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The proportion of sustainable property in the total building stock remains small. One reason is that the financial added value resulting from sustainability is not sufficiently taken into account in property valuation due to the tendency of valuations to lag behind market trends. This article presents the development of a new approach that attempts to provide the quantitative information necessary to integrate those aspects of sustainability relating to value into valuations and thereby contribute to reducing the valuation lag. The CCRS Economic Sustainability Indicator ESI measures the risk of property to lose and the opportunity to gain value due to future developments like climate change or rising energy prices. Five groups of value-related sustainability features were identified: flexibility and polyvalence, energy and water dependency, accessibility and mobility, security, health and comfort. By minimizing the risk of loss in value through future developments, those sustainability features contribute to the property value. Their effects on property value were quantified by risk modelling. As an indicator for future-oriented property risk, ESI is integrated in the discount rate of Discounted Cash Flow (DCF ) valuations. The approach has been tested for plausibility and practicability on more than 200 properties. Sustainability and property valuation: a risk-based approach AbstractThe proportion of sustainable property in the total building stock remains small. One reason is that the financial added value resulting from sustainability is not sufficiently taken into account in property valuation due to the tendency of valuations to lag behind market trends. This article presents the development of a new approach that attempts to provide the quantitative information necessary to integrate those aspects of sustainability relating to value into valuations and thereby contribute to reducing the valuation lag. The CCRS Economic Sustainability Indicator ESI measures the risk of property to lose and the opportunity to gain value due to future developments like climate change or rising energy prices. Five groups of value-related sustainability features were identified: flexibility and polyvalence, energy and water dependency, accessibility and mobility, security, health and comfort. By minimizing the risk of loss in value through future developments, those sustainability features contribute to the property value. Their effects on property value were quantified by risk modelling. As an indicator for future-oriented property risk, ESI is integrated in the discount rate of Discounted Cash Flow (DCF ) valuations. The approach has been tested for plausibility and practicability on more than 200 properties.
The proportion of sustainable property in the total building stock remains small. One reason is that the financial added value resulting from sustainability is not sufficiently taken into account in property valuation due to the tendency of valuations to lag behind market trends. This article presents the development of a new approach that attempts to provide the quantitative information necessary to integrate those aspects of sustainability relating to value into valuations and thereby contribute to reducing the valuation lag. The CCRS Economic Sustainability Indicator ESI measures the risk of property to lose and the opportunity to gain value due to future developments like climate change or rising energy prices. Five groups of value-related sustainability features were identified: flexibility and polyvalence, energy and water dependency, accessibility and mobility, security, health and comfort. By minimizing the risk of loss in value through future developments, those sustainability features contribute to the property value. Their effects on property value were quantified by risk modelling. As an indicator for future-oriented property risk, ESI is integrated in the discount rate of Discounted Cash Flow (DCF ) valuations. The approach has been tested for plausibility and practicability on more than 200 properties. Sustainability and property valuation: a risk-based approach AbstractThe proportion of sustainable property in the total building stock remains small. One reason is that the financial added value resulting from sustainability is not sufficiently taken into account in property valuation due to the tendency of valuations to lag behind market trends. This article presents the development of a new approach that attempts to provide the quantitative information necessary to integrate those aspects of sustainability relating to value into valuations and thereby contribute to reducing the valuation lag. The CCRS Economic Sustainability Indicator ESI measures the risk of property to lose and the opportunity to gain value due to future developments like climate change or rising energy prices. Five groups of value-related sustainability features were identified: flexibility and polyvalence, energy and water dependency, accessibility and mobility, security, health and comfort. By minimizing the risk of loss in value through future developments, those sustainability features contribute to the property value. Their effects on property value were quantified by risk modelling. As an indicator for future-oriented property risk, ESI is integrated in the discount rate of Discounted Cash Flow (DCF ) valuations. The approach has been tested for plausibility and practicability on more than 200 properties.
In Austria, the building sector accounts for more than one-third of energy consumption and material flows. There are several instruments to improve building quality in terms of environmental performance, such as building codes, subsidies, and voluntary building assessment schemes. In this paper, the focus is on mandatory and voluntary building assessment schemes and their role in real estate valuation. Real estate valuation is based on calculation methods and on the assessment of market demand. Therefore, if there is a demand for energy efficient and sustainable buildings on the market, high performance buildings will be better valued than average buildings. Building assessment schemes serve to create awareness for the benefits of high performance buildings, thus increasing the market demand. However, work is also done on further developing real estate valuation calculation methods, in order to identify risks for future valuations that might be connected with, for example, the energy consumption and material properties of the respective building. This paper presents the findings of a project on further developing real estate valuation methods by taking environmental performance into account. It describes the voluntary building assessment schemes and the mandatory energy certification scheme applied in Austria, and then puts focus on the guideline for appraisers developed in the project. The guideline provides support on how to consider energy aspects and other sustainability aspects in building valuation.
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