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Finance Lecture # 1 Jan H. Jansen E-mail: [email protected]

Finance Lecture # 1

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Finance Lecture # 1. Jan H. Jansen E-mail: [email protected]. Wind energy. Dropbox URL: https://www.dropbox.com/home#:::64295139. Minor Wind Energy Project Management. Minor Wind Energy Project Management. Commercial. Engineering. Commercial. Educational unit: WEPM-C (7.5 ECTS). - PowerPoint PPT Presentation

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Page 1: Finance  Lecture # 1

Finance

Lecture # 1

Jan H. Jansen

E-mail: [email protected]

Page 2: Finance  Lecture # 1

Wind energy

Page 3: Finance  Lecture # 1

Dropbox URL:

https://www.dropbox.com/home#:::64295139

Page 4: Finance  Lecture # 1
Page 5: Finance  Lecture # 1

Minor Wind Energy Project Management

Project

Finance

Law

Supply Chain Management

Construction

Mechanical Engineering

Energy

Page 6: Finance  Lecture # 1

Minor Wind Energy Project Management

Project

Finance

Law

Supply Chain Management

Construction

Mechanical Engineering

Energy

Commercial

Engineering

Page 7: Finance  Lecture # 1

Commercial

WEPM-C-LW Law 30% ≥ 5.5

WEPM-C-FC Finance 40% ≥ 5,5

WEPM-C-SC ISCM 30% ≥ 5,5

Educational unit: WEPM-C (7.5 ECTS)

Page 8: Finance  Lecture # 1

What is our ambition?

• Recognizing trends in the Wind Energy market• Analyzing an annual report of a wind energy

supplier;• Constructing an cash flow overview of wind

energy project;• Establish risk awareness (project- , exchange -,

interest rate- and political risks)• Decision criteria for an investment in a wind

energy project (PBP, ROI, NPV, IRR and BET).• Financially sourcing a wind energy project.

Page 9: Finance  Lecture # 1

Assessment

• WEPM-C-FC– Written exam of 120 minutes (PW8)

•  WEPM-P-FR– Finance will also be assed in the final

report and presentation of the project of this minor

Page 10: Finance  Lecture # 1

Programme

Lecture Topic

1 Overview Energy Market

2 Annual Reports

3 Project Financials, Value Propositions & Business Model

4 Business plan I

5 Business plan II

6 Case study WEPM

7 Case study WEPM

8 Written Exam

Page 11: Finance  Lecture # 1

Energy Market• ElectricityOil• ElectricityGas• ElectricityCoal• ElectricityNuclear• ElectricityWind• ElectricityHydro• ElectricitySolar• ElectricityBiomass• ElectricityGeothermal

Page 12: Finance  Lecture # 1

Electricity market

• Complex market– See slide before

• The art of electricity– Not directly tangible– Storage problems– Capacity

• Transformation of Wind (free good) into Electricity (economic good)

Page 13: Finance  Lecture # 1

Overview Energy Market• Macro level

– Energy prices (P)– Energy demand (Q)

• Meso level / Industry level• Micro level / Firm level

– Value chain & supply chain– Annual Reports

Page 14: Finance  Lecture # 1

Macro level

• Energy prices (P)– Prices of substitutes / Trends

• http://www.bloomberg.com/energy/• http://www.energy.eu/

• Energy demand (Q)– Trends

• http://www.nwea.nl/• http://www.ewea.org/

Page 15: Finance  Lecture # 1

Renewable energy in final energy consumption (2020 target) Source: www.energy.eu

2006 2007 2008 2020 Target % To cover: United Kingdom 1.5 % 1.8 % 2.2 % 15 % 12.8 %

France 9.6 % 10.2 % 11 % 23 % 12 %Denmark 16.8 % 18.1 % 18.7 % 30 % 11.3 %

Netherlands 2.5 % 3 % 3.2 % 14 % 10.8 %Italy 5.3 % 5.2 % 6.6 % 17 % 10.4 %

Belgium 2.7 % 3 % 3.3 % 13 % 9.7 %

Spain 9.1 % 9.5 % 10.7 % 20 % 9.3 %

Germany 6.9 % 9 % 8.9 % 18 % 9.1 %

Austria 24.8 % 26.6 % 28.3 % 34 % 5.7 %

Sweden 42.7 % 44.2 % 44.4 % 49 % 4.6 %

Page 16: Finance  Lecture # 1

Renewable electric energy in the EU

Resource: 2005: 2006: 2007: 2008:

Hydro energy 60.60 % 64.40 % 60.60 % 60.00 %Wind energy 20.40 % 17.10 % 20.40 % 21.00 %Biomass 17.00 % 16.70 % 17.00 % 17.00 %Geothermal energy 1.20 % 1.20 % 1.20 % 1.00 %Solar energy 0.80 % 0.50 % 0.80 % 1.00 %

Resource: www.energy.eu

Page 17: Finance  Lecture # 1

Meso level / Industry level

Wind Energy Farm

DistributionSuppliers

Page 18: Finance  Lecture # 1

Micro level / Firm level

Wind Energy Farm

Input > Throughput > OutputProcurement > Production > Sales

Page 19: Finance  Lecture # 1

Annual reports• Market & Strategy• Corporate Governance• Corporate Social Responsibility (CSR)• Sustainability• Financial ratios

– Profitability– Liquidity– Solvency– Activity

Page 20: Finance  Lecture # 1

Structure of the balance sheet

• Fixed assets:– Property, Plant &

Equipment– Intangible assets– Financial noncurrent

assets• Current assets:

– Inventories – Debtors / AR– Cash & Cash

equivalents

• Equity:– Issued Capital – Retained earnings /

Reserves• Long Term Liabilities

– Provisions– Loans– Bonds

• Current liabilities:– Creditors / AP– Bank overdraft– Taxes– Dividend

Page 21: Finance  Lecture # 1

Structure of the income statement/ profit & loss account

• Costs– Costs of Sales:

• Cost of raw materials• Cost of (manufacturing)

labour• Costs of depreciation of

equipment– Overhead costs:

• Selling expenses• R&D expenses• General expenses• Administrative expenses• Other expenses• Incidentals• Financial charges

• Operating income

• Revenues / Sales

Page 22: Finance  Lecture # 1

• Gross Profit:– Revenues - Cost of Sales

• Operating Income / EBIT:– Gross Profit - Overhead costs

• EBITDA:– EBIT + Depreciation + Amortization

• EVA:– NOPAT - Capital Charges :

• NOPAT = EBIT - Taxes• Capital Charges = Invested Capital * Cost of

Capital

Profit definitions

Page 23: Finance  Lecture # 1

The ability of an asset to be converted into cash without a significant price concession

• Current ratio:– Current Assets / Current Liabilities

• Quick ratio:– { Current Assets -/- Inventories } / Current

Liabilities

Performance of the company: Liquidity

Page 24: Finance  Lecture # 1

Solvency shows how the extent to which the firm is financed by debt

• Debt Ratio:– Debt / Total Assets

• Debt-To-Equity Ratio:– Debt / Shareholder’s Equity

Performance of the company: Solvency

Page 25: Finance  Lecture # 1

Compares profit (output) with invested money(input) of the firm

• Gross Profit Margin:– Gross Profit / Sales

• ROI (ROA) = Return on Investment (Assets)– Net Profit after taxes / Total Assets

• ROE = Return on Equity– Net Profit after taxes / Shareholder’s Equity

Performance of the company: Profitability

Page 26: Finance  Lecture # 1

Provides performance information of the efficiency of some internal processes

• Asset turnover– Sales / Assets

• Inventory turnover– Cost of goods sold / Inventory

• Receivable turnover (collection period)– Sales / Receivables

Performance of the company: Economic activity

Page 27: Finance  Lecture # 1

Du Pont formuleROE = NPM * TAT * EM

– NPM = Net Profit Margin (Market profit)• NPM = Net Profit / Sales

– TAT = Total Assets Turnover (Utilisation)• TAT = Sales / Total Assets

– EM = Equity Multiplier (Financial structure)• EM = Total Assets / Total Equity

Page 28: Finance  Lecture # 1

Altman’s Z-score

• Working Capital / Total Assets * 1.2• Retained Earnings / Total Assets * 1.4• EBIT / Total Assets * 3.3• Market Value Equity / Book Value Liabilities * 0.6• Sales / Total Assets * 0.999

Page 29: Finance  Lecture # 1

Annual reports (2010) of Sustainable Energy Industry

• Van Oord (case for the lectures)• Teams 

– Eneco– Vestas– ABB– RWE– GE– Siemens– Nordex– BP– Shell

Page 30: Finance  Lecture # 1

Organisation# Company URL Team members

0 Van Oord www.vanoord.com Mr Jan Jansen1 Eneco www.eneco.com2 Vestas www.vestas.com3 ABB www.abb.com4 RWE www.rwe.com5 GE www.ge.com6 Siemens www.siemens.com7 Nordex www.nordex-

online.com8 BP www.bp.com9 Shell www.shell.com