The One Planet Economy Network EU project (OPEN:EU) has just launched a unique new tool for mapping ecological carbon and water footprint data across all the 27 EU member states.

Over the past 2 years the project, in which SERI was one of 8 partners, has carried out evidence gathering, software tool design and network dialogue activities to explore how policy makers can achieve a clear understanding of the effects of policies (or the lack of policy) on the environment, so they can make responsible decisions at national and EU government level.

One of the main outcomes of the project, the EUREAPA tool (EU Resource and Energy Analysis Programme Application), a decision making support tool, is now available for free online, aimed at EU and national government policy makers, NGOs and academics. It is based on the integration of the Footprint Family of indicators with an economic model so that the impact of the EU’s trade on the environment can be demonstrated.

The tool can be used to help inform policy making across several of the policy areas identified as key components of the framework for delivering the Flagship Initiative for a Resource-efficient Europe under the Europe 2020 Strategy, such as agriculture, climate and energy, sustainable consumption and production, transport and water.

The EUREAPA tool can be accessed at www.eureapa.net.

Oosterhuis, F., Dodoková, A., Gerdes, H., Greño, P., Jantzen, J, Mudgal, S., Neubauer, A., Rayment, M., Stocker, A., Tinetti, B., van der Woerd,Varma, A. , (2008).

Summary
This study deals with the likely impacts of differential VAT rates for specific products with recognised environmental benefits. Applying a reduced VAT rate to environmentally preferable products while taxing the less preferable ones at the standard rate could lead to a relative price reduction for the ‘greener’ product and thus stimulate the demand for this product. Likewise, increasing the VAT rate on environmentally harmful products that are currently taxed at a reduced rate might also steer demand and supply in a more sustainable direction.

The main research question was how producers, retailers and consumers would change their behaviour in response to the introduction of reduced VAT rates for ‘greener’ products and to the increase of reduced rates on ‘non-green’ products to the standard rate. This question has been addressed in various ways: through a literature survey, by reviewing experiences with previous and existing (environmentally motivated) VAT reduction and other subsidy schemes, and by directly contacting stakeholders. Five case studies have been carried out as illustrations and in-depth explorations of the posssible impacts. Interim results of ongoing parallel studies on related subjects have been taken into account.

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A new article from SERI researcher Andrea Stocker was published in Energy Policy.

Stocker, A., Großmann, A., Madlener, R. & Wolter, M. I. (2011). Sustainable energy development in Austria until 2020: Insights from applying the integrated model “e3.at”, Energy Policy 39 (2011) pp. 6082-6099.

Abstract:
This paper reports on the Austrian research project ‘‘Renewable energy in Austria: Modeling possible development trends until 2020’’. The project investigated possible economic and ecological effects of a substantially increased use of renewable energy sources in Austria. Together with stakeholders and experts, three different scenarios were defined, specifying possible development trends for renewable energy in Austria. The scenarios were simulated for the period 2006–2020, using the integrated environment–energy–economy model ‘‘e3.at’’. The modeling results indicate that increasing the share of renewable energy sources in total energy use is an important but insufficient step towards achieving a sustainable energy system in Austria. A substantial increase in energy efficiency and a reduction of residential energy consumption also form important cornerstones of a sustainable energy policy.

Find the publication here.

Pollitt, H., Barker, A. Barton, J., Pirgmaier, E., Polzin, C. Lutter, S., Hinterberger, F. und Stocker, A. (2010)

The purpose of this study is to provide an overview of how a macroeconomic perspective can shed light on the possibility of achieving sustainable development. The study will provide some insights on what changes might be needed in the macroeconomic models and the macroeconomy itself to deliver sustainability, and the degree to which macroeconomic policy levers or environmental policy levers could produce synergies between macroeconomy and the environment.

This scoping study is a preliminary step in addressing the issue that there are strong (two-way) linkages between the economy and the environment and that each component cannot be viewed in isolation. The study aims to answer the following questions:

* What is the value-added of a macroeconomic perspective of sustainability?
* Can this perspective help to achieve sustainable development?
* What modelling tools exist for such macroeconomic analysis?
* To what extent do these tools address sustainability issues?
* Ideally, what indicators should these tools take into account?

The final report can be downloaded here.

This entry is only available in Deutsch.

This entry is only available in Deutsch.

Hammer, M., Hinterberger, F., Omann, I. and Stocker, A. (2005)

In: Sergienko, O and Holger Rohn (Eds.). Basics of the eco-efficiency theory, pp.
121-149. (In Russian).

The article gives an overview of eco-efficiency issues on various economic levels. It starts on the micro level, introducing eco-efficiency concepts for products and companies. Here it also presents an overview of the possible contributions of product service systems to sustainable development and increased eco-efficiency. One chapter takes a look at implications of eco-efficiency on the regional and sectoral level. Another section focuses on the macroeconomic level and discusses the interrelations between macroeconomic policy and new models of work, a description of the rebound effect and it links the issues of work, unemployment and ecology and shows how these issues could be solved altogether in a sustainable way. It also discusses the possibilities of a material input tax in this context. The article concludes with the introduction of measures and instruments for an ecological economic policy.

Omann, I.;Stocker, A. and Jäger, J. (2009)
In: Ecological Economics Journal

Abstract:
Climate change and its consequences present one of the most important threats to biodiversity and the functions of ecosystems. The stress on biodiversity is far beyond the levels imposed by the global climatic changes occurring in the recent evolutionary past. It includes temperature increases, shifts of climate zones, melting of snow and ice, sea level rise, droughts, floods, and other extreme weather events. Natural systems are vulnerable to such changes due to their limited adaptive capacity. Based on an analysis using the DPSIR framework, this paper identifies the socio-economic driving forces of climate change, such as use of fossil fuels or agricultural practices. The paper also analyses possible changes of climate and their effects on biodiversity, the resulting impacts on ecosystem functions, and possible policy responses. The latter can be divided into mitigation and adaptation measures. Both strategies are needed, mitigation in order to stabilise the greenhouse gas concentrations in the atmosphere, and adaptation in order to adjust to systems that are already affected. The response to both oil depletion and to climate change through increased biofuel production will change land use patterns and increase human appropriation of net primary production of biomass, thereby threatening biodiversity. By considering the first order and second order impacts of climate change on biodiversity when developing policy measures, it will be possible to integrate ecosystem and biodiversity protection into those processes.

This entry is only available in Deutsch.

This entry is only available in Deutsch.

This entry is only available in Deutsch.

This entry is only available in Deutsch.

New research findings and problem solving approaches

Can Austria reach current energy and climate goals by 2020? The research institute SERI along with its partners tried to figure out answers to this question in the e-co project by order of the “Klima- und Energiefonds (Climate and Energy Fund)”. On the one hand, they examined how necessary changes in Austrian energy consumption could look like and on the other hand they analyzed the resulting effects on the economy. Therefore, different scenarios with diverse foci were developed, such as expansion of renewable energy, increase in efficiency and reduction of consumption through behavioral change. Results are disillusioning. Only one of the scenarios achieves the target of a 34% renewable energy share of final energy consumption by 2020. Not a single scenario provides a decrease in CO₂-emissions below the level of 1990 (62,08m tons CO₂) – the Kyoto emission target for Austria would be 13% below the level of 1990. However, the transition towards sustainable forms of energy use has a positive effect on the GDP as well as on employment rates.

The scenarios- all developed and modelled by SERI in cooperation with GWS (www.gws-od.de) and RWTH-Aachen (www.cepe.ethz.ch)- equally consider all three cornerstones for implementing sustainable energy use: Substitution of fossil fuels by renewable energy (scenario “we use the right energy”), increase in energy efficiency (scenario “we use energy efficiently”) and reduction of energy use through behavioral change (scenario “we use energy responsibly”). The integrating scenario (“We use the right energy responsibly and efficiently”) contains all parameters of the different scenarios. Hence, it considers all three cornerstones in a single scenario.

To show the differences between the respective goals of a scenario and the probable development without further political action, a reference scenario has been developed: Business-as-Usual (BAU) describes the probable future development up to 2020 under the assumption that no political measures additional to the currently decided ones are taken.  Like all other scenarios, BAU solely focuses on private households and their supply and demand of electricity and heating.

“Business-as-Usual”- Minor economic growth and slightly increasing employment

The GDP in this scenario increases slightly due to the assumed recovery of the economy (GDP in 2020: 288 billion Euro). Private consumption (in 2020: 147 billion Euro) is supported by a tax reform and by enlarging the transfer income. Still, increase in private consumption is lower than the increase in GDP. First, public expenditures rise in response to measures taken against consequences of the financial crisis. Nevertheless, towards the end of the simulation period the public sector focuses on budget consolidation. Employment numbers increase by 70.000 people.

Furthermore, renewable energy can gain shares of the GDP in the BAU-scenario. It becomes obvious that the use of renewable energy intensifies even in the BAU-scenario, but to a substantially lesser extent than in the scenario “We use the right energy!” (plus 62 PJ in BAU, plus 155 PJ in the scenario). The share of renewable energy increases to almost 30%.  Even though minor economic growth resulted in lower energy consumption, neither the 34%-target nor the aimed CO₂ reductions are reached. However, energy productivity increases and contributes to a better ratio of GDP and gross national consumption.

“We use the right energy!”- Significant energy savings, but not enough

Massive development of renewable energy generates higher investment (about +1.9% in contrast to BAU-scenario), which positively affects the GDP. Moreover, the majority of the investment goods are produced in Austria. Parallel to the economic development, employment numbers rise by 73.000 (BAU-scenario: 70.000) between 2007 and 2020. Higher feed-in tariffs and higher amortizations lead to higher prices. However, that has only marginal effects on the economy. Due to higher efficiency of renewable energies, the gross national consumption of energy decreases. Nevertheless, the use of electricity increases slightly, which can be partly related to the growing use of heat pumps.

Resulting, a substantially higher proportion of the total energy sector has been reached through massive investments in renewable energies (+20.000 TJ in contrast to the BAU-scenario). However, the 34%-target in this scenario has not been reached in this scenario (33,3 %). In contrast to the BAU-scenario, CO₂-emissions in 2020 are reduced by 6.7%, but still the numbers of 1990 (62.08 million tons CO₂) have not been reached. A positive side of this scenario is the extensive decoupling of CO₂-emissions from GDP.

“We use energy efficiently!” – Only minor savings as compared to BAU

Between 2008 and 2020 around 16.5 billion Euros are spent on housing and renovation which stimulates growth and employment. These positive economic effects, however, decline over time, as private household consumption suffers from the burdens of paying back loans.

Consumption of final energy develops stronger as compared to the reference scenario in the first years due to investments in the housing sector. From 2011 onwards, the development is comparatively weaker. This can be related to improved efficiency in regards to the production of heating.  Compared to the BAU-scenario, households save about 6% energy in 2020.

In the final analysis of this scenario the ratio of the different sources of energy does not change significantly, except for the more efficient use of existing energy sources.  Therefore, the target of producing 34% of the total consumption of energy with renewable sources is not met (almost 30%). Similarly, CO₂ emission targets are clearly missed: Compared to the BAU-scenario, they differ only slightly (- 1%).

“We use energy responsibly!”-  Long-term positive impetus toward expansion

In this scenario it is assumed that the number of persons per household grows. As a result, the demand for apartments, hence, the number of new buildings decreased. In order to adapt to changed living arrangements, private households invest about 2.5 billion Euros between 2010 and 2020 into renovations of current housing. For the building industry this implies a reduction in production (about -6% p.a.) as well as employment (about -5% p.a.).

A further assumption in this scenario is that consumers change their demand for goods and services (towards energy saving services), which triggers positive growth signals. Goods with high import-share are less demanded; services with low work productivity are increasingly demanded. In total, private households act more consciously in regards to energy.

Regarding employment numbers, initial negative effects of lower housing investments are balanced in the long run. The increasing demand in the service sector leads to increased employment, which will outweigh the reduction of employees in the housing sector from 2015 onwards.

In comparison to the reference-scenario the percentage of renewable energy grows by about 2% to 31.8%. This improvement results mostly from the decline in housing, which is also responsible for the reductions of CO₂ emissions. The assumed low level of mobility of the households further contributes to this trend. Altogether, CO₂ emissions decrease around 10% in 2020 as compared to the BAU-scenario. “This scenario, which is based on behavioral modification, shows clearly that sustainable behavior might result in constraints in the short-term. However, it does not necessarily and permanently imply a decline in economic possibilities”, states SERI-scientist Andrea Stocker, supervisor of the project.

“We use the right energy responsibly and efficiently”: Scenario that reaches 34% goal

The integrating scenario, which combines all three previous scenarios, shows in total the strongest economic growth with increasing employment. The behavioral-change scenario- „We use energy responsibly“- has been slightly adapted for this scenario (the savings from the scenario assumptions have been reduced by a fifth). However, it still has a strong influence on the total outcome: On the one hand, employment and growth have been stimulated and on the other hand, energy and material consumption have been reduced.

The traditional scenarios with foci on expansion of renewable energy and energy efficiency respectively, are useful to reach changes in the energy mix and considerable savings. “We use the right energy responsibly and efficiently” is the only scenario to realize the 34% goal. Nevertheless, with 67m tons CO₂ emissions, CO₂ targets have not been reached in this scenario as well.

Profound behavioral change shows the most potential. A sustainable energy transition has positive effects on the Austrian economy

Project Manager Friedrich Hinterberger summarizes the results of the e-co project as follows: “The scenario calculations show clearly: The biggest savings can be reached with profound behavioral change. The potentials of expanding renewable energy and increasing energy efficiency are not sufficient to induce the necessary energy transition” Especially in regards to increasing energy efficiency, the so-called rebound-effect shows negative consequences: Energy consumption- as can be seen on e.g. household appliances or private transport- increases continuously since years despite improved efficiency. “One problem solving approach would be an increase in energy costs to the extent of improved efficiencies”, suggests Hinterberger.

The probability of achieving behavioral change towards a sustainable energy transition within the coming years, is however low. “Studies show that technical measures tend to be more accepted than behavioral measures. Least accepted are changes in consumption patterns. Further: Energy is foremost saved to reduce costs, hardly to protect the environment”, says SERI-researcher Lisa Bohunovsky.

However, this should not be used as justification for lacking efforts to change behaviors. Improved energy awareness is necessary to induce an energy transition. “Political measures should focus on those sectors that are responsible for the majority of the Austrian private energy consumption, namely traffic and housing. Hereby, behavioral change of the Austrian population has to be addressed. Mobility is the fastest growing and most energy-intense sector. Individual traffic can no longer be a taboo in politics”, urges Bohunovsky.

In regards to housing, measures are necessary to guide people´s perception of the preferred housing form: dense housing needs to be promoted and living in green areas needs to become more expensive.

The e-co project

The project is supported by the Austrian “Climate and Energy Fund” (www.klimafonds.gv.at/) and has been implemented with the programme “Energie der Zukunft”. Project partners are SERI, the Institute of Economic Structures Research (GWS mbH), the Institute for Future Energy Consumer Needs and Behavior (RWTH Aachen University) and Karuna Consult.

The modelling was done with the integrated Environment- Energy-Economy model “e3.at”, which has been developed by SERI and the Gesellschaft fuer Wirtschaftliche Strukturforschung.

Project website: www.energiemodell.at

Contact:

• Friedrich Hinterberger,  +43 / 1 / 969 07 28 – 15, friedrich.hinterberger@seri.at
• Andrea Stocker, +43 / 4352 / 30276, andrea.stocker@seri.at
• Lisa Bohunovsky,  +43 / 1 / 969 07 28 – 16, lisa.bohunovsky@seri.at

Other current SERI research in the energy sector

Consumers and Energy Saving Measures: Modelling Impacts of energy-political measures on consumers (KONSENS)

SERI, in cooperation with the Institute of Economic Structures  (GWS mbH), analyzes how consumers are affected by different energy political measures. Hereby- additionally to highlighting the potential to save energy and CO₂- economic and social compatibility are examined.

The analysis of the effects is made with the integrated Environment-Economy-Energy model e3.at, where representations of a variety of household types will be added.

Contact: andrea.stocker@seri.at
Website:www.energiemodell.at
Financing:Climate and Energy Fund, Neue Energien 2020
Project Management: SERI
Project Partner: GWS GmbH

Feasible Futures

The restructuring of the energy system towards renewable energies requires non-renewable resources (fossil energy sources and metals), which could become scarce within the next years and decades. This in turn could inhibit the global expansion of renewable energy technologies. Scarcity-induces economic problems could further negatively impact a fast restructuring of the energy system, as investments might be reduced.

Keeping that in mind, the project examines (1) the natural resources requirements to restructure the energy system, (2) anticipated geological, political and economic availability of key resources, (3) the impacts of resource scarcities on the energy transition in Austria and (4) risks and opportunities of energy and climate politics on Austrian and European level. A variety of energy scenarios will be analyzed and recommendations focusing on macroeconomic conditions and innovative socio-economic approaches to regulation will be discussed.

Contact: martin.bruckner@seri.at
Financing: Climate and Energy Fund
Project Management: Umweltbüro Klagenfurt
Project Partners: IFF Wien, GWS GmbH, energieautark gmbh, Ludwig-Bölkov-Systemtechnik GmbH, Peter Fleissner

Energy consumption patterns (EV-Stile)

Societies´ energy consumption is not only determined by technical factors like energy efficiency or the consumption of renewable energies, but also by different ways of living. In this project, SERI defined different energy consumption patterns and validated them through sampling across Austria.

The surprising results: Even though different ways of living cause different energy consumption patterns, the total energy consumption per person is in sum almost equal between all groups.

Contact: lisa.bohunovsky@seri.at
Website: www.energisch.at
Financing: Climate and Energy Fund, Neue Energien 2020
Project Management: SERI
Project Partner: Karmasin Marktforschung

LebensKlima – Linking climate change, quality of life and lifestyles

In our modern society »quality of life« is mainly defined through the »material goods of life«. Therefore modern lifestyles often result in a higher consumption of resources and energy, which implies higher emissions of greenhouse gases. This process enforces climate change.

However, there is a growing number of people, who cultivate a less consumption-oriented lifestyle and try to consciously consume as little resources and energy as possible. This engagement in sustainable development enriches people on an emotional level and thus can contribute to a higher quality of life.

The project “Lebensklima” is analysing these relationships in two regional case studies – Gmunden (an example for a small urban region) and Graz (urban agglomeration). The project aims for a continuation of activities to reduce the human’s impact on climate change through close collaboration with the public authorities of the case study regions. With the strong participation of citizens their needs and concerns can be addressed and elicited. This allows a detailed and profound examination of the subject.

A comprehensive insight into existing studies and projects and an intensive dissemination (spread, distribution) of the project and the project results is ensured.

Federal Ministry of Agriculture, Forestry, Environment and Water Management and Cooperation between national and local government.

Contact: ines.omann@seri.at
Website: www.lebensklima.at
Financing: Federal Ministry of Agriculture, Forestry, Environment and Water Management, City of Gmunden; Country of Upper Austria, City of Graz
Project Management: SERI
Project Partner: KARUNA Consult, RaumRegionMensch, BOAS

Private Engagement in the energy sector (PEng)

Does private engagement in the energy sector contribute to the development of energy-sensitive ways of living? How can these engagement be fostered? These are the main research questions oft he new SERI project „Peng“ (Project Management: IFZ Graz). Project Partners are the initiatives „Ökoregion Kaindorf“ and „Ökostrombörse“. First, motivations of persons to engage in such initiatives are identified. Further, it will be analyzed how their engagement contributes to an energy-sensitive way of living. During the second part oft he project , a variety of activities to foster these civic engagement within the project regions but also beyond will be conducted (e.g. strategy- and transferworkshops).

Contact: lisa.bohunovsky@seri.at
Website: www.seri.at/PEng
Financing: Klima- und Energiefonds, Neue Energien 2020
Project Management: Inter-University Research Centre for Technology, Work and Culture (Graz, Austria)
Project Partner: SERI, Ökoregion Kaindorf, Ökostrombörse Vorarlberg

Bohunovsky, L., Stocker, A. (2009)

Presentation held at the ESEE Conference, June 30th, 2009, Ljubljana

The presentation describes

• e-co project
• methods (e3.at model, participatory process)
• scenarios
• outlook

Download presentation.

This entry is only available in Deutsch.