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(2002) Energy and Sustainable Development in Germany

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(PDF: 703 Ko / 31 p.)

This report was written by

F. Thomas, S. Ullrich, S. Rogge, J. Moerschner, and P. Annakathil

from the Institute of Energy Economics and the Rational use of Energy (IER)

and reviewed by

Jürgen Maier (Forum Umwelt & Entwicklung),

Uwe R. Fritsche (Öko-Institut, Energy & Climate Division).

contact : FT@ier.uni-stuttgart.de, su@ier.uni-stuttgart.de
 

Executive Summary
The following table summarises the results of a review of the sustainability of Germans energy sector. Where: 
     
    Indicator 1 = per capita carbon emissions from the energy sector 

    Indicator 2 = most significant energy related local pollutants

    Indicator 3 = households with access to electricity

    Indicator 4 = investment in clean energy 

    Indicator 5 = energy security/energy trade

    Indicator 6 = burden of energy investments

    Indicator 7 = energy productivity 

    Indicator 8 = renewable energy deployment


Prior to 1991 Germany was divided and economic statistics for what was then Eastern Germany were not available. As a result the base year for indicators 5 and 6 was taken as year 1991 when comparable statistics were available

Table A.1. Results for Germany According to HELIO International Indicators 
 


 
 
 
 

Year

SUSTAINABLE DEVELOPMENT INDICATORS FOR THE ENERGY SECTOR 
Environmental
Social
Economic
Technological
1

kg/capita

2

kg/capita

3

%

4

%

5

PJ

6

US$ mill

7

MJ/$ GDP

8

%

X (1990)
3,430 
SO2: 67.1

NOx: 34.1

CO:136.6

100%
2.65
n/a
n/a
6.58
1.2
X (1991)
--
--
--
--
9,253
499.78
--
--
X (1999)
2,770
SO2: 10.1

NOx: 19.9

CO: 60.3

100%
2.89
10,399
447.8
--
--
X (2000)
n/a
n/a
n/a
n/a
n/a
n/a
3.39
2.2


n/a : Statistics not available

In terms of the environmental indicators 1 and 2, Germany has made progress in reducing emissions of both global carbon dioxide emissions and local pollutants sulphur dioxide, nitrogen oxide and carbon monoxide. However, Germany only meets the HELIO International sustainability target for sulphur dioxide (for more details see section on Indicator 2) and needs to continue to make reductions in the other pollutants in order to meet the levels defined as sustainable. The positive results for sulphur dioxide, primarily reflect increased efficiencies achieved in the energy sector following stricter enforcement of the Federal Emissons Control Act and the Large Furnaces Ordinance following re-unification, as well as the significant shift away from heavy fuel oil, and lignite fuels (especially in Eastern Germany) to natural gas. 

Germany has mixed results in terms of the social sustainability indicators 3 and 4. This is because whilst the target of 100% access to electricity in Germany was successfully attained, investment in clean energy is a long way from the HELIO International sustainability target of 95%. Increases in investments for clean energy as a percentage of GDP have only shown a marginal increase over the last 10 years and it seems unlikely that the target could be reached within the next decade. 

Germany does not appear to be making much progress in improving the sustainability of economic policies governing the energy sector. The results for indicators 5 and 6 are a long way from the target levels for sustainability established by HELIO International, which require 0% investments in non-renewable energy imports and 0% government investment in non-renewable energy. 

The technological indicators, like the social indicators, result in a mixed result. In terms of energy productivity, Germany has performed well achieving substantial decreases in wasteful energy consumption. However, Germany has to continue this trend if it will meet the the HELIO International target of 1.06MJ/$ GDP was obtained. It is recommended that Germany focus on improving energy efficiency where there are many opportunities for reducing wasteful energy consumption. In comparison the results for Indicator 8 are not so positive primarily because Germany remains firmly reliant on fossil fuels to meet national energy demand. This is revealed by the low levels of renewable energy deployment within Germany in Indicator 8. However, despite the levels of renewable energy at the moment, the growth in use of renewable energy sources in Germany has almost doubled over the last ten years, and the German government is a strong supporter of renewable sources. As a result, there is every reason to expect continued growth in the use of renewable energy sources in Germany.

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(PDF: 703 Ko / 31 p.)

    • Socio-economic Background
    • Energy Background
      • Figure 0-1. Primary Energy Consumption in Germany
      • Table 0-1. Key energy indicators for 1999
      • Table 0-2. Key figures in the energy scenario of Germany
    • Indicator 1: Per Capita Energy Sector Carbon Dioxide Emissions
      • Table 1-1. Emissions of Carbon Dioxide within the German Energy Sector (1999)
      • Table 1.2. Data to Calculate Per Capita Energy Sector Carbon Dioxide Emissions
    • Indicator 2: Most Significant Energy Related Local Pollutant
      • Table 2-1. Local pollutants (SO2, NOx, CO) in Kt
      • Table 2-2. Data for calculation of per capita local pollutants
    • Indicator 3: Households with Access to Electricity
      • Table 3-1. Selected gross energy prices for household electricity in US cent /kWh
      • Table 3-2. Expenditures for energy in German households in % of total income (Old Federal States)
    • Indicator 4: Investment in Clean Energy Investment 
      • Table 4-1. Key national programmes to promote renewable energy use in Germany
      • Table 4-2. Federal government expenditures in R&D in conventional and renewable energy use [Million DM] 
      • Table 4-3. Private investments in conventional electricity supply [Million DM]
      • Table 4-4. Total investments in conventional and clean energy use [Million DM]
    • Indicator 5: Energy Security and Energy Trade
      • Figure 5-1. % Breakdown of Energy Consumption in Germany According to Fuel Type (1999)
      • Table 5-1. Data used For Assessing Sustainability of Energy Imports in Germany
    • Indicator 6 : Burden of Energy Investment
      • Table 6-1. Data for calculating the vector of burden on energy investments
    • Indicator 7 : Energy Productivity (Energy Consumption / GDP)
      • Table 7-1. Data for the Calculation of Energy Productivity in Germany
      • Table 7-2. Energy Productivity in Germany
    • Indicator 8 : Renewable Energy Deployment
      • Table 8-1. German primary energy supply from renewable energy sources in 2000 
      • Table 8-2. Produced electricity from renewable energy (GWh)
      • Table 8-3. Heat from renewables (GWh)
      • Table 8-4. Data for Vector Calculation
    • Discussion of Vector Values
    • Star Diagram


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