regulatory failure in the california electricity crisis
TRANSCRIPT
Regulatory Failure in theCalifornia Electricity Crisis
The widely held view that FERC ‘‘failed’’ in its oversightof Western power markets is overly simplistic. It ignoresthe physical and political realities of the crisis. Above all,it ignores the fact that the crisis was solved not by FERCintervention but by vigorous state action that restoredthe balance of supply and demand. The real regulatoryfailure was that FERC and state policymakers wereunable to work together to resolve the crisis.
Steven Peterson and Charles Augustine
Steven Peterson is a VicePresident at Lexecon Inc.,
Cambridge, Massachusetts. He is anexpert in industrial organization and
regulation. In the electric utilityindustry, Dr. Peterson has analyzed
the effects of proposed mergers andthe problem of market power in
restructured electricity markets. Heholds a Ph.D. in Economics from
Harvard University.Charles Augustine is a Senior
Consultant at Lexecon, specializingin the analysis of regulated markets,
particularly natural gas andelectricity. He has a Master in Public
Policy degree from Harvard andworked as an economic analyst forthe Massachusetts Department of
Public Utilities from 1994 to 1995.The authors thank Nikolai Caswell
for assistance in preparing thefigures this article. All views
expressed here are those of theauthors and do not necessarily
reflect those of Lexecon Inc. or anyof Lexecon’s clients.
I. Introduction
California’s electricity crisis
was the result of the collision of a
shortage of resources, poorly
designed markets, and inaction
by regulators or ‘‘regulatory fail-
ure.’’1 The Federal Energy Regu-
latory Commission (FERC) is the
regulator most often cited as
having fallen down on the job.
However, California retained
jurisdiction over its physical sys-
tem and ultimately had respon-
sibility for supply adequacy in the
state. California’s vigorous attack
on the state’s capacity shortage
ended the crisis—but that
response began in earnest many
months after resource shortages
had been recognized. Ultimately,
the ‘‘regulatory’’ failure was the
result of a conflict between state
and federal jurisdiction and of the
political realities and regulators’
incentives that slowed action.
P undits have roundly criti-
cized FERC for its role in the
crisis. For its part, FERC seems to
recognize that it erred in its
oversight of California’s restruc-
turing by ‘‘defer[ring] to the State
on all significant aspects of State
restructuring of California electric
56 # 2003, Elsevier Inc., 1040-6190/$ – see front matter doi:10.1016/S1040-6190(03)00095-2 The Electricity Journal
power markets and market
rules—including those aspects
which directly implicated
[FERC’s] exclusive jurisdiction.’’2
More direct involvement by FERC
in the period leading up to the
crisis might have led to Califor-
nia’s improving its wholesale
market design. FERC has also been
harshly criticized for failing to give
California the regulatory protec-
tion (‘‘a cop on the beat’’) it needed
during the crisis and particularly
for its failure to impose price caps
until the crisis was waning or over.
FERC’s critics claim that FERC
could have ‘‘fixed’’ the crisis by
imposing price caps (e.g., West-
wide ‘‘hard caps’’ of $150 or $250/
MWh) that would have prevented
much of the pain caused by high
prices. The broad acceptance of
this view has led to FERC’s paying
an enormous political cost for its
decision not to impose price caps
earlier in the crisis.
W hile the focus of most
criticism has been on
FERC, California’s policymakers
also bear substantial responsibil-
ity for the crisis. Most now agree
that the crisis had a true physical
shortage at its core. FERC had
jurisdiction over trading in Cali-
fornia’s markets, but California
retained jurisdiction over its uti-
lity distribution companies
(UDCs) and its physical infra-
structure. Thus, California had
jurisdiction over the portions of
the electric system that were at the
heart of the state’s problems, and
state action was necessary to
bring about an end to the crisis.
Moreover, California’s regula-
tors and policymakers enacted and
retained many counterproductive
policies. California chose to freeze
retail rates and leave them frozen
until late in the crisis, resulting in
poor price signals to consumers
and ultimately contributing to the
state’s utilities’ financial crises.
California’s utilities divested
much of their generation capacity
without entering long-term con-
tracts to purchase the plants’ out-
put, and the state severely limited
the ability of its UDCs to enter into
forward contracts that would
reduce their exposure to price
volatility. Perhaps most impor-
tantly, California’s markets lacked
an adequate mechanism to spur
timely investment.
C alifornia’s energy watch-
dogs recognized many of
these problems as well as the risk
of impending capacity shortages
in the years leading up to the
crisis, and yet California policy-
makers were slow in responding
to clear signals of a serious sup-
ply–demand imbalance in the
state. Even after the crisis began,
they concentrated their efforts on
lobbying federal policymakers
and did little to address the fun-
damental imbalances that were at
the root of the crisis and largely
within the state’s rather than
FERC’s jurisdiction.
There is little doubt that had
California and FERC been able to
act sooner and with a common
approach, they could have,
together, limited the negative
impacts of the crisis. However,
events could always have turned
out differently than they did, and
this particular counterfactual out-
come does not appear to have been
within the realm of political pos-
sibility. California’s policymakers
looked to FERC to solve the pro-
blem largely because they were
unable or unwilling to undertake
politically difficult actions (e.g.,
raising retail rates, promoting
conservation, accelerating the sit-
ing of plants, etc.) that fell within
state jurisdiction and that could
have brought down wholesale
prices and protected the state’s
utilities from financial distress.
FERC’s approach to the crisis
shows it was intent on following a
course that emphasized its long-
term interests in infrastructure
development and promotion of
competitive electricity markets
and its finding that shortages and
poor market design were at the
heart of the crisis.3 The political
wrangling between FERC and
California delayed action, and this
delay was enormously costly.
In its Dec. 15, 2000, Order, FERC
largely left the crisis on Califor-
nia’s plate and thus ended the
struggle between itself and the
state regarding who would take
what steps to address the crisis. As
a direct result of FERC’s refusal to
Had Californiaand FERC beenable to act sooner andwith a commonapproach, they couldhave, together, limitedthe negative impacts ofthe crisis.
August/September 2003 # 2003, Elsevier Inc., 1040-6190/$–see front matter doi:10.1016/S1040-6190(03)00095-2 57
provide price caps, California
began a vigorous and effective
campaign to address the crisis. The
quick success of California’s cam-
paign also shows that the tools to
resolve the crisis were in state
hands. In fact, many of the actions
undertaken by the state were
probably necessary to achieve a
satisfactory resolution of the crisis.
In this situation where FERC and
California failed to cooperate and
California had spent six months in
a state of crisis without taking
effective action, FERC’s decision
not to impose price caps made it
possible—and necessary—for the
state to act to end its crisis.
II. The Genesis of theCalifornia ElectricityCrisis
A. California’s restructuring
It is clear that the seeds of
California’s electricity crisis were
built into its market design from
the start. Further, while no one
predicted the magnitude of the
California electricity crisis, a
number of market watchers—
including California state agen-
cies charged with monitoring and
regulating California’s energy
markets—observed the growing
supply–demand imbalance and
predicted as early as 1998 and
1999 that shortages were likely
under certain conditions.
T he origin of the supply–
demand imbalance that is at
the heart of California’s electricity
crisis can be traced to the way the
state chose to restructure its mar-
kets. While California’s market
design had many flaws, the pri-
mary decision that kept generators
from responding with investment
to California’s impending capacity
shortage was the decision to rely
almost exclusively on the short-
term energy market to send price
signals that would drive invest-
ment in the state.
California’s market design
reflected a deliberate and well-
understood choice by the state’s
policymakers. Moreover, it was
well understood that shortages
and their resulting high prices
could be expected to occur natu-
rally in such a market.4 During the
debate leading up to restructuring,
these choices were attractive
because the state had a capacity
surplus and wholesale prices were
expected to remain low. The low
wholesale prices generated by this
market structure allowed Califor-
nia to pay down its utilities’
stranded costs quickly without
raising rates to consumers.
Restrictions on utility forward
contracting ensured that resources
would be available to marketers
who wished to enter in the retail
market. It was expected that, in the
future, the energy market would
provide conservation and new
capacity in response to prices.
The market’s design guaran-
teed that prices would rise in
response to scarcity before
investment in new capacity
began. As the California Energy
Commission (CEC) staff recog-
nized in a February 2000 report,
the energy market alone simply
would not produce prices that
would make capacity investments
pay prior to the time capacity
became short to the point of
reducing system reliability.5
Moreover, the California Public
Utilities Commission (CPUC)
constrained California’s utilities’
forward contracting to a degree
that it was not able to spur or fund
investment in plants even when
prices were anticipated to rise.6
B. Early warnings
In hindsight, it is clear that the
price signals produced by Cali-
fornia’s markets did not induce
sufficient timely investment in
new resources, or in conservation,
to maintain adequate reserves to
ensure reliable supplies. The
state’s reserve margins shrank as
load growth steadily outpaced
new resource additions, and,
contrary to the assertions of some
pundits, the impact on reliability
did not go unnoticed. At least as
early as 1998, market observers
recognized that California had
experienced and could again
experience tight electricity sup-
plies. Figure 1 shows the dates of
some of the warnings, along with
FERC’sdecision not to
impose price capsmade it possible—
and necessary—forthe state to
act to end itscrisis.
58 # 2003, Elsevier Inc., 1040-6190/$ – see front matter doi:10.1016/S1040-6190(03)00095-2 The Electricity Journal
the day-ahead power price at the
time. In particular, the CEC issued
a report in July 1999 warning that
hot weather could lead to
shortages where the system could
not reliably meet load.
F ollowing these predictions of
tight supplies, in summer
2000 California found itself, in
fact, facing constriction in elec-
tricity supplies. From hot weather
throughout the West, to poor
hydro conditions, to nuclear
outages, to maintenance on its
fleet of older fossil units, Califor-
nia faced numerous challenges to
providing reliable electric service.
While there is legitimate dis-
agreement over how high prices
should have risen and whether
and the degrees to which market
power and scarcity contributed to
high prices, there is no real debate
that California’s supply and
demand conditions were signifi-
cantly tighter than they had been
in previous years and that new
capacity was required in Califor-
nia and the West. In fact, many
who contend that market power
played a significant role in raising
prices assert that generators had
market power because supplies
had grown tight, making with-
holding profitable.7
III. FERC’s Handling ofthe Crisis
A. FERC enters the fray
When electricity prices rose in
summer 2000, the initial response
by California stakeholders was to
ask FERC for price caps. FERC
resisted and ordered a study of
Western electricity markets. Based
on this study, FERC found that
California’s markets were ser-
iously flawed and that market
rules in conjunction with an
imbalance of supply and demand
for energy led to unjust and
unreasonable rates for short-term
energy in the state. FERC declined
to impose price caps and instead
proposed remedies intended to
address these fundamental pro-
blems while inducing sufficient
investment in capacity to ensure
adequate service for the benefit of
consumers.8
F ERC’s reluctance to impose
price caps isn’t surprising,
given its stated long-term inter-
Figure 1: Capacity Shortfall Warnings and NP 15 On-Peak Day-Ahead Electricity Price (Jan. 6, 1995–Aug. 31, 2002)
August/September 2003 # 2003, Elsevier Inc., 1040-6190/$–see front matter doi:10.1016/S1040-6190(03)00095-2 59
ests and goals, such as the main-
tenance and development of
energy infrastructure and the
continued advance of competitive
markets to supplant price regula-
tion. The imposition of price caps
is generally inconsistent with both
of these long-term goals. More-
over, FERC’s interests in sound
energy markets extend beyond the
borders of California. To the extent
California’s market structure was
causing problems throughout the
West, FERC had a legitimate
interest in a resolution of Califor-
nia’s problems that did not nega-
tively affect surrounding states.
Even if FERC believed that Cali-
fornia would benefit from price
caps, many of FERC’s constituents
in neighboring states had different
interests and actively opposed
price caps.9 Thus, while political
consensus now appears to be that
FERC should have imposed price
caps, such was not the view in
early 2001.
FERC’s primary mitigation
policy was to move demand out
of California’s ‘‘dysfunctional’’
short-term markets and to
encourage load-serving entities to
enter into longer-term contracts.
FERC also imposed the $150/
MWh ‘‘soft’’ price cap and
imposed penalties for under-
scheduling load. FERC’s effort to
shift procurement to long-term
contracts clearly improved
incentives in and operation of
California’s short-term markets.
Whether the ‘‘soft’’ cap and
under-scheduling penalties were
helpful in resolving California’s
crisis and protecting consumers is
highly debatable.
FERC selected a set of policies
to address California’s problems
that included incentives for
conservation, changes to utility
procurement practices, and the
siting of new plants.10 However,
FERC recognized that these
policies fall within California’s
rather than FERC’s jurisdiction,
and thus their implementation
relied on the political will of
state policymakers. FERC
encouraged the state to take such
actions, but had no power to
order them.
California’s policymakers had
different political incentives and
espoused a different view of the
crisis than FERC. Above all, they
advocated wholesale market
price caps as the proper solution
to the crisis. In fact, the CPUC
actively worked against FERC’s
programs in certain areas, such as
improving California’s market
design.11
FERC’s decision not to provide
price caps to California had the
effect of leaving the problem on
California’s plate. After FERC’s
Dec. 15 Order, California pol-
icymakers publicly recognized
the changes they implemented in
California’s energy policy as a
response to FERC’s refusal to
provide price caps. California
had to act because, in Gov.
Davis’ view, FERC had refused
to act.
B. The logic of price caps
In evaluating FERC’s efforts to
address California’s problems, it
is reasonable to ask whether a
regime of temporary price caps
could have protected California’s
utilities without interfering with
FERC’s other efforts to correct the
flaws in California’s markets.
Certainly price caps would have
kept wholesale prices down and
would have helped preserve the
financial integrity of California’s
utilities in the face of fixed retail
rates.
O f course, implementing
price caps in a market
where supply is short and costs
(e.g., natural gas prices) are high is
a risky business. It is true that if
short-run market power explained
some of the price increases in
California, a price cap at an
appropriate level could reduce
market prices and possibly even
increase supplies generators
brought to the market. This could
occur because the benefit of with-
holding—high prices—would be
eliminated by the cap and prices
could remain above marginal cost.
As a result, generators would have
an incentive to bring supplies back
to the market.
Of course, having a theory that
says price caps can improve a
market’s performance is different
It is reasonable to askwhether a regime of
temporary price caps couldhave protected California’sutilities without interfering
with FERC’s other effortsto correct the flaws inCalifornia’s markets.
60 # 2003, Elsevier Inc., 1040-6190/$ – see front matter doi:10.1016/S1040-6190(03)00095-2 The Electricity Journal
from actually implementing price
caps that do improve a market’s
performance. Data from FERC
refund proceedings covering
California’s short-term markets
indicate that a hard price cap at
the levels generally called for,
$150/MWh or even $250/MWh,12
would have been below the
competitive price of energy in a
large number of hours and would
have substantially worsened the
shortage and increased black-
outs.13
P rice caps affect supply not
only in the short run, but
also in the long run. As described
above, there is broad agreement
that California and the West
needed additional generating
capacity as of late 2000. One
benefit of the high prices observed
in California and the West in 2000
and later is that generators
invested in significant amounts of
new capacity. Generators began
construction on approximately
17,000 MW of capacity in 2001.
The construction of this capacity
indicates that generators’ actions
would eventually bring supply
and demand back into balance
and that prices would fall, no
matter whether they were the
result of scarcity, short-term
market power, or some combi-
nation of the two.
Up until the time the bulldo-
zers start moving dirt, and even
for a time after, it is easy to cancel
or delay the construction of a
plant. Had FERC imposed price
caps in late 2000, generators’
expectations regarding the future
profitability of new plants could
only have fallen, and investment
levels would have fallen with
generators’ expectations. Thus,
price caps would have stood in
the way of the long-term solution
to short supplies in the West.
With tight capacity already being
predicted again for California,
these capacity additions must
be considered an important part
of the solution to the California
crisis.
IV. CaliforniaPolicymakers TakeAction
Beginning in summer 2000, the
California ISO, the ISO’s Market
Surveillance Committee, the
California Power Exchange (PX),
and the CPUC issued reports
finding that the crisis was caused
in part by inadequate generation
supply, growth in demand, and
limited demand responsiveness
to price. In addition, all but the
CPUC found inadequate forward
contracting to be a cause of the
crisis.14
Despite apparent awareness
within the state that the crisis was
caused at least in part by a sup-
ply–demand imbalance, Califor-
nia took few steps to address this
imbalance between May and
December 2000. For example,
Gov. Davis’ own presentation of
his handling of California’s elec-
tricity crisis shows that prior to
the Dec. 15 Order, most of his
efforts were directed at getting
FERC to institute prices caps or
‘‘to do its job.’’15 Only five of Gov.
Davis’ reported actions between
June 14, 2000, and Dec. 15, 2000,
were calculated to either reduce
demand or increase supply.16 By
contrast, after the Dec. 15 Order,
Gov. Davis took many actions
directed at restoring the supply
and demand balance, and finan-
cial stability, in the California
market.17
T here is little doubt that the
Dec. 15 Order was the
source of much of this activity. In
fact, the watershed nature of the
Dec. 15 Order was explicitly
recognized by Gov. Davis. On Jan.
3, 2001, he announced a special
legislative session:
In response to the Federal EnergyRegulatory Commission’s (FERC)failure to meet its obligations, Iam taking the extraordinary stepof calling the California Legisla-ture into a concurrent Extraor-dinary Session to immediatelyaddress the energy situation inour state.18
Thus, while Gov. Davis main-
tained his rhetorical and political
position that price caps were the
proper response to California’s
shortage, he pragmatically and
vigorously set about implement-
ing the very policies FERC (lack-
ing jurisdiction to mandate) had
strongly urged in its Dec. 15
August/September 2003 # 2003, Elsevier Inc., 1040-6190/$–see front matter doi:10.1016/S1040-6190(03)00095-2 61
Order, and he was quite clear that
the steps he took after FERC
refused to provide price caps
were a response to that decision.
I n the following months, Cali-
fornia introduced a flurry of
new initiatives that collectively
have been labeled the Energy
Stabilization Plan.19 Gov. Davis
also appeared to have grasped the
fact that the supply–demand
imbalance was at the root of
California’s problems. On Feb. 8,
2001, the CEC projected that
generation resources available to
California at its July peak were
expected to be approximately
5,000 MW short of what would be
needed to meet load with a 7
percent reserve margin.20 In order
to close this so-called ‘‘generation
gap,’’ the Governor established a
Generation Team and a Conser-
vation Team to work to balance
supply and demand.21 California
officials took steps to expedite
power plant siting and construc-
tion, to fund conservations pro-
grams, and to restore financial
stability to industry participants.
The evidence from Western
electricity markets shows that
California’s efforts to procure
supplies in the forward market, to
conserve on the demand side, and
to increase capacity on the supply
side were hugely successful.
California succeeded in closing its
generation gap and more. The
CEC reports, for example, that the
state’s conservation efforts sig-
nificantly reduced both peak and
overall demand. The CEC reports
that in July 2001, California’s
electricity consumers saved an
aggregate 7,613 MW of peak
demand.22 At the same time, the
expedited siting and construction
program resulted in 449 MW of
operational new capacity by July
2001 (and 683 MW by the end of
2001).23 Following January and
February 2001, CAISO-declared
emergencies dropped dramati-
cally.
The result of California’s vig-
orous attack on the generation
gap was that prices were return-
ing to normal levels by June 2001,
making FERC’s imposition of a
price cap a non-event.24 Accord-
ing to the CEC, California’s
program contributed impor-
tantly to restoring the supply–
demand balance in California’s
electricity market, leading to
lower prices and more reliable
supply:
These structural changes [i.e.,Commission actions to changeWestern market structure]—together with the negotiation ofnew long-term contracts, increasedelectricity generation facility con-struction, mandated efficiencyprograms, and reduced energyconsumption patterns—havemoderated the market volatilitythat was anticipated for 2001.25
Some observers had expected
that shortages—and high spot
prices—would persist for two
years, because it normally takes at
least two years to build a new
plant. Expectations for summer
2001 were also affected by very
pessimistic forecasts about hydro
conditions. As a result, forward
prices for the third quarter of 2001
at Western market hubs were high
in early 2001.
However, electricity markets
responded to the Governor’s
vigorous policies. While forward
prices for summer 2001 rose in the
early parts of 2001, they peaked
on April 12 and began a relatively
steady decline from that point
forward (Figure 2). It is notable
that spot prices did not peak until
May. Thus, the forward market
recognized the prospects of
improving prospects for summer
2001 even before the current
supply–demand imbalance
reflected in spot market prices
was ameliorated.
V. Evaluation of FERCPolicy
Evaluation of FERC’s decision to
wait until June 2001 to impose
price caps depends critically on the
environment in which that deci-
sion was made. FERC and Cali-
fornia’s energy policymakers
espoused different (public) views
of the crisis and were not able to
work together to coordinate a
response. Moreover, where juris-
diction over California’s electricity
markets was split between state
and federal regulators, the pre-
62 # 2003, Elsevier Inc., 1040-6190/$ – see front matter doi:10.1016/S1040-6190(03)00095-2 The Electricity Journal
ferred option of price protection
for California’s consumers and
utilities coupled with vigorous
action to eliminate the supply and
demand imbalances appears not to
have been available as a practical
or political matter, given FERC’s
and California’s policymakers’
inability to agree on a course of
action and work well together.
FERC did not have jurisdiction
to raise rates to consumers, fund
conservation programs, or speed
the installation of new capacity
within California. These are the
policies, however, that ended
California’s crisis. Had FERC
imposed price caps, California
policymakers would have been
able to justify continued delay,
and there can be little doubt that
the crisis would have continued
longer than it did. Moreover, it is
clear that marginal operating
costs of some plants were fre-
quently above the levels of pro-
posed caps, indicating price caps
would have increased instances of
blackouts.
T he view that price caps alone
would have fixed the pro-
blem appears to be simplistic.
California suffered from real
shortages, and conservation and
new capacity were needed. The
view that price caps were enough
to solve the problem appears to be
based on the assumption that all
else would remain equal in Wes-
tern electricity markets—that
California’s conservation efforts
and the new capacity begun in
2001 would not have been
reduced by the presence of price
caps. Of course, all else is never
equal, particularly when it comes
to California’s response to the
crisis it faced.
R ather than pointing the fin-
ger at FERC, one could ask
why California did not start
moving demand to forward
markets, promoting conservation,
and expediting the installation of
new capacity in summer 2000 or
even earlier. Clearly, such a policy
would have substantially cur-
tailed California’s crisis. Of
course, such a criticism fails to
recognize that such a solution was
simply politically impossible in
California at the time and is a
‘‘false choice,’’ just as the view
that California could have had
price caps and a new, vigorous
energy policy is a false choice.&
Source: TFS Energy
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Figure 2: On-Peak Electricity Forward Contract Prices at Palo Verde (Third Quarter 2001, Calendar 2002, and Calendar 2003)
August/September 2003 # 2003, Elsevier Inc., 1040-6190/$–see front matter doi:10.1016/S1040-6190(03)00095-2 63
Endnotes:
1. The crisis is conventionally definedas lasting from May 2000 to June 2001.
2. FERC’s Order issued Dec. 15, 2000,at 3.
3. FERC’s Order issued Nov. 1, 2000, at3.
4. ‘‘When California decided to re-structure its electric industry, consider-able debate arose over the issue of theobligation to serve load. In the regu-lated utility environment, the investor-owned utilities committed to serving allload within a geographic area in ex-change for a regulated rate of return oncapital investment and coverage of itsreasonable operating costs. The design ofthe California market has intentionallycreated an inherent tension between thedesire for lower energy prices and the needfor adequate system reliability. Unlikesome other deregulated electricitymarkets, the California market does notprovide for a capacity payment, at leastdirectly . . .. In theory, as energy pricesincrease reflecting shortage situations,new generators and loads will respondto these price signals and systemreliability will be maintained.’’ [em-phasis added] California IndependentSystem Operator (CAISO), 1998 Trans-mission Reliability Report, July 14, 1998,at E-1 and E-2; see also A-17.
5. Market Clearing Prices under Alterna-tive Scenarios: 2000–2010, Staff Report ofthe California Energy Commission, Feb.2000, at 3. See also Section III. Theeconomics of investment under uncer-tainty in competitive markets alsoindicates that competitive firms will notinvest until prices rise above levels that,if sustained, would provide a competi-tive return. See, e.g., AVINASH K. DIXIT
AND ROBERT S. PINDYCK, INVESTMENT UNDER
UNCERTAINTY (Princeton, NJ: PrincetonUniversity Press, 1994).
6. Three CPUC Commissioners recog-nized the harmfulness of the state’spolicies and welcomed FERC’s inter-vention: ‘‘Indeed, it is our belief thatstate restrictions on bilateral contractingand the purchasing of forward pro-ducts led to an unstable situa-tion . . . [that] contributed to thissummer’s price spikes and high powercosts. In addition, the inability of IOUs
to sign bilateral contracts made itdifficult to secure the financing neededto bring new supply to market. Forthese reasons, we hope that FERC willcontinue to monitor the restrictions thatCalifornia places on IOUs to ensure thatthey do not undermine the federalinterest in a properly functioning mar-ketplace.’’ Separate Statement of Com-missioners Duque, Neeper, and Bilas,Response of the Public Utilities Commis-sion of the State of California to Nov. 1,2000, Order and Request for Rehearing asto Issues which have been Finally Deter-mined, filed in FERC, San Diego Gas andElectric Company, Docket No. EL00-95-000, et al., Nov. 22, 2000, at 59.
7. A CAISO study found ‘‘the capacityreserved margin . . . should be 14 to 19percent of the annual peak load topromote workably competitive marketoutcome. To illustrate this point, thecapacity reserve margin for 2000 wasonly 2 percent, and the correspondingannual price-cost mark-up was at anunacceptable level of 58 percent.’’CAISO, Preliminary Study of ReserveMargin Requirements Necessary toPromote Workable Competition, Nov.19, 2001, at 1.
8. FERC’s Order issued Dec. 15, 2000,at 3.
9. FERC’s Order issued Nov. 1, 2000,at 5.
10. FERC’s Order issued Nov. 1, 2000,at 5.
11. For example, the CPUC indicatedthat it would continue to require thestate utilities under its jurisdiction tobuy and sell through the CaliforniaPower Exchange’s (PX) day- and hour-ahead markets. FERC, however, hadclearly found that demand should beshifted to longer-term markets. Becauseit did not have the cooperation of theCPUC, FERC achieved its goal of end-ing the requirement that utilities buyand sell through PX markets using thebrute force method of eliminating thePX tariff.
12. See, e.g., the Complaint in Califor-nia Electricity Oversight Board v. AllSellers of Energy and Ancillary Servicesinto the Energy and Ancillary ServicesMarkets Operated by the CaliforniaIndependent System Operator Cor-poration and the California Power
Exchange, et al., Docket No. EL00-104-000, Aug. 28, 2000, at 2 and 7. There wasa range of price caps proposed, includ-ing those at $150 and $100.
13. FERC Docket No. EL00-95, et al.,Exhibit No. ISO-17.
14. California State Auditor, EnergyDeregulation: The Benefits of Competitionwere Undermined by Structural Flaws inthe Market, Unsuccessful Oversight, andUncontrollable Competitive Forces, March2001, at 88. The FERC Staff Reportissued on Nov. 1, 2000, made similarfindings.
15. California’s Energy Story: A Chron-ology 1976–2001, produced by theGovernor’s Office of Communicationswith assistance from the Governor’sOffice of Planning and Research, theCalifornia Public Utilities Commission,and the California Energy Commis-sion, May 4, 2001.
16. On June 14, Aug. 2, and Aug. 9,2000, Gov. Davis announced programsto conserve electricity use by stateoffice buildings and grocers. On Aug. 2and Sept. 30, 2000, Gov. Davis an-nounced programs to expedite powerplant siting and construction.
17. California’s Energy Story: A Chron-ology 1976–2001, op. cit., at 27–43(‘‘Actions by Governor Davis to MeetCalifornia’s Energy Challenge’’).
18. Governor Davis Calls Special Leg-islative Session on Energy (Press Re-lease), Jan. 3, 2001.
19. CEC 2002–2012 Energy Outlook Re-port, Feb. 2002, at 6.
20. Id.
21. Id.
22. Id., at 7.
23. Id., at 110. According to the CEC,new generation capacity from all in-itiatives resulted in 42 operationalprojects by Oct. 2001, with a totalcapacity of 2,236 MW. (Id., at 7.)
24. Subsequent analysis by FERC Staffand by the California ISO MarketSurveillance Committee concludes thatthe price cap implemented in FERC’sJune 19 Order had little impact.
25. CEC 2002–2012 Energy Outlook Re-port, Feb. 2002, at 6.
64 # 2003, Elsevier Inc., 1040-6190/$ – see front matter doi:10.1016/S1040-6190(03)00095-2 The Electricity Journal