2. CISR Research Briefing, Vol. VIII, No. 1C Page 2 March 2008
Vendor Innovation at Xcel Energy
Xcel Energy is a leading natural gas and electricity
provider operating in the western and mid-western
United States. The company boasts over 3.3 million
customers and $9Billion in revenue. For Xcel Energy,
innovation is a new opportunity to improve envi-
ronmental performance, efficiency, reliability, and
customer service in the face of industry deregulation.
As a 130-year-old regulated utility with 9700 em-
ployees, Xcel Energy had a culture that rarely
questioned existing ways of working. Rather than
face the risk and effort of changing the culture head-
on, the firm built a standalone unit within IT to inno-
vate with vendors. This unit, called Utility Innova-
tions (UI), began in January 2004 with five strategic
partners.
UI established specific guidelines for the innovation
process: projects would be funded through co-
investment; the process would be transparent;
expectations would be realistic and acknowledge
risk; Rapid Application Deployment (RAD) tech-
niques would be used; and IP would be owned by
the company that created the initial solution.
UI has a dedicated staff of eight employees and an
annual capital and expense budget, overseen by an
executive director. UI staff play a program man-
agement role: selecting high-potential projects from
proposals submitted by employees or vendors, assist-
ing and monitoring project teams, ensuring business
unit involvement, and promoting the results of the
projects. Projects are resourced largely by vendors,
who invest in return for the ability to re-sell the
innovations. Additionally, UI has become a steward
for innovation within the firm and is charged with
accelerating the adoption of new technologies.
A key component of the firm’s initiative is the Smart
Grid Advisory Board (SGAB), consisting of a small
number of trusted vendor partners. Very senior
executives, including the CAO, CIO, and the firm’s
head of operations, meet periodically with vendor
CEOs and chief engineers to learn about the
company and each other. The SGAB’s executive-
level membership allows partners to make
investment commitments, share future strategies,
and build trust in ways that would not be possible
for lower level managers. For example, as the SGAB
considers the intelligent electrical distribution
network of the future, SGAB members can openly
share product directions and suggest ideas with little
fear that the other members will unfairly take
advantage of the knowledge.
UI has successfully developed several innovations.
One project integrated historical and real-time data to
reduce equipment failures and improve plant perfor-
mance. Another focused on improving generation
efficiency and reducing pollution by using a neural
network and special sensors to reduce buildup of slag
inside coal-fired boilers. UI also built a new system to
improve the way the firm works with housing
developers, speeding the planning process. Currently,
UI is piloting plug-in hybrid vehicles (PHEVs) with
vehicle-to-grid technology that can allow the utility to
use the cars’ energy storage to reduce pollution and
manage load cycles across the grid.
Xcel Energy’s approach manages the concept gap
through its formal process of vetting ideas with
vendors. UI employees and vendor partners discuss
innovation concepts jointly in a manner that is much
more productive than traditional vendor relation-
ships. All of UI’s innovation ideas in 2005 came
from employees. But prior to UI, these ideas had
fallen on deaf ears. By combining employee ideas
and vendor technical knowledge, UI was able to
shape these ideas into practical concepts that could
be prioritized for implementation.
To manage the implementation gap, UI team mem-
bers provide technical and business assistance, while
vendors drive projects. According to one UI employ-
ee, “we provide the sandbox, and they bring the
toys.” After initially struggling to have innovations
adopted, UI is bringing business units into the proc-
ess early. Business leaders select only the opportuni-
ties they find most interesting, and then influence
projects to ensure innovations have a useful form.
Managing the incentive gap required a great deal of
trust and flexibility in vendor relationships. Xcel
Energy started with only five partners, linking them
together in the Strategic Advisory Board. According
to UI Executive Director Michael Lamb, “Forming
the SAB was part science, but also part art; chemistry,
relationships … you just couldn’t use the word trust,
you had to somehow feel it.” The group’s first joint
effort—improving operational process efficiencies
through a set of on-site experiments—showed that all
could work together in a climate of trust. Then each
new success helped strengthen relationships. The
SAB culture is expected to remain even as the
Board’s composition evolves due to changes in
vendor strategy and willingness to commit.4
4
The SAB evolved into the SGAB with a new direction
and new members during the 4th
Quarter of 2007.
3. CISR Research Briefing, Vol. VIII, No. 1C Page 3 March 2008
To address the incentive gap internally, UI is using
its successes to drive culture change across the
whole firm. Innovation centers in Minneapolis and
Denver promote innovation to internal and external
stakeholders. UI staff also organize idea generation
“pipeline” discussions and employee recognition
programs.
Implications for Other Firms
Vendor innovation allowed Xcel Energy to leverage
a $3 million investment in 2006 to more than $20
million worth of projects. Successful innovations
have already begun to improve operational
efficiencies and set the stage for the Smart Grid,
which will be funded in part by partner investments.
Xcel Energy—a regulated utility—has received
numerous awards for innovation, including “Project
of the Year” from Engineering T&D Magazine in
2006, and being named to the CIO 100 in 2007.
Vendor innovation is a useful starting point for firms
whose cultures or processes resist innovation. It
allows a firm to bypass cultural constraints and then
use its successes to change the culture. Especially in
service industries, where innovations diffuse rapidly,
vendor innovation can be a way to gain temporary
advantage while allowing vendors to bear most of
the development cost.
Even innovative firms should examine the role
vendor innovation can play in their innovation port-
folios. For example, using vendor innovation for
non-strategic projects such as employee self-service
or asset tracking can free up a firm’s internal
innovation resources for projects that may generate
more strategic advantage. The approach can broaden
a firm’s innovation capabilities while limiting risk.
Making vendor innovation work requires firms to
manage the three innovation gaps in concert with
their vendors. This takes constant vigilance and
learning to ensure processes operate effectively
across organizational boundaries. Key to the
approach is building a high degree of trust with a
small set of vendors. Without this trust, vendor inno-
vation is just a series of outsourced projects. With
this trust, vendor innovation becomes a sustainable
source of value for clients, vendors, and customers.
Figure 1: Managing the Three Innovation Gaps in Vendor Innovation
• Ideas gathered from multiple
sources
• Joint vetting of ideas
• Trusted relationship enables open
collaboration
• Client has final choice of projects
• May not know
business
challenges
and practices
•May not know
new technologies
or outside practices
•Knowledge
of new
technology
and outside practices
• Knowledge of
business and
industry
challenges
VendorClient Vendor Innovation
CONCEPT GAP
IMPLEMENTATION GAP
INCENTIVE GAP
• Vendor makes higher investment
of money, staff, tools
• Client advises project, tests
prototypes, and drives adoption
• Client manages portfolio
• IP sharing managed proactively
• Small number of partners with
high degree of trust
• Vendor can sell solution
to others
• Client serves as reference in
exchange for customized low-cost
solution
•Lacks real sandbox
•Difficult to drive
adoption
•R&D funding
•Innovation
tools, skills and
culture
•Fewer resources
to invest
•May lack technical
and development skills
•Business/process expertise
•Real business
sandbox
•Can influence
adoption
•Wants standard
solution
•Wants to sell same
solution to others
•Incentive to
innovate to gain
revenue
•Wants faster
sales cycle
•May not want to
share innovations
with others
•Wants innovative
solution at low cost
•Advantage from first
adoption
•Can use vendor
innovation to spur
culture change
4. About the Center for Information Systems Research
CISR MISSION
CISR was founded in 1974 and has a strong track record
of practice based research on the management of infor-
mation technology. As we enter the twenty-first century,
CISR’s mission is to perform practical empirical re-
search on how firms generate business value from IT.
CISR disseminates this research via electronic research
briefings, working papers, research workshops and exec-
utive education. Our research portfolio includes:
Achieving Superior Business Value from IT
—A Single Framework of What Matters
Managing IT for Efficiency and Growth
Benchmarking and Building Risk Management
Capabilities
Business Models
Distributed Collaboration
Building Innovative Capabilities Through IT
Building a Platform for Agility
Enterprise Architecture as Strategy
IT-Enabled Business Change
Maturing and Globalizing IT Governance
Redefining the CIO; Introducing the SEO
Enhancing Engagement
IT Portfolio Investment Benchmarks, IT Savvy
and Links to Firm Performance
Strategic Outsourcing
Since July 2000, CISR has been directed by Peter Weill,
formerly of the Melbourne Business School. Drs. Jeanne
Ross, George Westerman, Nils Fonstad, and Stephanie
Woerner are full time CISR researchers. CISR is co-
located with MIT Sloan’s Center for Digital Business
and Center for Collective Intelligence to facilitate collab-
oration between faculty and researchers.
CISR is funded in part by Research Patrons and Spon-
sors and we gratefully acknowledge the support and con-
tributions of its current Research Patrons and Sponsors.
CONTACT INFORMATION
Center for Information Systems Research
MIT Sloan School of Management
3 Cambridge Center, NE20-336
Cambridge, MA 02142
Telephone: 617/253-2348
Facsimile: 617/253-4424
http://mitsloan.mit.cisr
Peter Weill, Director pweill@mit.edu
Chris Foglia, Center Manager cfoglia@mit.edu
Jeanne Ross, Principal Res. Scientist jross@mit.edu
George Westerman, Res. Scientist georgew@mit.edu
Nils Fonstad, Research Scientist nilsfonstad@mit.edu
Stephanie Woerner, Res. Scientist woerner@mit.edu
Jack Rockart, Sr. Lecturer Emeritus jrockart@mit.edu
Chuck Gibson, Sr. Lecturer cgibson@mit.edu
David Fitzgerald, Asst. to the Director dfitz@mit.edu
Tea Huot, Administrative Assistant thuot@mit.edu
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The Boston Consulting Group, Inc.
BT Group
Diamond Management &
Technology Consultants
Gartner
IBM Corp.
Microsoft Corporation
Tata Consultancy Services Limited
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Aetna, Inc.
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(Brazil)
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Celanese
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Chubb & Sons
Commonwealth Bank of Australia
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Det Norske Veritas (Norway)
Direct Energy
EFD
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Aeronautica S.A. (Brazil)
EMC Corporation
ExxonMobil Global Services Co.
Family Dollar Stores, Inc.
Guardian Life Insurance Company
of America
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HBOS Australia
ING Groep N.V. (Netherlands)
Intel Corporation
International Finance Corp.
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Marathon Oil Corp.
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MetLife
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PepsiCo International
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PFPC, Inc.
Procter & Gamble Co.
Quest Diagnostics
Raytheon Company
Renault (France)
Standard & Poor’s
State Street Corporation
TD Banknorth
Time Warner Cable
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Unibanco S.A. (Brazil)
United Nations – DESA
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