Global Utilities Industry
Transcript of Global Utilities Industry
Global Utilities Industry: Value Chain Analysis- ML00027-094
Global Utilities Industry
Value Chain Analysis
ML00027-094
Global Utilities Industry: Value Chain Analysis- ML00027-094
Table of Contents
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Complete Value Chain: Overview
Complete Value Chain: Overview (cont’d)
Raw Materials: Overview
Raw Materials: Analysis
Raw Materials: Burning Issue – Oil Prices
Power Generation: Overview
Power Generation: Analysis
Power Generation: Burning Issue – Increased Efficiency of Coal-Fired Plants
Processing: Overview
Processing: Analysis
Processing: Burning Issue - LNG
Utility Companies: Overview
Utility Companies: Analysis
Utility Companies: Burning Issue - Liberalization
End Users: Overview
End Users: Analysis
End-Users: Burning Issue – Rising Costs
Appendix
Global Utilities Industry: Value Chain Analysis- ML00027-094
Complete Value Chain: Overview
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The global utilities industry can be split into five distinct stages; raw materials, power generation,
processing, utility companies, and end users
Raw Materials
Oil
Gas
Coal
Renewables
Water
Power Generation
Nuclear Plants
Coal Plants
Gas
Wind Farms
Solar Farms
Processing
Water Processing
Natural Gas Processing
Distribution Network Operators
Utility Companies
Power Generation Companies
Wholly Renewable Companies
End Users
Residential
Industrial
Business
Transport
Agriculture
Global Utilities Industry: Value Chain Analysis- ML00027-094
Complete Value Chain: Overview(cont’d)
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Companies involved at each stage are very large global players, able to operate at a high degree of
technical sophistication
Raw Materials
Gazprom
Royal Dutch Shell
Coal India
ExxonMobil
China National Petroleum Corporation
Power Generation
EDF Energy
General Electric
Siemens
Areva
Nordex
Processing
Veolia
Thames Water Utilities
Suez Water Utilities
Lukoil
National Grid
Utility companies
E.ON SE
OAO NOVATEK
Duke Energy
Sinopec
American Water Works
End Users
Residential
Industrial
Business
Transport
Agriculture
Global Utilities Industry: Value Chain Analysis- ML00027-094
Raw Materials: Overview
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Raw materials are required to generate energy for transmission. There is the option for non-renewables or
renewables.
Raw Materials
Mining
Coal
Uranium
Iron Ore
Renewables
Solar Wind
Hydro
Drilling
Crude Oil
Natural Gas
Global Utilities Industry: Value Chain Analysis- ML00027-094
Raw Materials: Analysis
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Companies operating at this stage are typically large mining companies
• Mining companies will typically provide raw materials for fossil fuels. While some companies will generally produce
some coal and uranium, the largest producers of coal globally are Peabody Corporation, Coal India, and BHP. Coal
India is state owned, but privately owned mining companies are also large and possess significant financial muscle.
• State involvement in this industry can be common due to the strategic nature of these resources. International cartels
such as OPEC coalesced around oil, while India, Iran, Russia, and Saudi Arabia all have state involvement in these
industries. However, Saudi Arabia privatized Aramco, with its 2019 IPO pushing the company’s market value to $1.88
trillion - the largest public offering globally..
• Renewable raw materials generally negate any suppliers and can be accessed an infinite number of times with the
appropriate equipment. This makes low scale entry for solar and wind affordable; however, for hydro this generally
requires appropriate geography and substantial investment to construct a dam capable of generating on a large scale.
• Major suppliers to the industry are companies undertaking outsourced activities for water utility companies. A wide
variety of business activities are outsourced, including construction, civil engineering, laboratory services and
administrative functions. Such activities are generally provided under fixed term contract, giving them a degree of
power by locking water utilities companies in to contracts which incur a penalty fee when broken. Moreover, demand is
largely unaffected by inflation, recession, interest rates, changing preferences, or inventory loss.
Global Utilities Industry: Value Chain Analysis- ML00027-094
Raw Materials: Burning Issue
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On April, 20, 2020, US oil prices crashed to a more than two decade low; dropping below zero for the first time in history as
a collapse in demand triggered by the coronavirus pandemic leaves the world awash with crude oil and raises concerns
about storage facilities being overwhelmed. The price fell as low as -$40 a barrel. Lockdowns imposed in many of the
world’s major economies have sent crude demand tumbling by as much as a third.
OPEC, Russia and other oil-producing nations finalised an
unprecedented production cut of nearly 10 million barrels, or
a tenth of global supply, in hopes of boosting crashing
prices amid the coronavirus pandemic and a price war.
However, the deepening fall in oil prices has come despite
this.
Reductions of varying magnitude are planned to run until
April 2022 as part of efforts to stabilise prices.
US rig count data by Baker Hughes, showed that the
number of active oil rigs in the US has dropped by more
than a third over the past month. But signs of curtailed US
supply have done little to boost prices.
US oil price plunges to 20 year low as COVID-19 hits demand
Global Utilities Industry: Value Chain Analysis- ML00027-094
Power Generation: Overview
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Power generation can be divided into three board areas: fossil fuel, renewable energy and nuclear.
Companies building and operating power plants tend to stick to a limited range due to the highly
specialized nature of each technology.
Generation
Fossil Fuel
Coal Natural Gas
Renewable
Hydro Electric Solar
Wind Turbine
Nuclear
Pressurized Water Reactor
Boiling Water Reactor
The Chinese renewable
energy market is not only
one of the fastest growing
markets, it is also the largest
globally.
Liquefied Natural Gas
(LNG) has opened up gas
distribution to the shipping
industry.
Global Utilities Industry: Value Chain Analysis- ML00027-094
Power Generation: Analysis
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Governments are increasingly seeking to diversify power mixes, resulting in greater attention being
devoted to alternatives to coal.
• Water and gas utility companies skip this stage as it is only relevant for generating electricity.
• Pressurized water reactor (PWR) nuclear power plants have fuel assemblies of 200-300 rods each, arranged vertically in
the core. Although the temperature of the water in the reactor reaches approximately 325 degrees Celsius, pressure of 150
atmospheres prevents it boiling and enables power to be derived.
• Many countries are seeking to reduce consumption of coal to help achieve climate change emission targets. This has
resulted in consolidation. Drax, the leading coal energy supplier in the United Kingdom, purchased Opus Energy in a £340m
($412m) deal which now places the company in the top five largest UK power companies. However, China is constructing
many coal-fired plants around the world at relatively low cost thanks to substantial economies of scale and much of the
technology being installed not being cutting-edge.
• Globally the construction of renewable energy power plants has been rising rapidly of late, but much of this is due to
investment from the Chinese government. Solar panel subsidies have proved to be particularly lucrative, but there are
concerns over whether the government will be able to pay the promised subsidies on a long-term basis.
• Countries such as the United Kingdom have moved towards much greater use of natural gas for power generation, but the
outlook for new construction of gas power stations has been reduced. Recently the government stated only a small number
of new gas power plants will be constructed over the next two decades in anticipation of improved renewable technology.
Global Utilities Industry: Value Chain Analysis- ML00027-094
Power Generation: Burning Issue
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Coal-fired power plants are improving significantly in efficiency, ensuring the technology has a future.
The RDK 8 coal-fired power plant in Karlsruhe, Germany, is
one of the most efficient in existence, producing thermal
efficiency of 47.5% and reduces carbon emissions by 40%
compared to the global average conventional coal-fired fleet.
According to industry insiders, such plants are part of plans
to raise the global efficiency of coal from 33% at present to
over 40%. Whilst many countries will be reliant upon coal at a
time when there is pressure to reduce carbon emissions,
significant reductions in impact of coal in new generation
power plants provide the dirtiest fossil fuel with a potential
future. Demand for power in China will help costs for ultra-
supercritical come down.
Despite efforts towards cleaning air and decarbonizing the
economy, more coal-fired power plants are due to be built.
Improvements in techniques to extract power from coal will
be important. Performance growth is important for the energy
mix of many developed economies.
Until the capacity to store energy from renewable
sources becomes part of the mainstream, power that
can be controlled remains a greater priority than
switching to more environmentally friendly sources.
That makes ultra-supercritical coal relevant to power
grids in the coming couple of decades. Consequently,
coal is more likely to experience a slow and controlled
decline than proved to be the case in the UK, creating
an environment for a graduated transfer to cleaner
power sources.
Global Utilities Industry: Value Chain Analysis- ML00027-094 11
Processing: Overview
Processing is sometimes undertaken by the utility companies themselves, while other companies are
independent
Processing
Water
Veolia Thames Water
Utilities
Suez Water Utilities
Beijing Capital
Gas
The Hong Kong and China Gas
Company
OAO NOVATEK
Gazprom
Electricity
National Grid
RTE France
Global Utilities Industry: Value Chain Analysis- ML00027-094 12
Processing: Analysis
Processing requires technical knowledge and specialist equipment
• Natural gas processing is a complex process and as a result it is usually large scale companies that are present at this
stage. Many utility companies are also present at the processing stage. For example, the Purovsky Plant in Russia,
which processes unstable gas condensate into stable gas condensate and natural gas liquids, operates as a subsidiary
of Novatek and helps the company to take full control of its gas utilities. Furthermore, the Purovsky Plant is connected
via its own railway line to the Russian rail network at the Limbey rail station, allowing efficient transport.
• This stage is also where infrastructure plays an important role. Poor infrastructure can cause major issues for end
users. Geographically isolated islands particularly suffer as they have to pay very high prices for utilities and also have
to rely on generators because power cuts are so frequent. Hawaii, for example, has the highest energy costs of all 50
states, spending billions of dollars on imported oil each year.
• The complexity of water purification depends on its source. Water from aquifers, layers of water-bearing permeable
rock, is already of high quality so only needs to be disinfected with chlorine. River and reservoir water tends to contain
more contaminants that have to be filtered through several steps.
• Electricity towers and cables are owned and operated by Distribution Network Operators (DNOs) such as the National
Grid in the UK. These companies may also own and operate the gas transmission network.
Global Utilities Industry: Value Chain Analysis- ML00027-094 13
Processing: Burning Issue
Liquefied Natural Gas (LNG) has added a distribution stream into the gas utilities market that for the first time connects many countries together.
LNG is connecting gas supplies from countries that have never been
regarded as major gas producing nations. Australia is one such example and
is finding customer nations in the developed world that are running out of
domestic supplies. The leading exporter globally of LNG is Qatar, but it has
been estimated that Australia will take the top spot by the end of 2020.
The expansion of shale gas production in the United States has enabled the
country to become a LNG exporter – a development that is particularly
important for countries such as the UK which is under pressure to improve
energy security. Some eastern European countries are using this alternative
means of distribution to reduce dependence on the Russian giant, gas
company Gazprom. The Russian government itself is ploughing tens of
billions of dollars into LNG projects as part of an effort to become a leading
player in this area. Shipping LNG around the world allows countries with little
or no access to natural gas to gain a supply.
Lithuania constructed a terminal and agreed to purchase LNG from Statoil in
Norway at 10% more than the price asked by Russia for natural gas.
Although costs are higher, the new form of distribution provides adequate
benefits.
The $325m terminal has granted Lithuania
new influence and confidence in dealing
with Gazprom. Previously Lithuania paid
the highest gas prices of any of the 28
European Union member states; now,
following completion of new contract with
Gazprom, the cost is 25% lower. Demand
has enabled more countries to become
involved – even Egypt is seeking to end gas
imports during 2018 and begin exporting.
LNG will play an important role in finding
customers for that gas.
Global Utilities Industry: Value Chain Analysis- ML00027-094
Utility Companies: Overview
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Companies will often offer both electricity and gas but water utilities tend to be separate
Utilities Companies
Electricity
EDF Centrica
China Guodian Corporation
E.ON
Gas
E.ON OAO
NOVATEK
Gazprom
Water
American Water Works
Beijing Enterprises
Global Utilities Industry: Value Chain Analysis- ML00027-094
Utility Companies: Analysis
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The global industry is dominated by a moderate number of large, very powerful firms
• Gas is the most lucrative segment of the industry, making up 47% of its revenues in 2018. Many companies offer both gas and
electricity, and some, such as Beijing Enterprises, offers all three utilities.
• The utilities industry is heavily price-driven, and product differentiation is very low. Because of this the threat from new entrants is
increased as little investment is required in order to match the product offering of existing players. Little prior knowledge is required
to operate successfully in the industry. Industry growth is also fairly high, which is likely to make the industry more attractive to new
firms and competition is likely to be tempered somewhat making market share easier to secure. However, existing firms in the
global industry are very large players with significant wealth and financial muscle. They are much better suited to price wars, and
aggressive pricing strategies could be employed to choke out new firms.
• Entry into the Chinese utility industry is all but impossible given the current domination of state-backed enterprises. Certainly foreign
companies can expect to be rebuffed in any efforts to enter China. The government is very conscious of the strategic importance of
utility supplies and is showing no sign of relinquishing control of the industry. Were some degree of liberalization to happen in the
long-term future, chances are it would be limited to domestic companies.
• The gas wholesale market involves the buying and selling of natural gas after it has arrived from production sites. The wholesale gas
market in the United Kingdom has one price for gas irrespective of where the gas comes from. Prices at which gas is then sold to
end-users are heavily dependent upon the initial wholesale price.
• Individuals may become self-sufficient by harnessing their own energy from the sun and filtering their own water but this is likely to
be very time consuming and expensive.
Global Utilities Industry: Value Chain Analysis- ML00027-094
Utility Companies: Burning Issue
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Liberalization continues apace, although in some markets patience is wearing thin.
Liberalization has been pressed globally. The European Commission
took efforts to liberalize the EU’s energy markets several times, while
the US, Chile, Argentina, and other countries have undertaken further
efforts to establish a competitive market in energy. However, in a
market which tends towards natural monopolies and strategic
government intervention, it is proving to be much more difficult to
implement in practice.
Free marketers blast government intervention, particularly in the form of green subsidies in a bid to induce a switch to
renewables. In one of the epicentres of the first liberalized energy markets, the UK, the conversation has begun to turn towards
renationalization. Successive attempts to regulate the energy market have done little to induce competition. A new Ofgem rule
introduced in October 2016 demanded that suppliers must show all the cheapest alternative tariffs they offer on customers'
statements, including tariffs offered by 'white label' partners. Rather than induce competition, Centrica just raised its white label
partner tariffs rather than divert to its cheaper plan. The oligopolistic behavior saw the government introduce legislation aimed at
capping prices in February 2018 with over 11 million more households on poor value default tariffs being protected from being
overcharged. A move once considered hysterical and even saw Centrica threaten to withhold investment only three years ago.
As such, players in this market are likely to continue to attract the ire of regulators.
Global Utilities Industry: Value Chain Analysis- ML00027-094
End-User: Overview
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In some cases end-users have backwards integrated via
microgeneration, for example with solar panels.
Nearly the whole population are end users of utilities companies in some way or another
End-users
Residential
Households
Industrial
Agricultural
Manufacturing
Services
Public Services
Transportation
Global Utilities Industry: Value Chain Analysis- ML00027-094
End-User: Analysis
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Due to a lack of differentiation, end-users tend to focus primarily on price.
• In terms of numbers, the predominant buyers in this industry are residential customers. These lack financial muscle,
bargaining power, and small size individually in relation to electricity consumption. This is offset somewhat by the size of
other buyers such as commercial, industrial and public services customers.
• Low-cost switching is favorable towards buyers, particularly in liberalized markets where consumers can respond to
unfavorable service quality or price increases by switching supplier easily. However, some markets have few major
players. Others have monopoly suppliers, such as KEPCO in South Korea, or an incumbent with large market share and
few challengers, such as Eskom in South Africa.
• Product differentiation is minimal. Utilities offer a commodity; all firms offer the same end product. The only real
differentiation offered from electricity retailers is the source of the electricity (e.g. whether it comes from renewable
sources or not), and the differing services provided with the electricity such as fixed-term prices. This leaves customers
in markets with more than one player to focus primarily on price. Those with non-liberalized markets and/or limited
players are faced with limited or zero choice.
• There is a growing possibility for end-users to backwards integrate, for example with solar panels. The availability of
feed-in tariffs and government climate change policy can influence the significance of self-generation.
Global Utilities Industry: Value Chain Analysis- ML00027-094
End-User: Burning Issue
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Energy cost increases are causing rises in fuel poverty and impacting high energy businesses.
Fuel or energy poverty definitions vary, but is an issue becoming increasingly apparent. The latest ONS data (from 2017)
estimates that in the UK 10.9% of households are in fuel poverty. A fuel poor household is defined as one which needs to
spend more than 10% of its income on all fuel use and to heat its home to an adequate standard of warmth and would be left
with a disposable income below the poverty line. In England, adequate standard of warmth is defined as 21°C in the living room
and 18°C in other occupied rooms. Households with the lowest incomes spend 10% of their expenditure on energy – over three
times more than the proportion spent by households with highest incomes. A combination of high energy prices and stagnant
wages have contributed to this, and it is becoming an increasingly prominent conversation in Europe. When pushing up
customer bills, energy companies often blame punitive green taxes, although government data appears to contest this. When
energy prices are high, intensive industries such as aluminum or steel which require vast amounts of power have had to shut.
In December 2014, the Government introduced a new statutory fuel poverty target for England . The target is to ensure that as
many fuel poor homes as reasonably practicable achieve a minimum energy efficiency rating of a Band C by 2030.
Larger businesses may have the clout to negotiate or go direct
to wholesale, but SMEs and poorer households generally suffer.
Regulators are encouraging more competitiveness in a bid to
improve price competition in the market. In the UK however,
despite an influx of businesses the big six’s hold remains pretty
firm.
Global Utilities Industry: Value Chain Analysis- ML00027-094
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Appendix