Research & Education Needs in Energy Market Risk Ralph Masiello.
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Transcript of Research & Education Needs in Energy Market Risk Ralph Masiello.
![Page 1: Research & Education Needs in Energy Market Risk Ralph Masiello.](https://reader035.fdocuments.us/reader035/viewer/2022072011/56649e235503460f94b10ff1/html5/thumbnails/1.jpg)
Research & Education Needs in Energy
Market Risk
Ralph Masiello
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Local Distribution Companies
Marketing Companies
Power Distribution
Gas Producers
Aggregation Companies
Electric Generation
PipelinesTransmissio
nTrading
CompaniesTrading
Companies
Residential Industrial Commercial
Wholesale energy - a $5 trillion new competitive market
Source: Forrester Research
Wholesale energy is the world’s largest commodity market
Over 4,000 participants in the U.S. alone
$1.4 trillion physical wholesale market vs. $350 billion retail market
Additional $3.6 trillion in financial wholesale energy trading
Europe also competitive and growing - estimated at over half the U.S. market
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Anyone taking a position in energy must manage risk
Extreme price volatility
Electrical power is naturally the most volatile commodity
Weather and grid unreliability produce shortages and supply imbalances
Enron, California, Regulatory Risk, etc all exacerbate volatility
Market complexity is growing
Convergence of gas and power require operation in multiple markets
Need to compete across multiple geographic/regional markets
Introduction of complex energy derivatives
Fuel Procurement, Watershed inflows, Emissions Limits and Trading, Wind, Transportation, ………
Wholesale energy - the most volatile commodity market
Creating the need for energy specific application software
• New solutions are needed to manage trading and risk unique to energy
• No viable heritage systems exist
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The leading provider of trading, transaction processing and
risk management software and strategic consulting services
to the global wholesale energy market
Over 300 Energy Companies Use Caminus Software and Services
We enable companies to compete effectively in wholesale energy markets
Trade all major energy-related commodities, and instruments
Manage the physical and financial process across the entire energy value chain
Manage the full spectrum of energy related risks
500 Energy Trading/Risk Specialists
>100 Professionals Engaged in R&D
>60% of North American Energy Traded on Caminus software (more in UK)
Who is
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“déja vu all over again”
“What on Earth is Happening” – Eric T B Gross American Power Conference – 69
Context: Huge R&D response to the great ’67 Blackout
Academic Feeding Frenzy – InterDisciplinary Funding Fest
Any IEEE PES over 50 in this room Raise Your Hand
His concern - too many new programs and “unqualified” entrants – we
should have had grad school re-regulation and an Independent School
Organizer allocating capacity and research
Net Result was all Positive – lots of new technology for planning and
reliability
State Estimation, Security Analysis, Optimal Power Flow, the marriage of
Operations Research and Network Analysis, -----
Took half a decade to sort out the real contributions from the drivel
Back Then we Didn’t have Venture Capitalists throwing money at the next
big thing, however !
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Risk Assessment and Optimization – Trading and Production
Already lots of work going on in areas to help producers and
traders
They’re unregulated and highly incented to innovate
Probably 10-20 specialized software firms and consulting
companies focused on energy real option modeling, risk
assessment, and optimization aimed at these companies
They all have in-house quants developing models and methods,
and they don’t share information
Completely unlike the regulated sector!
They demand proprietary solutions as part of competitive
advantage
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R&D Hot Topics
How can a poor LDC or RTO keep up with all those quants? (the
CERS / CDWR experience)
“Derivatives” is a dirty word – but LDCs and Munis need to
hedge retail volumetric risk
Volumetric Risk is an Energy-specific problem; the
“volume” of a retail sale; is unknown and correlated with
price; all correlated with weather and supply/transportation
outages
They also need to analyze and hedge “potential credit”
risk – the cost of replacing supply when a supplier
defaults. (Enron again !)
Regulators needs Education about these issues !!
Need for LDC Best Practices
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More LDC Points – Why Best Practices are Needed
To “enable” intelligent hedging politically
To disseminate methods and elevate business
practice
To justify hedging costs to the PUC and correctly
allocate it in either regulated energy tariffs or
distribution services tariffs (big point of contention)
To maintain bond ratings (S&P has figured out that
this is a credit rating issue)
A Plea: We don’t need Software – there are plenty of
tools out there already. We need education and air
cover for the LDC
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Long Term Asset Valuation and Planning
Given a forward curve we can “value” a generating
unit, a PPA contract, a retail deal, etc etc.
But who has a 10 yr valid forward curve? (Enron
did)
Path Contingent Real Option Valuation is a Challenge
– when to invest/divest over a multi year horizon
Solving these problems critical to producers and to
obtaining financing; ultimately linked to ensuring
sufficient supply.
How to avoid the “boom and bust” cycle in energy
supply
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Transportation
Energy is the only commodity with Transportation Risk
Curtailment, congestion, LBMP
LBMP makes risk assessment very hard – to value
a TCC you have to look at 300 correlated locational
prices in NE, for instance. If the risk can’t be
valued there will not be a liquid market for hedges
LBMP can impose congestion costs when “small”
paths are congested in the grid – sometimes just
opening the line works better
How will predominantly bilateral markets co-exist
with day ahead multi-part bid auctions and LBMP?
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Markets
Better Solution than gate closing clearing price market
Argument of economic efficiency not pragmatically
valid absent continuous bidding and price discovery
“as bid” not politically correct
More work down CA ISO path of Rational Buyer
approach – time sequential ancillaries markets
Ways for RTO/ISO to contract ancillaries outside day
ahead markets – forward contracts, hedges, etc
Static market designs are made to be exploited
Should Ancillaries be allocated other than on a “peanut
butter” approach (spread it out on average)
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Regulation
Expensive ancillary
Tie Line Bias Control is an old paradigm – and the 2 or 4 second
cycle is rooted in analog control
Do we need a replacement for the NERC control area criteria
(A1, A2, etc etc) in the RTO era ?
How does ACE relate to reliability today
What is economic value of frequency/time today in the digital
age?
Can regulation cost be allocated to “users” differently- eg a cost
applied to intermittent generation; to large variable loads, etc
Maybe wind generators should internalize storage costs ?
Or – be subject to “permissive control” mechanism
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Demand Elasticity
Risk Perspective – how to build models, forward
curves, etc
Lots of new derivatives to be designed !
Focus on two “Enablers”
Market structure to allow competition in aggregating
demand response – not a bureaucratic RTO
function
Low Cost ways to calculate/verify demand
response w/o expensive real time metering
Collect Commercial Demand and allow customer
decision making
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Demand Elasticity - example
Alternative approach to Real Time Demand Metering
Avoid “revenue accuracy” and meter changeout
Avoid communications
Assume voltage is nominal and measure current cheaply at panel
Build it into the circuit breakers
Use X-10 or Firewire and PC software in building to communicate
out to Internet and to the office purchasing manager’s PC
Final Value settled after balancing market/day ahead markets
clear and the entrepreneur absorbs the inaccuracies/variabilities
Think of it’s value as fast reserve !
Break the Mold of Utility Think re command and control, revenue
measurement
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Broad Conclusions
Don’t worry about the for profit market players – they
will take care of themselves
Do elevate market sophistication of market operators
and regulated buyers
Look for market structural solutions to reliability
problems
Distributed and localized control will deploy faster, cost
less, and be more reliable
Keep the market math transparent and simple; let the
complexity accrue to the players.