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6/7/2013
1
Long term Long-term Natural Gas Price Forecast
June 7th 2013
1
Draft Agenda
Welcome and introductions 9:00 to 9:15 il’ d li i d f f Council’s modeling overview and use of forecasts
Northwest Gas Outlook –(NWNGA) 9:15 to 9:45 Shale Gas- alternative scenarios (CEC) 9:45 to 10:15 NAMgas model- (CEC) 10:15 to 10:45 Draft Environmental Costs 10:45 to 11:00 Break Straw man proposal 7th plan forecast prices 11:10 to 12:00
– Result of fuel price poll Result of fuel price poll – Comparison to other forecasts
Council’s Portfolio Model 12:00 to 12:20 Next steps 12:20 to 12:30
2
6/7/2013
2
Council’s Power Planning Process
Economic & Demographic
Forecasts
Demand Forecasting System
Residential Commercial Industrial Irrigation
Fuel PriceForecasts
ConservationPrograms and
Costs
g
Total Electricity Use
Supply - Demand Balance(RPM Model)
ElectricityPrice
3
GeneratingResources and
Costs
( )
Resource Supply(Cost and Amount)
Price
How HH price forecast is used
Demand Forecast – Direct Calculation of Retail natural gas Rates
Electricity Price Forecast– Direct Calculation of burner-tip prices for
power plants.
Resource Portfolio Selection Resource Portfolio Selection– Stochastically Used in setting expected values
for natural gas market price excursions.
4
6/7/2013
3
12.0
14.0
Relationship between Retail Natural Gas Prices and Henry Hub Prices
4.0
6.0
8.0
10.0
Dolla
rs P
er M
MBT
U
Henry HubID_COMID_INDID_RES
5
0.0
2.0
1991
1993
1995
1997
1999
2001
2003
2005
2007
2009
2011
2013
2015
2017
2019
2021
2023
2025
2027
2029
Henry Hub price forecast shown here is for example, Council’s natural gas price projections will be updated later this year.
Comparison of Forecast and Actual 2012 (2012$)
Henry Hub Price Natural Gas F t
PRB Coal Prices2012$/mmbtu
Refiners Acquisition Cost Forecast2012$/B lForecast
2012$/mmbtu2012$/Barrel
Low $2.4 0.79 $85
Med-Low $2.5 $0.80 $90
Medium $2.6 $0.82 $95
Med-High $2.7 $0.83 $98$2.66 Actual
$0.78 Actual
High $2.7 $0.84 $105
6
$101 Actual
Except for coal, all fuel prices were within forecasted range
6/7/2013
4
2013 NWGA Outlook Overview
Natural Gas Advisory Committee
June 7, 2013
Portland, OR
1914 Willamette Falls Dr., #255West Linn, OR 97068
(503) 344-6637www.nwga.org
NWGA Members:
Avista Corporation
Cascade Natural Gas Co.
FortisBC Energy
Intermountain Gas Co.
NW Natural
P get So nd EnergPuget Sound Energy
Kinder Morgan Ruby Pipeline
Spectra Energy Transmission
TransCanada GTN System
Williams NW Pipeline
6/7/2013
5
Supply
BC Production Forecast
Source: Canada National Energy Board
6/7/2013
6
Rockies Production Forecast
Source: Kinder Morgan, US Energy Information Administration
Rockies Rig Productivity
50
60
25
30• Gas well drilling efficiency increases
– 2011 average rig drilled twice the number of wells per year compared to 2006
– Last 3 years average wells productivity increased
20
30
40
10
15
20
ells Drilled per rig per year
MMcf/d/yr/rig
– Last 3 years average wells productivity increased 40%
– Rig productivity up by almost 150% from 2006
‐
10
0
5
2000
2001
2002
2003
2004
2005
2006
2007
2008
2009
2010
2011
We
Rig Productivity Wells Drilled per Rig
6/7/2013
7
Demand
Recent Gas Demand
6/7/2013
8
2013 Outlook Demand Forecast
Forecast Comparison by End Use
300
350Base Case
150
200
250
Million Dth
0
50
100
'13 Res '13 Comm '13 Ind '13 Gen
'08 Res '08 Comm '08 Ind '08 Gen
6/7/2013
9
I-5 Peak Day Demand-Resource Balance
7
8
9
'08 Peak Day '13 Peak Day
2
3
4
5
6
7
Mil
lio
n D
th
0
1
2
Capacity
ProjectsPipelines• Southern Crossing Expansion• Palomar
Kitimat LNG
Palomar• Sunstone• Blue Bridge (N-MAX)• Ruby• Pacific Connector• Pacific Trail• Oregon LNG• Washington ExpansionLNG Terminals
Bradwood Landing LNG
18
Kitimat LNG (export)Bradwood LandingOregon LNGJordan Cove LNG
Storage FacilitiesMistJackson Prairie
Oregon LNGBradwood Landing LNG
Jordan Cove LNG
6/7/2013
10
1914 Willamette Falls Dr., #255West Linn, OR 97068
(503) 344-6637www.nwga.org
NWGA Members:
Avista Corporation
Cascade Natural Gas Co.
FortisBC Energy
Intermountain Gas Co.
NW Natural
P get So nd EnergPuget Sound Energy
Kinder Morgan Ruby Pipeline
Spectra Energy Transmission
TransCanada GTN System
Williams NW Pipeline
California Energy Commission
North American Market GasNorth American Market Gas--Trade Trade (NAMGas) Model:(NAMGas) Model:
Updated CommonUpdated Common CasesCasesUpdated CommonUpdated Common CasesCases
Northwest Power and Conservation CouncilNorthwest Power and Conservation CouncilNatural Gas Advisory CommitteeNatural Gas Advisory Committee
June 7, 2013June 7, 2013
Robert V. KennedyRobert V. KennedyyyElectricity Analysis OfficeElectricity Analysis Office
Electricity Supply Analysis DivisionElectricity Supply Analysis DivisionCalifornia Energy CommissionCalifornia Energy Commission
[email protected]//[email protected]//916--654654--50615061
6/7/2013
11
California Energy Commission
Work Continuing with Cases __________________________________
• February 19th IEPR Workshop
– NAMGas Model – Leon Brathwaite
– Iterative Modeling Process – Ivin Rhyne
21
– Stakeholders’ comments and suggestions
California Energy Commission
Work Continuing with Cases (cont.)_______________
Rice University Iterative Modeling ProcessProduction
CostsNorth American
Gas ModelUpdated
Economic/ Demographic Assumptions
CA Transportation
Demand Models
CA Demand Models
22
WECC Electricity
Production Cost Model
6/7/2013
12
California Energy Commission
Reference Case:Changes Made from February 19th Assumptions___________
• Coal Fired Generation Retirement:– 30 GW starting in 2014 => 61 GW starting in 2014– The Brattle Group - October, 2012
• Renewable Portfolio Standard:– California meets RPS on time, 5 year delay for other states =>
California and rest of WECC states meet RPS on time, 5 year delay elsewhere
• Updated Infrastructure Capacity Addition to Export
23
• Updated Infrastructure Capacity Addition to Export Natural Gas to Mexico
• Added Structure to Improve Performance of the LNG Sector– Conversion from WGTM to NAMGas
California Energy Commission
High Price/Low Demand Case:Changes Made from February 19th Assumptions__________
• Cost Environment:– P50 Line => P10 Line
• Updated Infrastructure Capacity Addition to Export Natural Gas to Mexico
• Added Structure to Improve Performance of the LNG Sector– Conversion from WGTM to NAMGas
24
6/7/2013
13
California Energy Commission
Low Price/High Demand Case:Changes Made from February 19th Assumptions__ _
• Cost Environment:– P50 Line => P90 Line
• Coal Fired Generation Retirement:– 1 GW starting in 2014 => 31 GW starting in 2014– The Brattle Group - October, 2012
• Updated Infrastructure Capacity Addition to Export Natural Gas to Mexico
25
• Added Structure to Improve Performance of the LNG Sector– Conversion from WGTM to NAMGas
California Energy Commission
North American Market Gas Trade Model:Developing a Cost Environment______________
Typical Cost Environment (P50): 1975, 1986, and 2003
26
Sources: Baker Institute.
• Staff must simulate the cost environment for analysis:− Graph shows indexed cost between 1960 and 2010− High cost environment ~ 1979 – 1984− Low cost environment ~ 1992 – 2000.
6/7/2013
14
California Energy Commission
Common Cases: Supply Balance _______________________
Performance of Cases:Performance of Cases:Lower 48Lower 48
27
California Energy Commission
Common Cases: Price Performance of Cases (Henry Hub) ___
8.00
Henry Hub Prices
0.00
1.00
2.00
3.00
4.00
5.00
6.00
7.00
2010
$/M
cf
Prelim II A Hi Case Prelim II A Ref Case Prelim II A Low Case
Orig Hi Case Orig Ref Case Orig Low Case
28
• In general, prices behave as expected:− High Price case produced highest prices− Low price case produced lowest prices
• Adjusted cases have created a larger “zone of uncertainty”
Orig. Hi Case Orig. Ref Case Orig. Low Case
6/7/2013
15
California Energy Commission
National Cases: Price Performance of Cases (Differentials) __
Topock - Henry Hub
‐0.20
‐0.10
0.00
0.10
0.20
0.30
2010$/M
cf
Topock‐Henry Hub Price Differential
P li IIA Hi C P li IIA R f C P li IIA L C
29
• In general, differentials turn positive after 2013:– Resource abundance more evident in the eastern US– Access to shale and ‘tight’ gas resources is re-ordering the
supply portfolio, impacting eastern prices more than western.
Prelim IIA Hi Case Prelim IIA Ref Case Prelim IIA Low Case
California Energy Commission
Common Scenarios Cases: Supply Portfolio of Reference Case (2025)__
Canadian
Lower 48Production: 74.6 Bcf/dDemand: 76.9 Bcf/d
Canadian Imports: 13.3 Bcf/d
• Two main demands: End-use and Exports
• Demand satisfied by:−Canadian Imports−L48 Production−LNG Imports
30
Exports:8.2 Bcf/d
LNG Imports:0.24 Bcf/d
6/7/2013
16
California Energy Commission
Common Scenarios: Reconfiguration of Supply Portfolio (2025)__
CanadianHigh Price/Low Demand
Lower 48Production: 74.0 Bcf/dDemand: 70.6 Bcf/d
Canadian Imports: 13.0 Bcf/d
• Two main demands: End-use (-8.2%) and Exports (+61.0%)
• Demand satisfied by:−Canadian Imports (-2.3%)−L48 Production (- 0.8%)−LNG Imports (-100.0%)
• Competing sources of natural gas reconfiguring the supply portfolio
Case (+16.9%)
31
Exports:13.2 Bcf/d
LNG Imports:0.0 Bcf/d
reconfiguring the supply portfolio
( ) Percent change from reference case
California Energy Commission
Common Cases: Reconfiguration of Supply Portfolio (2025)__
CanadianLow Price/High Demand
Lower 48Production: 78.3 Bcf/dDemand: 83.0 Bcf/d
Canadian Imports: 13.2 Bcf/d
• Two main demands: End-use (+8.0%) and Exports (-36.5%)
• Demand satisfied by:−Canadian Imports (-0.8%)−L48 Production (+5.0%)−LNG Imports (-58.3%)
• Competing sources of natural gas reconfiguring the supply portfolio
Case (-16.2%)
32
Exports:5.2 Bcf/d
LNG Imports:0.1 Bcf/d
reconfiguring the supply portfolio
( ) Percent change from reference case
6/7/2013
17
California Energy Commission
Common Cases: Supply Balance _______________________
Performance of Cases:Performance of Cases:CaliforniaCalifornia
33
California Energy Commission
Common Cases: Price Performance of Cases (Topock Hub) ___
8 00Topock Hub Prices
0.001.002.003.004.005.006.007.008.00
2010
$/M
cf
New Hi Case New Ref Case New Low Case
Orig. Hi Case Orig. Ref Case Orig. Low Case
34
• In general, prices behave as expected:− High Price case produced highest prices− Low price case produced lowest prices
• The adjusted cases creates a larger “zone of uncertainty” for California.
Orig. Hi Case Orig. Ref Case Orig. Low Case
6/7/2013
18
California Energy Commission
Common Cases: California Supply Portfolio (2025)_________
Calif. Imports (Malin):2 67 Bcf/d
Reference Case2.67 Bcf/d
Southwest:
Rocky Mountain:1.22 Bcf/d
• California Demand: End-use• Demand satisfied by:− Imports (Malin)−Rocky Mountain Supplies−Southwest Supplies−Local Production
35
CaliforniaProduction: 0.21 Bcf/dDemand: 6.33 Bcf/d
2.34 Bcf/d
( ) Percent change from reference case
California Energy Commission
Common Cases: California Supply Portfolio (2025)_________
Calif. Imports (Malin):2 57 Bcf/d
High Price/Low Demand Case (+16.7%)
2.57 Bcf/d
Southwest:
Rocky Mountain:1.12 Bcf/d
• California Demand: End-use (-8.2%)• Demand satisfied by:− Imports (Malin) (-3.7%)−Rocky Mountain Supplies (-8.2%)−Southwest Supplies (-11.5%)− Local Production (-19.0%)
• Competing sources of natural gas reconfiguring the supply portfolio
36
CaliforniaProduction: 0.17 Bcf/dDemand: 5.81 Bcf/d
2.07 Bcf/d
( ) Percent change from reference case
6/7/2013
19
California Energy Commission
Common Cases: California Supply Portfolio (2025)_________
Calif. Imports (Malin):2 79 Bcf/d
Low Price/High Demand Case (-13.2%)
2.79 Bcf/d
Rocky Mountain:1.32 Bcf/d
• California Demand: End-use (+10.6%)
• Demand satisfied by:− Imports (Malin) (+4.5%)−Rocky Mountain Supplies (+8.2%)−Southwest Supplies (+16.7%)−Local Production (+38.1%)
• Competing sources of natural gas reconfiguring the supply portfolio
37
CaliforniaProduction: 0.29 Bcf/dDemand: 7.00 Bcf/d
Southwest:2.73 Bcf/d
( ) Percent change from reference case
California Energy Commission
Summary:_________________________________ • Work Ongoing with Cases
• Modeling Iterative Process still ongoing
• More Stakeholders suggestions and comments expected
L Z f U t i t
38
• Larger Zone of Uncertainty
6/7/2013
20
Assessing Uncertainty on Shale Production
39
California Energy Commission
Shale Production Uncertainty Cases: Shale Production Uncertainty Cases: A Scenario ExaminationA Scenario Examination
Northwest Power and Conservation CouncilNorthwest Power and Conservation CouncilNatural Gas Advisory Committee Meeting Natural Gas Advisory Committee Meeting
June 07, 2013June 07, 2013
Leon D. Leon D. BrathwaiteBrathwaiteElectricity Analysis OfficeElectricity Analysis OfficeElectricity Analysis OfficeElectricity Analysis Office
Electricity Supply Analysis DivisionElectricity Supply Analysis DivisionCalifornia Energy CommissionCalifornia Energy Commission
[email protected]//[email protected]//916--654654--47714771
6/7/2013
21
California Energy Commission
Shale Production Uncertainty Scenario Cases:Brief Background_________________________
•• In the last ten years the development of naturalIn the last ten years the development of natural•• In the last ten years, the development of natural In the last ten years, the development of natural gas resources from shale formations has gas resources from shale formations has generated much controversy:generated much controversy:–– The potential for groundwater contaminationThe potential for groundwater contamination–– The possibility of increased seismic activityThe possibility of increased seismic activity–– The diversion of freshwater used in hydraulic The diversion of freshwater used in hydraulic
fracturingfracturing
41
fracturingfracturing–– The possibility of added methane emissions. The possibility of added methane emissions.
California Energy Commission
Shale Production Uncertainty Scenario Cases:Brief Background (cont’d)____________________________________
Decision makers are re examining policies related to the• Decision-makers are re-examining policies related to the development of these resources: – Some jurisdictions such as New York have delayed the
development of its shale resources– Others have instituted environmental impact fees– Others are tightening regulation of hydraulic fracturing
• Technological innovation has accelerated in the natural gas industry
42
y• Natural gas from shale formations occupy larger share of total
Lower 48 production– In April 2013, shale formations produced 30.6 bcf/d– Production represents about 40% market share.
6/7/2013
22
California Energy Commission
Shale Production Uncertainty Scenario Cases:What are the Shale Production Uncertainty Cases?______
•• The development of shale formations is The development of shale formations is transforming the natural markettransforming the natural market
•• Four Scenario Cases will explore impact:Four Scenario Cases will explore impact:−− Shale AbundanceShale Abundance
−− Shale ReconsideredShale Reconsidered
43
−− Shale ExpensiveShale Expensive
−− Shale DeferredShale Deferred
California Energy Commission
Shale Production Uncertainty Scenario Cases:Key Variables___________________________________
•• Variations in four key variables:Variations in four key variables:Ch i th l tCh i th l t−− Changes in the supply cost curvesChanges in the supply cost curves
−− Changes in the time of availability of some Changes in the time of availability of some resourcesresources
−− Changes in environmental impact feesChanges in environmental impact fees
44
−− Changes in the rate of growth of technological Changes in the rate of growth of technological innovationinnovation
•• Changes relative to the reference case.Changes relative to the reference case.
6/7/2013
23
California Energy Commission
Shale Production Uncertainty Scenario Cases:Shale Abundance________________________________
•• Shale Abundance:Shale Abundance:Begins with the Reference CaseBegins with the Reference Case–– Begins with the Reference CaseBegins with the Reference Case
–– Supply Cost Curves ~Supply Cost Curves ~ Expanded resource baseExpanded resource base All known shale formations developedAll known shale formations developed Current estimates 15% low; lead to upward adjustment of curvesCurrent estimates 15% low; lead to upward adjustment of curves
–– Availability ~ No delay in production hookAvailability ~ No delay in production hook--upsups
45
–– Environmental Impact Fees/O &M ~ Impact fees and Environmental Impact Fees/O &M ~ Impact fees and water handling cost at low end of range: $0.30/water handling cost at low end of range: $0.30/McfMcf
–– Technology & Innovation ~ Technology grows at 2.5%.Technology & Innovation ~ Technology grows at 2.5%.
California Energy Commission
Shale Production Uncertainty Scenario Cases:Shale Reconsidered______________________________•• Shale Reconsidered:Shale Reconsidered:−− Begins with the Reference CaseBegins with the Reference CaseBegins with the Reference CaseBegins with the Reference Case
−− Supply Cost Curves ~Supply Cost Curves ~ Concerns about hydraulic fracturing delay further development of Concerns about hydraulic fracturing delay further development of
shale formationsshale formations Targeted moratorium on new drilling into shale formationsTargeted moratorium on new drilling into shale formations Resource base shrinks by 15%Resource base shrinks by 15%
−− Availability ~ Hookup of new production faces significant Availability ~ Hookup of new production faces significant
46
environmental challenges; delays run about 3 yearsenvironmental challenges; delays run about 3 years
−− Environmental Impact Fees/O &M ~ Impact fees and Environmental Impact Fees/O &M ~ Impact fees and water handling cost at high end of range: $0.55/water handling cost at high end of range: $0.55/McfMcf
−− Technology & Innovation ~ Technology grows at 1.0%.Technology & Innovation ~ Technology grows at 1.0%.
6/7/2013
24
California Energy Commission
Shale Production Uncertainty Scenario Cases:Shale Expensive_________________________________•• Shale Expensive:Shale Expensive:−− Begins with the Reference CaseBegins with the Reference CaseBegins with the Reference CaseBegins with the Reference Case
−− Supply Cost CurvesSupply Cost Curves Resource base unchanged from the reference caseResource base unchanged from the reference case
−− Availability ~ Hookup of new production faces significant Availability ~ Hookup of new production faces significant environmental challenges; delays run about 3 yearsenvironmental challenges; delays run about 3 years
−− Environmental Impact Fees/O &M ~ Environmental Environmental Impact Fees/O &M ~ Environmental i t f i j i di ti 20% hi h thi t f i j i di ti 20% hi h th
47
impact fees in many jurisdictions are 20% higher than impact fees in many jurisdictions are 20% higher than high end cost, reaching $0.67/high end cost, reaching $0.67/McfMcf
−− Technology & Innovation ~ Technology grows at 0.5%.Technology & Innovation ~ Technology grows at 0.5%.
California Energy Commission
Shale Production Uncertainty Scenario Cases:Shale Deferred__________________________________•• Shale Deferred:Shale Deferred:−− Begins with the Reference CaseBegins with the Reference CaseBegins with the Reference CaseBegins with the Reference Case
−− Supply Cost Curves ~ Supply Cost Curves ~ Resource base unchanged from the reference caseResource base unchanged from the reference case
−− Availability ~ Hookup of new production faces significant Availability ~ Hookup of new production faces significant environmental challenges; delays run 3 environmental challenges; delays run 3 -- 5 years5 years
−− Environmental Impact Fees/O &M ~ Impact fees and Environmental Impact Fees/O &M ~ Impact fees and t h dli t t hi h d f t $0 55/t h dli t t hi h d f t $0 55/M fM f
48
water handling cost at high end of range at $0.55/water handling cost at high end of range at $0.55/McfMcf
−− Technology & Innovation ~ Technology grows at 1.0%.Technology & Innovation ~ Technology grows at 1.0%.
6/7/2013
25
California Energy Commission
Shale Production Uncertainty Scenario Cases:Final__________________________________________
Questions & CommentsQuestions & Comments
49
CO2 Costs (draft)
CO2 Cost is incorporated in estimates of the retail CO2 Cost is incorporated in estimates of the retail rates costs that consumers see.
CO2 costs are also incorporated in calculation of wholesale electricity prices.
CO2 costs are also incorporated in resource selection process in Council’s Portfolio model.
Steve Simmons will talk about range of CO2 costs.
50
6/7/2013
26
Current Assumptions (subject to change)
60.00
70.00
80.00
$
Wholesale Price Forecast at Mid C
10.00
20.00
30.00
40.00
50.00
60.00
$/M
Wh
2012
Rea
l $
52
0.00
2013
2014
2015
2016
2017
2018
2019
2020
2021
2022
2023
2024
2025
2026
2027
2028
2029
2030
2031
2032
2032
2032
2032
Year
Delayed Federal CO2 No Federal CO2Social Cost CO2 Social Cost CO2 Phased In
6/7/2013
27
Straw Man Proposal for Preliminary
Seventh Plan Forecast of Prices
53
Background In the past three years we have seen major changes:
In the 2011 update, we lowered our long-term forecast of natural gas prices to reflect structural changes in the natural gas supply picture (due to technological changes such as hydraulic fracturing , horizontal drilling, and natural gas from shale formations.)
In 2012, we provided a lower short-term price forecast for the 2012-2015 period while maintaining long-term price forecast for 2016-2030 3
In this year’s forecast we raised short-term price forecast and narrowed the forecast range.
54
6/7/2013
28
14.00
16.00
18.00
Henry Hub Monthly PricesConstant 2012 dollars
4.00
6.00
8.00
10.00
12.00
55
0.00
2.00
Jan-
89Se
p-8
9M
ay-
90Ja
n-91
Sep
-91
Ma
y-92
Jan-
93Se
p-9
3M
ay-
94Ja
n-95
Sep
-95
Ma
y-96
Jan-
97Se
p-9
7M
ay-
98Ja
n-99
Sep
-99
Ma
y-00
Jan-
01Se
p-0
1M
ay-
02Ja
n-03
Sep
-03
Ma
y-04
Jan-
05Se
p-0
5M
ay-
06Ja
n-07
Sep
-07
Ma
y-08
Jan-
09Se
p-0
9M
ay-
10Ja
n-11
Sep
-11
Ma
y-12
What a difference a year can make.June 11, 2012 : prices in low $2 range
56
6/7/2013
29
By April 2013 prices were over $4.
57
Natural Gas Strawman Proposalcompared to short-term prices from SNL
Annual Strip( as of May 1, 2013 )
Natural Gas Price Henry Hub
2011 2012 2013 2014 2015 2016 2017 2018 2019-
1.0 2.0 3.0 4.0 5.0 6.0
2012
$/M
MBT
U
58
2011 2012 2013 2014 2015 2016 2017 2018 2019Council L 4.0 2.7 3.7 3.8 3.9 3.9 4.0 4.0 4.0 Council M 4.0 2.7 3.9 4.1 4.2 4.4 4.5 4.6 4.7 Council H 4.0 2.7 4.1 4.3 4.6 4.8 5.0 5.3 5.5 SNL 4.05 2.66 4.37 4.26 4.14 4.08 4.08 4.14 4.28
6/7/2013
30
Preliminary Long term Natural Long-term Natural Gas Price Forecast for use in the Council’s Seventh Plan
Range of Low Price Forecast Range of Medium Price ForecRange of High Price ForecMi i A M Mi i A M Mi i A M
Results of NGAC Poll
Minimum Average Max Minimum Average Max MinimumAverage Max2015 2.14 3.19 4.15 2.86 3.87 4.58 4.19 4.70 5.25 2020 2.06 3.46 4.17 3.03 4.45 5.10 4.17 5.53 7.28 2025 2.02 3.64 4.43 3.19 4.67 5.53 4.23 5.85 8.30 2030 2.03 3.66 4.89 3.14 4.66 5.84 4.07 6.06 8.76 2035 2.03 3.66 5.04 3.07 4.70 6.31 4.02 6.24 9.46
60
2035 2.03 3.66 5.04 3.07 4.70 6.31 4.02 6.24 9.46
Among the respondents there is a wide range of expectations
6/7/2013
31
Proposed Henry Hub Price Forecasts $2012/MMBTU Average values from NGAC Poll in 2012$/MMBTU
Council L Council M Council H Poll- LOW Poll- Medium Poll-High2011 4.0 4.0 4.0 2012 2.7 2.7 2.7 2013 3.7 3.9 4.1 2014 3.8 4.1 4.3 2015 3.9 4.2 4.6 3.3 3.9 4.72020 4 0 4 8 3 4 6 62020 4.0 4.8 5.7 3.7 4.6 5.62025 4.1 5.3 6.6 3.9 4.8 5.92030 4.2 5.8 7.2 3.9 4.8 6.22035 4.3 6.4 8.0 3.9 4.9 6.3
Average 2015-2035 4.1 5.3 6.4 3.7 4.6 5.8
Annual Growth rate2015-2020 0.7% 2.5% 4.6% 2.5% 3.3% 3.6%2020-2025 0.5% 2.0% 2.8% 1.0% 1.1% 1.3%2025-2030 0.5% 2.0% 2.0% 0.1% 0.0% 0.8%2030 2035 0 4% 2 0% 2 0% 0 0% 0 3% 0 4%
61
Council’s forecast of 2012 HH prices was 2.6 $/MMBTU, Actual HH price for 2012 was 2.7 $/MMBTU
2030-2035 0.4% 2.0% 2.0% 0.0% 0.3% 0.4%2012-2035 2.1% 3.9% 4.9% 1.6% 2.6% 3.7%
Comparison of 2012 and 2013 forecasts (2012$/MMBTU)
10 0
12.0 2012 Council L
2 0
4.0
6.0
8.0
10.0 2012 Council M
2012 Council H
2013 Proposed Council L
62
-
2.0 2013 Proposed Council M
2013 Proposed Council H
6/7/2013
32
Comparison to other forecasts
AEO 2013 Reference case
CEC 2013 (preliminary)
IHS_Global Insight
Natural Gas Week quarterly Analysts
Idaho Power IRP
Poll of NGAC members
SNL (short-term 2013-2014)
63
Various Long-term forecasts (2012$/MMBTU)
8 0 9.0
10.0 Council LCouncil MCouncil H
O 20 3 f
3.0 4.0 5.0 6.0 7.0 8.0 AEO 2013-Reference
AEO High growthAEO Low growthCEC Preliminary LowCEC Preliminary MEDCEC Preliminary HighIDP- LOWIDP- MEDIDP- HIGH
64
-1.0 2.0 Poll- LOW
Poll- MediumPoll-HighIHSGI-LowIHSGI-MediumIHSGI-High
6/7/2013
33
Low Range of the Forecasts (2012$/MMBTU)
6.0
7.0 Council L
2.0
3.0
4.0
5.0
6.0 AEO Low growth
CEC Preliminary Low
IDP- LOW
P ll LOW
65
-
1.0 Poll- LOW
IHSGI-Low
Medium Range of Forecast (2012$/MMBTU)
7.0
8.0 Council M
2 0
3.0
4.0
5.0
6.0
7.0 AEO 2013-Reference
CEC Preliminary MED
IDP- MED
Poll- Medium
66
-
1.0
2.0 Poll Medium
IHSGI-Medium
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34
High Range of Forecast (2012$/MMBTU)
9.0 10.0 Council H
3.0 4.0 5.0 6.0 7.0 8.0 AEO High growth
CEC Preliminary High
IDP- HIGH
Poll-High
67
-1.0 2.0
Poll High
IHSGI-High
Comparison of 6th and proposed Preliminary 7th Power Plan Forecast of
Natural Gas Prices (2012$/MMBTU)14.0
4.0
6.0
8.0
10.0
12.0 6th Plan Low
6th Plan Medium
6th Plan High
Proposed 7th Plan Low
68
-
2.0 Proposed 7th Plan M
Proposed 7th Plan H
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35
Would you recommend
For 2013-2014 we use SNL market data?
For 2015-2035 use a blend of strawman proposal and the poll results?
Lower growth rate in long-term (post 2025 prices)?
69
Fuel Prices Futures in Council’s Portfolio Model
“Futures are how the Portfolio Model stress-tests resource strategies”
Dr. Michael Schilmoeller
70
6/7/2013
36
Sources of Uncertainty
Fifth Power Plan Sixth Power Plan– Load requirements– Gas price– Hydrogeneration– Electricity price– Forced outage rates– Aluminum price– Carbon allowance cost
Power plant construction costs
Technology availability Conservation costs and
performance
– Production tax credits– Renewable Energy Credit
(Green tag value)
Different Kind of Risk Modeling
Imperfect foresight and use of decision Imperfect foresight and use of decision criteria for capacity additions Adaptive plans that respond to futures
– Primarily options to construction power plants or to take other action
– May include policies for particular resources
72
May include policies for particular resources
“Scenario analysis on steroids”– 750 futures, strategic uncertainty– Frequency that corresponds to likelihood
Planning Principles
6/7/2013
37
Observations
Stress-testing means– Using extreme and unlikely futures
(Don’t predict! Test!)
– Looking at unusual relationships(Remember the Mortgage Crisis!)
– Thinking in terms of effect and categories of Thinking in terms of effect and categories of uncertainty , rather than detailed causes
(Remember Boardman and Centralia!)
73
Example risk treatment – natural gas prices
14 00
16.00
4.00
6.00
8.00
10.00
12.00
14.00
2004
Do
llars
Per
MM
Btu
74
0.00
2.00
1 5 9 13 17 21 25 29 33 37 41 45 49 53 57 61 65 69 73 77
Quarters
2
6/7/2013
38
Natural Gas Prices
30.000%
10%
20%
5.00
10.00
15.00
20.00
25.00
200
4 $/
MM
BT
U 20%
30%
40%
50%
60%
70%
75
0.00
Sep
-03
Sep
-05
Sep
-07
Sep
-09
Sep
-11
Sep
-13
Sep
-15
Sep
-17
Sep
-19
Sep
-21
80%
90%
100%
Range of Forecast Natural Gas Price Delivered to Electric Utilities PNW East &Deciles used in RPM
(2006$/mmBTU)
12 00
14.00
16.00
010
6.00
8.00
10.00
12.00 2030405060708090Forecast-Low
0.00
2.00
4.00
3 7 111519232731353943475155596367717579
Forecast-Medium LowForecast-MediumForecast-Medium HighForecast-high
Quarterly prices - 2010-2029
76For illustration only
6/7/2013
39
Next Steps
Create the proposed fuel price forecasts for the Create the proposed fuel price forecasts for the Seventh Power Plan.
Review and approval by Council- July
Prepare report on updated price forecast - July
Incorporate forecast fuel prices in:– Demand Forecast October 2013
– Electricity price forecast November 2013
– Council’s Portfolio Model 2014
77
Feedback on this year’s format
Does holding the meeting right after NWNGA l f k?NWNGA annual conference work?
Does the early start suit you.
Any other comments???
78
6/7/2013
40
Thank you for your participation
Proposed Forecast of Refiners Acquisition Cost (2012$/barrel) for use in Council’s
Seventh Power Plan
140 0
160.0
60.0
80.0
100.0
120.0
140.0 Actual
Low
Medium low
Medium
Medium High
80
-
20.0
40.0
1985
1988
1991
1994
1997
2000
2003
2006
2009
2012
2015
2018
2021
2024
2027
2030
2033
High
6/7/2013
41
Proposed Forecast of Refiners Acquisition Cost (2012$/barrel) for use in Council’s Seventh
Power Plan160.0
60.0
80.0
100.0
120.0
140.0
Low
Medium
81
-
20.0
40.0
60.0
2012
2013
2014
2015
2016
2017
2018
2019
2020
2021
2022
2023
2024
2025
2026
2027
2028
2029
2030
2031
2032
2033
High
Comparison of RAQ Cost 2012$/Barrel
200.0
250.0 Proposed Low
Proposed Medium
P d Hi h
100.0
150.0
Proposed High
Poll-Low
Poll Medium
Poll High
IHSGlobal-Low
IHSGlobal-Medium
82
-
50.0 IHSGlobal-High
AEO-Low
AEO-Medium
AEO-High
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42
Proposed Oil Price Forecast for Council’s Seventh Power Plan
Refiners Acquisition Cost $2012 dollars per Barrel Refiners Acquisition Cost $dollars per Barrel Low Medium High Low Medium High
2015 81 96 116 2015 85 101 122
2020 77 100 122 2020 88 114 139
2025 73 104 128 2025 91 128 159
2030 70 108 135 2030 94 145 182
83
2035 66 112 141 2035 98 165 209
Comparison of PRB Coal Price Forecasts 2012$/MMBTU
1 4
1.6
1.8
Proposed Low
0 4
0.6
0.8
1.0
1.2
1.4 p
Proposed MediumProposed High
AEO2013 LOW
AEO2013 Reference
84
-
0.2
0.4 AEO2013 High
SNL
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43
Historical and Proposed Forecast of PRB Coal Prices (2012$/MMBTU) for Use in Council’s
Seventh Power Plan1.20
1.40
0.40
0.60
0.80
1.00
85
-
0.20
1985
1987
1989
1991
1993
1995
1997
1999
2001
2003
2005
2007
2009
2011
2013
2015
2017
2019
2021
2023
2025
2027
2029
2031
2033
2035
Actual Low MED-low Medium Medium High High
2012 is the last year for actual prices
Comparison of 6th and proposed 7th Power Plan Forecast of Refiners Acquisition Cost (2012$/Barrel)
140.0
160.0
40.0
60.0
80.0
100.0
120.0
6th Plan Low6th Plan Medium6th Plan HighProposed 7th Plan LowProposed 7th Plan MediumProposed 7th Plan High
86
-
20.0
0.0
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44
Proposed PRB price Forecast 2012$/MMBTU
Year Low Medium HighYear Low Medium High
2015 0.77 0.79 0.81
2020 0.75 0.81 0.86
2025 0.73 0.83 0.91
2030 0.71 0.85 0.97
87
2035 0.70 0.88 1.03
Thank you for your participation