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UPM Annual Report 2015

UPM Annual Report 2015

23

24

contents

OUR DIRECTION

Create value in electricity generation

and physical and financial trading

Profitable growth on the Nordic CO

2

emission-free electricity market

OUR STRENGTHs

Cost competitive, low-emission electricity

generation portfolio

Versatile asset base – nuclear power

as base load capacity, hydropower as

flexible capacity and condensing power

as reliable peak load capacity

Strong competencies and value creation

track record in physical and financial

electricity trading

Proven capabilities in energy management

services to both generating and consuming

customers

KEY FIGURES

2015

2014

Sales, EURm

415

464

Operating profit excl. special items, EURm

181

202

Capital employed (average), EURm

2,716

2,903

ROCE excl. special items, %

6.7

7.0

Personnel on 31 Dec.

73

80

UPM ENERGY value created

CAPITALS

Capital intensive utility

business

Low-emission energy

sources, including

water rights

Fuels

Engaged high

performing people

Organisational experience

Energy trading platform

Regulation

OUTCOMES

Low-emission electricity

Work safety

Energy supply security

Flexible power supply

Risk mitigation

ROCE

DISTRIBUTION

TRANSMISSION

IN BRIEF

STRATEGY

BUSINESSES

GOVERNANCE

STAKEHOLDERS

ACCOUNTS

PHYSICAL POWER MARKET

o

o

Physical value creation

o

o

Mainly Nord Pool Spot market

for day-ahead and intraday trading

o

o

Members (buyers and sellers)

agree on contracts for the

delivery of power

VERSATILE GENERATION

(from own hydropower plants and

shareholdings in energy companies)

HYDROPOWER

o

o

Flexible

o

o

Cost competitive

o

o

Low emissions

o

o

Renewable

CONDENSING

POWER

o

o

Reliable peak

load

NUCLEAR

o

o

Efficient base load

o

o

Cost competitive

o

o

Low emissions

FINANCIAL MARKETS

Derivative power contracts traded on Nasdaq Commodities

o

o

Value protection and creation

Energy management services to both generating and consuming customers

HOUSEHOLD

CONSUMPTION

SMALL AND MEDIUM

SIZED ENTERPRIsES

INDUSTRIAL ELECTRICITY

CONSUMPTION

300

240

180

120

60

0

2015

2014

2013

*)

excl. special items

Operating profit

*)

EUR million

Business performance

Operating profit decreased due to clearly lower average electricity prices. Significantly

higher hydropower generation volumes reduced production costs, and thanks to good

water availability and increased price volatility, profit opportunities improved from

optimal use of the adjustable hydropower capacity. Return on capital employed met

long-term financial targets.

Business development

The year 2015 was characterised by a challenging market environment. Electricity

prices decreased and the competitive market situation remained distorted. Mild

temperatures caused decrease in demand and electricity prices also decreased thanks

to exceptionally good hydrology.

The competitive market situation was impacted by non-market driven issues such

as regulation, taxes and support schemes, benefitting renewable energy generation.

Meanwhile other generation forms, including emission-free hydropower and cost

competitive nuclear generation, suffered fromweak profitability and generally rising

taxes and environmental regulation.

Current low electricity prices and the distorted competitive market situation

prevent market-based modernisation or new investments in low-emission generation

technologies. The full potential of all sustainable alternatives may not be fully utilised.

The challenging market conditions are laying the groundwork for industry restruc-

turing, e.g. by mothballing coal condensing and decommissioning nuclear power

capacity before the originally projected life span. Market situations may also call for

structural changes in the industry and UPMEnergy, as a large producer, can be an

active participant.

The share of weather-dependent (wind and solar) power production is growing.

This increases price volatility and also the need for flexible balancing power genera-

tion to compensate for the variations in the production and consumption of electric-

ity. Hydropower is an efficient way to produce this balancing power and it is needed to

mitigate climate change.

With its competencies and optimal use of its hydropower assets, UPMEnergy is

well positioned to generate good profitability and create additional value from the

increased electricity price volatility in the market.

In 2015, UPMEnergy proceeded with its hydropower production asset upgrades.

Through its ownership of Länsi-Suomen Voima Oy, UPMEnergy is participating in

the expansion of the Harjavalta hydropower plant. The project covers a newmachine

unit and refurbishment of the existing two turbines. When completed in 2017, the

project will improve the efficiency, control and environmental safety of the plant,

while also responding to the increasing demand for flexible capacity. The total power

output of the plant will increase from 72 MW to 110MW.

The largest ongoing project is at Teollisuuden Voima Oyj (TVO), which involves

building a third nuclear power reactor, OL3, at Olkiluoto, Finland. The new unit will

have an annual nuclear power generation capacity of approximately 1,600MW.

Through Pohjolan Voima Oy (PVO), UPM is entitled to approximately 500MWof capacity.

According to the plant supplier’s schedule, regular electricity production is scheduled

to start at OL3 towards the end of the year 2018.

In June 2013, UPM announced that it is participating in the share issue from Pohjolan

Voima Oy to finance the Olkiluoto 3 nuclear power plant project. UPM’s share of the issue

is EUR 119 million, of which EUR 31 million was paid in Q4 2015, EUR 31 million in Q4

2014 and EUR 31 million in Q2 2013. The remaining part of the share issue will be imple-

mented in the coming years based on the financing needs of the project.

In June 2015, Teollisuuden Voima Oyj decided not to apply for a building permit for

the Olkiluoto 4 nuclear power plant unit, resulting in a charge of EUR 19 million related

to UPM’s participation in the tendering and planning phase of the project.

Markets and drivers

• Electricity consumption in the Nordic countries is expected to remain stable. Demand

is driven by household consumption, the commercial sector and industrial activity, and

it is heavily dependent on temperatures.

• In 2015, electricity consumption in the Nordic countries decreased slightly, primarily

due to weather that was warmer than usual.

• New capacity investments in the Nordic countries are driven by economics and influ-

enced by regulatory policies and support schemes Therefore, capacity is mainly growing

in subsidised renewables.

• Due to current market conditions, existing generation capacity is decommissioned

before the originally projected life span, e.g. it has been announced that Swedish

nuclear capacity will be decommissioned earlier than expected.

• Hydrological balance and wind in the Nordic countries impacts electricity supply and,

therefore, electricity prices and price spreads between different price areas.

• In the Nordic countries there are several different price areas; UPMEnergy’s assets are

located in the Finnish price area only. Power markets across Europe are becoming

more integrated due to new transmission lines.

Mitigating market challenges

HYDROPOWER IS SUPERIOR

BALANCING POWER

As the use of renewable energy based on the

forces of nature increases, also the need for

balancing power grows to maintain the stable

operation of the power grid. If there is no

wind or sunlight, the electricity generated by

windfarms and solar power plants has to be

replaced by other energy sources. Balancing

power is also needed for evening out the

fluctuations in energy consumption.

Hydropower is an excellent solution for

producing balancing power. The electricity

production of a hydropower plant can be

adjusted very quickly by controlling water flow

and the operation of the turbines. Unlike wind

and sunlight, water can also be stored for

future needs. By using reservoirs, electricity

can be generated when it is needed. Autumn

rainfall can for instance be used to generate

electricity during the cold winter months.

Read more:

www.upmenergy.com

UPM Energy