)
Key competitors: Silver Spring Networks,
Trilliant Networks

Significant Hurdles Ahead
Google (NASDAQ: GOOG) Competitive Advantages:
Key Highlights: 1) Scalability and accessibility (albeit in
Google’s PowerMeter is currently in different area)
internal beta testing (~50 Google 2) Robust programmability
employees are using home energy 3) Knowhow in security
monitors to record their power usage) 4) Standards savvy, an open-systems
Key competitors: Greenbox Technology, platform (think Android)
Tendril Networks Competitive Disadvantages:
1) Lack of industry knowhow
2) No relationships with utilities
3) No real killer apps
Grid Net Competitive Advantages:
Key Highlights: 1) Technology advantage with WiMAX
Founded in 2006 by Ray Bell, former CEO strategy: a) high reliability and security
of Silver Spring Networks; based in CA, US 2) Strong strategic partnership with GE and
Focuses solely on WiMAX, which is Intel
drawing supports from Intel, GE, Sprint, Competitive Disadvantages:
Clearwire. 1) WiMAX is much more expensive
Signed pilot deals with four utilities given the licensed spectrum
(EnergyAustralia, SP AusNet, American 2) Highly dependent on the success
Electric Power, Consumers Energy) of WiMAX deployment, which is
Funded in 2006 by Intel Capital, GE, and facing stiff competition from LTE in
Catamount Ventures (undisclosed amount) Europe
Key competitors: SmartSynch, Silver
Spring Networks
Tendril Networks Competitive Advantages:
Key Highlights: 1) Provides a robust set of open APIs in an
Founded in 2004; ~40 staff; $3m+ annual open architecture
revenues; based in CO, US 2) Partners with market leaders: Itron,
Provides home energy management Landis+Gyr
software and hardware of smart plugs and 3) Placed big bets on Zigbee, which is the
energy displays in an open architecture emerging standards for in-home modules
7-yr deal with Reliant (TX, US); Pilots with Competitive Disadvantages:
5 major utilities; tests with 15 others 1) Unproven business model selling directly to
Received $12 m Series B from RRE consumers instead of utilities
Ventures, Vista Ventures, Access Venture, 2) Limited systems integration experience
Appian Ventures (Mar-08) beyond pilot phase
Key competitors: Greenbox Technology, 3) Unproven ability to scale and limited mind
Control4 share, barriers to standards adoption

17



INVESTMENT IMPLICATIONS AND OPPORTUNITIES
VC investments in clean technologies have slowed in 2009 amidst the
difficult macro environment. After a record year in 2008 ($461 million total
smart grid investments), investments are off to a slow start. Smart grid
investments are dwarfed by investments into other cleantech areas such
as solar, biofuel, and wind. In Q1 of 2009, investment in smart grid only
nudged $37.5 million in five deals, only 8% of total smart grid investment
in 2008 and roughly 5% of overall cleantech investment (vs. solar at 67%
of total).
Exhibit 15 – Global Cleantech Revenues (2008) vs. VC Investment (1Q09)

$400
$356.6
$350

$300

$250
US $M

$200

$150
$94.2
$100
$51.4 $57.5
$50 $29.6 $34.8 $37.5
$17.0
$0
Solar Biofuels Wind Smart Grid
Global Revenues (2008) VC Investment (1Q09)


Notes on global revenues: Biofuels (global production and wholesale pricing of ethanol and biodiesel),
Wind (new installation capital costs), Solar (including modules, system components, and installation)

We expect resurgence in smart grid investment activities once the private
equity market returns to a more normal state. While we believe the smart
grid is approaching the peak of the hype cycle, investor sentiment is
unlikely to retrench given smart grid’s three powerful hallmarks: 1) strong
capital efficiency, a better alternative to other capital-intensive clean-tech
verticals (solar, wind), 2) no technological breakthrough required (the
technologies of the smart grid are familiar vernaculars), and 3) benefits
increase with time as the aging electricity grid only gets older.
As many tech heavyweights have entered the game (Cisco, Google, Intel,
Oracle, AT&T) in recent years, we expect M&A activities to be robust,
with a particularly sharp focus on the software-centric companies given
the favorable capital efficiency and ease of integration.
1. Consumer Play – Cisco’s interest in smart grid is well known
(teamed up with GE in the $200M smart grid project in Miami). To
content with its heavyweight counterparts that have recently entered
in the field (Google), Cisco is likely to make a strong push into smart

18



grid consumer gear and software. Private companies that focus on in-
home energy monitoring devices include GridPoint, Greenbox
Technology, and Tendril Networks.
2. Security Play – Just as the Internet has created a whole new
industry to prevent cyberattacks, currently a $30 billion+ market, we
believe the smart grid is apt to spawn a host of smart grid security
startups addressing the growing concerns of security vulnerability.
The fear of a single hacker disrupting service to homes and
businesses or worst causing a blackout has slowed adoption for
utilities. Companies that are at the forefront of security innovation and
driving security standards are likely to garner a close look. We expect
traditional network security leaders (Cisco, IBM) and vertically
integrated AMI providers to be potential acquirers.
Mining the smart grid landscape, we find many of the smart grid private
companies share similar profile: consists of $1-3 million in annual
revenue and scores a small-scale utility pilot deal. Amidst a sea of smart
grid upstarts, we identify three key criteria to help investors to better
gauge the next smart grid opportunity:
1. Scalability – The lack of scale remains the Achilles heel for many
niche players in scoring major utility contracts. Many major utilities, a
notoriously conservative group, make their procurement decisions
based on balance sheet strength, vast resources, and end-to-end
solutions, leaving smaller niche companies in a rural coop. However,
niche players that have strategic partnership with market leaders
(eg., Silver Spring Networks with GE Energy) are likely to fare better.
2. Open standards – The use of open standards is critical to ensure
the reliability and security of the electric system. Companies that will
likely parish are those that are levered to a single proprietary
standard which raises significant adoption risks or lack management
expertise working with regulators and utilities to drive standards
adoption.
3. First mover advantage – Each smart grid project deployment
process is long and complex, going through a series of trials and
testing before the multi-phase launch. A first mover advantage is
critical not only to get a leg up on establishing the standards, but also
to drive network externalities for future contract wins.

19



Recent Private Placement Activity
Total Value
Date Target Investors Business Description [Target/Issuer]
($M)
04/23/2009 Energy and Power Altira Group LLC; Robeco Group N.V.; NGEN 30.0 Offers xChange Point energy and carbon management system for
Solutions, Inc. Partners, LLC industrial and manufacturing executives

04/06/2009 Ember Corporation Chevron Technology Ventures L.L.C.; ePlanet 8.0 Develops wireless sensor and control network technologies for building
Ventures; GrandBanks Capital Inc.; New Atlantic automation, integrated home automation, and metering markets
Ventures; et al.

03/09/2009 SynapSense American River Ventures, DFJ Frontier, Nth 7.0 Provides wireless instrumentation solutions that offer energy efficiency
Corporation Power LLC, Emerald Technology Ventures AG, and carbon footprint reduction for data centers and enterprises
Sequoia Capital, Robert Bosch; et al.

01/06/2009 Sentilla Corporation Claremont Creek Ventures, Onset Ventures 7.5 Provides demand-side energy management solutions for commercial
and industrial facilities

12/29/2008 Positive Energy, Inc. New Enterprise Associates 14.0 Provides energy efficiency and conservation solutions

11/24/2008 Ambient Corporation Vicis Capital, LLC 8.0 A smart grid communications platforms integrator, develops high-speed
(OTCBB: ABTG) IP-based data communications networks over existing medium and low-
voltage distribution grids in North America

10/30/2008 Eco Power Solutions Altira Group LLC 7.0 Develops energy recapture and emissions reduction solutions
Corporation

10/28/2008 Ice Energy, Inc. Second Avenue Partners, Energy Capital 33.0 Manufactures and markets energy storage solutions, and cooling and
Partners refrigeration products for residential and commercial markets

10/07/2008 Silver Spring Networks, Foundation Capital; Kleiner, Perkins, Caufield & 90.0 Offers IP-based network enabled meters that allow utilities to implement
Inc. Byers; Northgate Capital Group, L.L.C. metering solutions

09/23/2008 GridPoint, Inc. Goldman Sachs Group; New Enterprise 100.0 Provides an intelligent network that integrates load measurement and
Associates; Robeco Group; Perella Weinberg control devices, energy storage technologies, and renewable energy
Partners; Susquehanna PE Investments sources into the electric grid

09/11/2008 Telvent Git S.A. Abengoa SA; Waddell & Reed Investment Mgmt; 103.0 Provides products, services, and integrated solutions to customers in
(NasdaqGS:TLVT) Ivy Investment Mgmt Co.; Waddell & Reed energy, traffic, transportation, and environment industries
Advisors Science and Technology Fund

08/20/2008 Trilliant Networks, Inc. MissionPoint Capital Partners, Zouk Ventures Ltd 40.0 Provides wireless network solutions and software for advanced metering,
demand response, and grid management applications

08/19/2008 EnOcean GmbH Wellington Partners Venture Capital GmbH, 6.6 Manufactures and markets wireless sensor solutions for use in buildings
Siemens Technology Accelerator GmbH, and industrial installations
BayTech Venture Capital, et al.

08/05/2008 BPL Global, Ltd. El Dorado Ventures; Novitas Capital; Cross 23.0 Provides software to electric utilities including user security
Atlantic Capital Partners; Morgan Stanley PE; management, data repository and reporting, messaging, and common
International Financial Advisors, K.S.C. user interface framework services

06/01/2008 EKA Systems, Inc. RockPort Capital Partners, Flybridge Capital 18.5 Manufactures and supplies wireless smart network, smart grid
Partners, The Westly Group networking, and AMI for electric, gas, and water utilities to monitor and
control customers’ water, electric, and gas data

05/22/2008 SmartSynch, Inc. Kinetic Ventures; Endeavor Capital Mgmt; 20.0 Provides Smart Grid Intelligence solutions monitor, capture, and transmit
GulfSouth Capital; Siemens VC; Southern Farm; power consumption data in time-based intervals over IP-based networks
OPG Ventures; Battelle Ventures; CSFB

04/24/2008 Verdiem Corporation The Phoenix Partners, Catamount Ventures 12.0 Provides PC energy management solution that allows organizations to
Management LLC, Kleiner, Perkins, Caufield & manage and measure energy consumption on PC networks
Byers, The Westly Group, et al.

04/13/2008 Silver Spring Networks, Foundation Capital; Edison Electric Institute Inc. 17.4 Offers IP-based network enabled meters that allow utilities to implement
Inc. metering solutions

04/06/2008 eMeter Corporation Foundation Capital; Siemens AG (DB:SIE); DBL 12.5 Delivers energy information management solutions for utility mass
Investors market, and commercial and industrial deployment

03/28/2008 Tendril Networks, Inc. RRE Ventures LLC; Access Venture Partners; 12.0 Provides residential energy management systems (REMS) for utilities
Vista Ventures; Appian Ventures Inc. industry and its consumers

03/27/2008 GridPoint, Inc. The Quercus Trust 15.0 Provides an intelligent network that integrates load measurement and
control devices, energy storage technologies, and renewable energy
sources into the electric grid

20



Recent M&A Activity

Deal Size EV /
Date Target Buyers EV / Sales Business Description [Target/Issuer]
($M) EBITDA

05/28/2009 SkyPilot Networks Trilliant Networks, Inc. na na na A maker of long-range wireless mesh broadband equipment

11/06/2008 Applied Mesh SmartSynch na na na Provides leading-edge communications solutions to utilities and their
Technologies commercial and industrial customers seeking to remotely monitor
and control their energy usage

09/23/2008 V2Green GridPoint na na na A software provider aims at helping utilities manage the future power
demands of charging plug-in vehicles from the electric grid

06/11/2008 MapFrame GE Energy na na na Develops mobile mapping and field automation technology for
electric, gas and water utilities, telecommunications and
CATV/broadband organizations

04/30/2008 CURRENT Group, LLC, Oncor Electric Delivery 90.0 na na Collects, stores and analyzes data, and provide automated
Smart Grid Network notification and report generation directly to the user

04/03/2008 Plan B Solutions LLC BPL Global, Ltd. na na na Offers substation automation services for the electric utility markets

02/22/2008 Connected Energy BPL Global, Ltd. na na na Provides Web-based energy management and control solutions and
Corp. brings local control systems online to create a control center

01/31/2008 Xtend Energy Cpower na na na A provider of rapid response services to industrial, commercial, and
retail customers

01/11/2008 RTP Controls, Inc. Gatekeeper Systems, 2.5 na na Offers automated demand response, real-time price control, and
Inc. aggregated power monitoring solutions for commercial, industrial,
and institutional facilities

01/08/2008 Serveron Corp. BPL Global, Ltd. na na na Offers transformer online monitoring including dissolved gas
analysis of the insulating oil of power transformers and other oil-filled
equipment

10/01/2007 OZZ Corporation Trilliant Networks, Inc. na na na Provides wireless network solutions and software for metering,
demand response, and grid management applications

09/29/2007 Public Energy Solutions, Comverge, Inc. 24.4 3.4 na Provides services include lighting energy audit and analysis; system
LLC (NasdaqGM:COMV) design; engineering, financing and utility rebates, installation and
maintenance, and load reduction technologies

09/12/2007 MDEnergy, LLC EnerNOC, Inc. 11.6 4.6 11.3 Provides energy consumption analysis, account placement, and
(NasdaqGM:ENOC) process management services, and risk management programs

06/27/2007 Enerwise Global Comverge, Inc. 87.5 6.1 - Offers demand response services, energy consumption analysis,
Technologies, Inc. (NasdaqGM:COMV) management of peak loads, and energy consulting

01/15/2007 Tyron Technology BPL Global, Ltd. na na na Provides power line communication products and services in Brazil

11/30/2006 Cellnet+Hunt Landis+Gyr Holdings 705.0 na na Offers RF mesh network communications and PLC networks,
distribution automation, and software that provide operational control
for AMI and PEM networks

02/01/2006 Aclara RF Systems Inc. ESCO Technologies 71.3 na na Offers advanced metering infrastructure systems that is connected
Inc. (NYSE:ESE) to water meters, or integrated into electric and gas meters and
network devices

21



Analyst Profiles
GP Bullhound is a research centric investment bank headquartered in London
with offices in San Francisco.

Christian Lagerling – Christian is a co-founder of GP Bullhound.
He previously worked in the Corporate Finance department of
BZW/Barclays Capital. Prior to Barclays, Christian worked as a
research analyst for Connecta, a Scandinavian management
consultancy. Christian completed his degree in Economics and
Finance at the London School of Economics followed by an MSc
Finance at the Stockholm School of Business

Ken So – Prior to joining GP Bullhound, Ken So worked at Citigroup
as an Equity Research Associate covering Semiconductors. Ken
also spent 8 years in the Semiconductor industry where he held
program management and design engineering positions at SanDisk
Corp and others. Currently an MBA candidate at UC Berkeley Haas,
Ken also received a M.Sc and B.Sc in Electrical Engineering from
University of Illinois Urbana-Champaign and University of Waterloo
respectively. He currently holds six patents with two pending.

Disclaimer: Information contained in the document does not constitute an offer to buy or sell or the solicitation of any offer to buy or sell
any securities. This document is made available for general information purposes only and is intended for institutional investors who have
a high degree of financial sophistication and knowledge. This document and any of the products and information contained herein are not
intended for the use of private investors in the UK. Although all reasonable care has been taken to ensure that the information contained
in this document is accurate and current, no representation or warranty, express or implied, is made by GP Bullhound Ltd. as to its
accuracy, completeness and currency. This report contains forward-looking statements, which involve risks and uncertainties. Actual
results may differ significantly from the results described in the forward-looking statements. In particular, but without limiting the preceding
sentences, you should be aware that statements of fact or opinion made, may not be up-to-date or may not represent the current opinion
(whether public or confidential) of GP Bullhound Ltd. In addition, opinions and estimates are subject to change without notice. This report
does not constitute a specific investment recommendation or advice upon which you should rely based upon, or irrespective of, your
personal circumstances. Use of this document is not a substitute for obtaining proper investment advice from an authorized investment
professional. Potential private investors are therefore urged to consult their own authorized investment professional before entering into
any investment agreement. Past performance of securities is not necessarily a guide to future performance and the value of securities
may fall as well as rise. In particular, investments in the technology sector can involve a high degree of risk and investors may not get
back the full amount invested.
GP Bullhound Ltd. is authorised and regulated by the Financial Services Authority in the United Kingdom.

GP Bullhound Ltd, 52 Jermyn Street, London, SW1X 6LX
http://www.gpbullhound.com, info@gpbullhound.com, +44 20 7101 7560

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Smart Grid Report 2009 June

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