Upload
stephen-budd
View
213
Download
1
Embed Size (px)
Citation preview
Stephen Budd and Frank Heard co-direct Theodore Barry &
Associates’supply management
practice. TB&A is a general management consulting firm
specializing in energy and telecommunications.
Supply Management: The Next Competitive Advantage for Utilities
Almost three-quarters of the cost of operating a typical utility is attributable to supply management activities-planning, acquisition, handling, disposition, and payment for materials, services, and fkel. Reducing their costs can substantially improve one2 competitive position.
Stephen Budd and Frank Heard
I. Effects of Deregulation
While the new rules spawned
by deregulation are not yet fully
defined, what is known is causing
concern within utilities. Conduct-
ing “business as usual” will prob-
ably result in a business that
“used to be.”
The new business environment
will dramatically affect the way
utility companies are managed
and evaluated. No longer will profitability be governed-indeed
protected-through rates of re-
turn negotiated with a state regu-
latory commission. Instead, the
marketplace will decide which
companies survive and thrive, and which do not. Three perform-
ance indicators will be paramount:
l Price. Energy is a commodity
As such, the principal driver of
market penetration in the new era
of wholesale and retail wheeling
will be price. Therefore, the deter-
minant of success will be the abil-
ity to provide products and serv- ices to the marketplace at the
lowest possible price. l Service quality. Beyond price,
the most meaningful differentia-
tion among energy delivery com-
August/September 1996 39
panies is in the perceived quality
of services provided. Customer
service and reliability will be the
key means by which a provider
differentiates itself, positively or
negatively, from the competition.
l Earnings growth. With the ap-
plication of incentive regulation,
earnings will be governed by a
company’s ability to compete suc-
cessfully in the market. This will
place extreme pressure on utilities
to enhance revenues-which is
difficult in a mature market-
and/or to reduce costs through productivity gains and process
changes.
II. The Case for Supply Management
The pressure to increase earn-
ings is forcing utilities to reduce
costs and, to the extent possible,
differentiate products and serv-
ices. Since tangible points of differ-
entiation in electric power deliv-
ery have been slow to emerge
(service excellence being the most
prominent), cost reduction is the
major driver in the industry for the time being. Improving the per-
formance of supply management provides perhaps the best oppor- tunity for substantial and sustain-
able reduction in the cost of opera-
tiOIlS.
The primary area in which utili-
ties (and companies in many other industries) have attempted
to reduce costs is labor. The result has been substantial downsizing in recent years. While a focus on reducing labor costs may provide
some financial benefits, as a cost reduction strategy it is becoming
less viable. In fact, the downsizing
of supply functions may actually
increase the total cost of opera-
tions through diminished supply
management effectiveness. In
some instances, an increase in the
cost of labor associated with man-
aging supply may be required to
improve the overall performance
of all supply-related activities. In
essence, focusing on reducing per-
sonnel costs may undermine the
utility’s ability to attract and re-
tain the appropriate talent and
skill sets to manage the supply function effectively.
Contrary to conventional wis-
dom, in most utilities the cost of operations is driven less by pay-
roll than by purchased materials
and services. Supply manage- ment accounts for approximately
75 percent of total costs in a typi- cal utility (45 percent for materials
and services, 30 percent for fuel and purchased power, and the re- maining 25 percent for payroll
and taxes). Supply management (including
materials management, purchas-
ing, contract administration, and
accounts payable) cuts across
most departments within a utility
such as generation, transmission, and distribution. Traditionally, the
lines of communication between
these organization units has been limited. By streamlining the sup-
ply management process, a utility can dramatically improve the us-
age, availability, and reliability of
necessary materials and services,
thereby improving the perform-
ance of the operations depart- ments.
P urchasing departments are
often perceived as merely a control function, while operating
departments are viewed as per-
forming the “real work.” It is not
surprising that purchasing depart- ments are viewed as reactive or-
ganizations that do not add sig-
nificant value, given that they are
rarely involved in the business
unit planning cycle, are rarely pro-
vided sufficient information or
time to conduct research or nego- tiations, and are rarely rewarded
appropriately for saving the com-
pany money. Moreover, many utilities keep incomplete records
about items purchased, the total cost of purchases, and supplier
performance. Consequently,
many companies pay too much for purchased materials and serv-
ices, store substantially larger
quantities than necessary, and are able to exercise only limited over- sight of service contractors.
For example, it has been re- ported that nuclear plant owners
may be paying many times too much for such parts as bearings, controls, fasteners, and electronic
equipment.’ The author of that ar-
40 The Electricity Journal
title priced a single two-watt resis-
tor at $112 through original equip-
ment manufacturer (OEM) for nu-
clear grade parts; $24 through a
third-party vendor; $19 through
another source; and $2.50 under standard military specifications.
Opportunities for savings
through improved supply man-
agement are numerous. In only
four years Detroit Edison has
documented over $200 million in
savings, achieved primarily by im-
plementing an improved supply
management program focused on
better purchasing, planning, sup- plier relations, and training. Duke
Power has saved between 15 per-
cent and 30 percent on its pur-
chased materials and services.
Meanwhile, another article re-
ports that 196 projects using simi-
lar initiatives saved an average of 15 percent of total installed costs.’
ln fact, Belcan Engineering Group
of Cincinnati saved more than $140 million over six years by es-
tablishing strategic partnering re- lationships. Several other major utilities also have begun to imple-
ment supply management initia-
tives, which they expect to gain up to 30 percent in sustainable an-
nual supply savings.
III. Areas of Maximum Return
Conceptually, effective supply
management is not difficult to
comprehend. By simply improv-
ing the way it acquires and man-
ages its purchases, a company can substantially improve its profit
potential and competitive posi- tion. Nevertheless, implementing
best practices in supply manage- ment is a challenging task and re-
quires that supply management
activities be fully integrated into
the core operations planning cy-
cle. This can be facilitated by ele- vating supply management
within the organization, prefer-
ably to the vice president level, to
ensure adequate corporate atten- tion and scrutiny
Improved supply management
processes do not necessarily re-
quire new or complex informa-
tion systems but, rather, sound in-
itial planning and the integration of supply management with op-
erations. Ultimately, it is the effec-
tiveness of the philosophies and the application of the tools of sup-
ply management that makes the
difference in reducing supply
costs. We have found that the highest
returns in supply management
are attributable to:
l Improved sourcing strategies; l Better supplier relationships;
and
l Enhanced performance ac- countability
IV Sourcing Strategies
Strategic sourcing refers to the
acquisition and management of
services in a well-planned and in- tegrated manner. This includes
identifying and defining the busi-
ness requirements, collecting and analyzing business intelligence on
suppliers and markets, formulat-
ing an overall buying strategy
and executing a strategy The goal
in applying a sourcing strategy is
to find the optimal method to
achieve the lowest total cost and
the appropriate service level for availability delivery, and reliabil-
ity Total cost includes:
0 Initial purchase price;
l Cost of storage, handling, de-
livery, and disposal;
l Cost of reliability; and
l Cost of managing or adminis-
tering the contract.
Ultimately, the intent is to trans- form purchasing from a reaction-
ary function into a proactive, highly valued activity that is
closely aligned with the com-
pany’s core business processes. To develop an effective strategy
for sourcing a class of materials or
services, sourcing personnel must understand and assess both the
external market and internal com-
pany needs. Assessing the exter-
nal market requires identifying
the primary cost drivers of the ma- terial or service itself, and analyz-
ing the competitive position and
relative strengths and weaknesses
of the major suppliers within that market. Understanding internal
needs requires investigation of the purchase’s characteristics and end
use. Additionally, sourcing per-
August/September 1996 41
sonnel must pursue leverage that can be applied to improve the
terms of the final contract.
Leverage can be strengthened
by either increasing the sales vol-
ume to a supplier or decreasing
the supplier’s risk. Increasing the
volume of materials and services
purchased from a supplier can re- sult in volume discounts, and the
supplier can often be encouraged
to grant additional price conces-
sions and/or to increase the value-
added benefits. Purchase volume
leverage is increased by:
0 Using fewer suppliers; l Consolidating buying across
organizations;
l Standardizing specifications
and/or use of materials and serv-
ices; and l Optimizing the mix of materi-
als and services in the commodity
class being sourced.
Decreasing the supplier’s risk
offers additional savings opportu-
nities. Suppliers typically are more willing to enhance benefits
or reduce costs if they anticipate a
longer-term or more stable rela-
tionship. Developing long-term commitments requires informed
and focused negotiations with qualified potential suppliers. Spe-
cific risk-reducing activities in-
clude:
0 Longer-term planning cycles; l Enhanced planning and fore-
casting techniques; and 0 Closer supplier relationships.
Supplier Relationships
Effective sourcing strategies re-
quire close interaction with sup-
pliers. It is now generally ac-
cepted in most industries that
42 The Electricifu lournal
strict adherence to arm’s length
and adversarial supplier relation- ships will result in less than opti-
mal sourcing. For the most part,
however, utilities still rely on this
type of relationship, frequently as
a result of miscommunication on
purchasing practices between util-
ity companies and their regula-
tors. We have observed, however,
that regulators generally are open
to any type of agreement that can
be shown to both benefit ratepay-
ers and adhere to sound manage-
ment control principles.
There are numerous types of re- lationships that utilities can pur-
sue with suppliers. A useful
framework for establishing and
evaluating such relationships is to
consider a continuum of potential
supplier relationships-from
arm’s length/competitive, to pre-
ferred, to aligned, to partner rela-
tionships-as shown in Figure 1.
Contributing Factors: 4 LOW
Within this framework, the com-
pany is encouraged to analyze the materials and services being pur-
chased to determine the appropri-
ate type of supplier relationship.
At least four factors should be
considered in this analysis:
l Puoductlseuvice uniqueness
and potential for improvement. If
the product or service is unique
and offers an opportunity to en-
hance a competitive advantage, or
is common but offers significant
potential for improvement, a
close supplier relationship may be
warranted. l Risk of potential product1
service stock-out. Availability-re-
lated risk and the expected cost of
a stock-out may require a close
working relationship with a sup-
plier. Currently the typical utility
response to minimize the risk of a
stock-out is to increase inventory
levels. However, most suppliers
High I),
Product/Service Negligible
Uniqueness and Potential opportunity for
for Improvement improvement
Some degr+ze*f: unique&w .I’
(vendor to vendor)
Risk of Potential Product/ Productlsewlce Various suppliers LImited number Potentla Service Stock-Out plentiful of SupplIers non-avallabillty
Supplier Expertise Required
Negligible assistance required
Some assistance required
Some Highly specialized speclailzed skill sklll required required
4 Competitive Preferred
Figure 1: A Guide to Selecting Relationships
are willing to hold inventory for customers in return for increased
business or longer-term contracts.
0 Strategic importance. The
more important a product or serv-
ice is to the strategic business
needs of the company, the closer
the relationship with the supplier
should be.
the organization. Companies that
have demonstrated best practices
in supply management have
clearly defined performance ac-
countability. They track perfonn-
ante measures monthly, and re-
view and update the measures
annually.
l Level of supplier expertise re-
quired. More complex products
and services generally require a
higher level of expertise, often
available only from selected sup-
pliers. A close working relation-
ship is required to ensure that an
acceptable level of integration and
performance is maintained.
Performance objectives should
be established for both providers
and users of materials and serv- ices and should include invest-
ment as well as service level meas-
ures. A useful framework is
depicted in Figure 2.
VI. Implementation Issues
V. Performance Accountability
Implementing a new supply
management strategy is a signifi-
cant challenge for several reasons:
Implementing performance ac- 0 Supply management organi-
countability in the supply man- zations that are primarily func-
agement process often requires a tional and organizational silos
change in managerial approach. often inhibit communication with
Performance accountability re- the operating and maintenance or-
quires the integration of clearly ganizations. Integrating supply
defined performance indicators management into the operating
that are closely tied to the core and maintenance organizations
business processes and that track usually requires substantial corpo-
supply performance throughout 1 rate change-management efforts.
l Commitment l Fill Rate l Dates Met l Commitment
% Dates Met l Lead Time l Performance Dates Met ._ L l Use of P.0.s Variances 8
l Planning l Lead Time Targets
l Cost Savings/ Avoidance
l Purchase Price
l Inventory Balance l Change l Inventory l Handling Charges Orders Investment l Investment l Claims l Value
Recovery Engineering
Figure 2: A Useful Framework for Evaluating Performance Measures.
l Traditional purchasing activi-
ties that have been primarily reac-
tionary and transaction-oriented
must be transformed, and staff
equipped with new skill sets. Sig- nificant training and recruiting of
experienced supply professionals
may well be required.
l During the past few years
most utilities have undertaken
substantial improvement initia-
tives, such as process reengineer-
ing, downsizing, core business
process redesign, total quality im-
provement, and information tech-
nology assessment. Successful
implementation of supply man-
agement initiatives usually re-
quires thorough integration with
these initiatives.
* * *
Many utilities are now realizing
that heightened emphasis on sup-
ply management is vital to im-
proving a company’s competitive position. Improving supply man-
agement approaches is a rela-
tively low-risk strategy that can
be implemented effectively with minimal investment in new tech-
nology Effective leverage in sup-
ply management is gained primar-
ily from sound initial planning
and analysis, and from the inte-
gration of supply management
with operations, rather than from
the application of sophisticated
transaction processing systems. n
Endnotes:
1. Robert L. Beard, ELECTRIC LIGHT &
POWER, Dec. 1994, at 10.
2. Rob McManamy, Cl1 Benchmark Sav- ingS,ENGINEERINGNEWSRECORD, Aug.
15,1994, at 15.
August/September 1996 43