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Слайды и текст этой презентации


Слайд 1





Electricity markets
Natural Monopoly model
Описание слайда:
Electricity markets Natural Monopoly model

Слайд 2





Overview
Special features
Stages of electricity production
Production function and costs
Natural monopoly
Regulation
Technological change
Описание слайда:
Overview Special features Stages of electricity production Production function and costs Natural monopoly Regulation Technological change

Слайд 3





Special features
Demand fluctuations 
within the day, across seasons
Demand = load
Peak vs. offpeak demand
Описание слайда:
Special features Demand fluctuations within the day, across seasons Demand = load Peak vs. offpeak demand

Слайд 4





Variations in hourly load
California system, GW vs. hour
Описание слайда:
Variations in hourly load California system, GW vs. hour

Слайд 5





Special features
Not storable (electricity today is not a substitute for electricity tomorrow)
Описание слайда:
Special features Not storable (electricity today is not a substitute for electricity tomorrow)

Слайд 6





Special features
High costs of shortages
Blackouts or brownouts
Capacity >= load
“peak load problem”
Описание слайда:
Special features High costs of shortages Blackouts or brownouts Capacity >= load “peak load problem”

Слайд 7





Special features
Electricity is a secondary source of energy
Electricity is both an output and an input with respect to other energy products
E.g. output with respect to …?
E.g. input with respect to …?
Electricity is a substitute to some of its inputs
Описание слайда:
Special features Electricity is a secondary source of energy Electricity is both an output and an input with respect to other energy products E.g. output with respect to …? E.g. input with respect to …? Electricity is a substitute to some of its inputs

Слайд 8





Special features
Electricity consuming capital is long lived (… years)
Electricity producing capital is long lived (40 years)
Technology used often is not the most optimal
Описание слайда:
Special features Electricity consuming capital is long lived (… years) Electricity producing capital is long lived (40 years) Technology used often is not the most optimal

Слайд 9





Special features
Summary
Demand fluctuations (within the day, across seasons)
Not storable (electricity today is not a substitute for electricity tomorrow)
High costs of shortages
Complex relations with respect to other energy products
Описание слайда:
Special features Summary Demand fluctuations (within the day, across seasons) Not storable (electricity today is not a substitute for electricity tomorrow) High costs of shortages Complex relations with respect to other energy products

Слайд 10





Production process
Generation
Transmission
Distribution
Описание слайда:
Production process Generation Transmission Distribution

Слайд 11





Production process
Generation
Electricity is a secondary energy source
Transformation of one energy into electricity
Mechanical power into electric power:
Hydropower and wind
Thermal (coal, gas, oil)
Solar
Nuclear
Описание слайда:
Production process Generation Electricity is a secondary energy source Transformation of one energy into electricity Mechanical power into electric power: Hydropower and wind Thermal (coal, gas, oil) Solar Nuclear

Слайд 12





How is electricity generated?
http://www.eia.gov/energyexplained/index.cfm?page=electricity_generating
Описание слайда:
How is electricity generated? http://www.eia.gov/energyexplained/index.cfm?page=electricity_generating

Слайд 13





Supply chain video
https://www.youtube.com/watch?v=20Vb6hlLQSg
Описание слайда:
Supply chain video https://www.youtube.com/watch?v=20Vb6hlLQSg

Слайд 14





Electricity supply chain
Generation: transformation of other energy into electric energy
Transmission: high voltage transport of energy
Distribution: low voltage transport of energy
Описание слайда:
Electricity supply chain Generation: transformation of other energy into electric energy Transmission: high voltage transport of energy Distribution: low voltage transport of energy

Слайд 15





Minimum efficient scale
MES is the level of output that minimizes average cost relative to the demand
Описание слайда:
Minimum efficient scale MES is the level of output that minimizes average cost relative to the demand

Слайд 16





Varian, Intermediate Microeconomics, Ch. 24
Описание слайда:
Varian, Intermediate Microeconomics, Ch. 24

Слайд 17





Modelling electricity markets
High fixed cost
Low variable cost
Average cost declines as Q grows
Описание слайда:
Modelling electricity markets High fixed cost Low variable cost Average cost declines as Q grows

Слайд 18





Traditional Monopoly
Описание слайда:
Traditional Monopoly

Слайд 19





Natural Monopoly
Описание слайда:
Natural Monopoly

Слайд 20





Natural Monopoly 
profit-max outcome
Описание слайда:
Natural Monopoly profit-max outcome

Слайд 21





Natural Monopoly 
profit-max outcome
Описание слайда:
Natural Monopoly profit-max outcome

Слайд 22





Natural Monopoly 
socially efficient outcome
Описание слайда:
Natural Monopoly socially efficient outcome

Слайд 23





Natural Monopoly 
DWL
Описание слайда:
Natural Monopoly DWL

Слайд 24





Natural Monopoly 
socially efficient outcome
Описание слайда:
Natural Monopoly socially efficient outcome

Слайд 25





Natural Monopoly 
socially efficient outcome
Описание слайда:
Natural Monopoly socially efficient outcome

Слайд 26





	Natural Monopoly
Policy
1. Public Ownership
2. Private Ownership + regulation
Описание слайда:
Natural Monopoly Policy 1. Public Ownership 2. Private Ownership + regulation

Слайд 27





Natural Monopoly 
Average cost pricing outcome
Описание слайда:
Natural Monopoly Average cost pricing outcome

Слайд 28





Differentiating 
peak & off-peak demand
Описание слайда:
Differentiating peak & off-peak demand

Слайд 29





Peak & offpeak load
Описание слайда:
Peak & offpeak load

Слайд 30





Which prices to charge?
How to distribute costs among two consumer groups?
Fixed cost?  ~ “Capital cost” (Ck)
Variable cost? ~ “Operating cost” (Cp – during peak hours; Co – during offpeak hours)
Описание слайда:
Which prices to charge? How to distribute costs among two consumer groups? Fixed cost? ~ “Capital cost” (Ck) Variable cost? ~ “Operating cost” (Cp – during peak hours; Co – during offpeak hours)

Слайд 31





Peak & offpeak load
Should the marginal unit be supplied during peak or offpeak?  What should be its price?
Описание слайда:
Peak & offpeak load Should the marginal unit be supplied during peak or offpeak? What should be its price?

Слайд 32





Peak & offpeak load
Should the marginal unit be supplied during peak or offpeak?  What should be its price?
Описание слайда:
Peak & offpeak load Should the marginal unit be supplied during peak or offpeak? What should be its price?

Слайд 33





Smart meters and differentiating 
peak & off-peak demand
Описание слайда:
Smart meters and differentiating peak & off-peak demand

Слайд 34





Peak-load pricing
Electricity prices in Astana:
23:00-7:00 => 3.21 KZT/ kWh
7:00-23:00 => 14.52 KZT/ kWh
Описание слайда:
Peak-load pricing Electricity prices in Astana: 23:00-7:00 => 3.21 KZT/ kWh 7:00-23:00 => 14.52 KZT/ kWh

Слайд 35





Peak-load pricing
Summary
Peak-load pricing allows a utility to cover the fixed cost.
Peak-load pricing became feasible due to advances in technology.
Описание слайда:
Peak-load pricing Summary Peak-load pricing allows a utility to cover the fixed cost. Peak-load pricing became feasible due to advances in technology.

Слайд 36





Electricity industry in Kazakhstan
Описание слайда:
Electricity industry in Kazakhstan

Слайд 37





Industry structure
Generation: mostly privately owned
Transmission: KEGOC, state-owned
Distribution: 15 regional distribution companies, state/privately owned
Описание слайда:
Industry structure Generation: mostly privately owned Transmission: KEGOC, state-owned Distribution: 15 regional distribution companies, state/privately owned

Слайд 38


Electricity markets. Natural monopoly model, слайд №38
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Слайд 39


Electricity markets. Natural monopoly model, слайд №39
Описание слайда:

Слайд 40


Electricity markets. Natural monopoly model, слайд №40
Описание слайда:

Слайд 41


Electricity markets. Natural monopoly model, слайд №41
Описание слайда:

Слайд 42


Electricity markets. Natural monopoly model, слайд №42
Описание слайда:

Слайд 43


Electricity markets. Natural monopoly model, слайд №43
Описание слайда:

Слайд 44





Review
Special features
Stages of electricity production
Production function and costs
Natural monopoly
Regulation
Описание слайда:
Review Special features Stages of electricity production Production function and costs Natural monopoly Regulation

Слайд 45





Readings
Dahl, Ch. 4 
Kazenergy pp. 274-275, 290-291, 303-305.
Описание слайда:
Readings Dahl, Ch. 4 Kazenergy pp. 274-275, 290-291, 303-305.



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