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Reports

3 result(s) found

The role of economic and policy variables in energy-efficient retrofitting assessment. A stochastic Life Cycle Costing methodology

Text
English
Authors:
Edoardo Baldoni,
Silvia Coderoni,
Marco D'Orazio,
Elisa Di Giuseppe,
Roberto Esposti

Energy saving is a major policy objective worldwide and in the EU in particular. Evaluating the convenience of energy-efficient investments, however, is complex. This paper aims to apply stochastic Life Cycle Costing to assess the economic value of energy-efficient building retrofitting investments. The proposed approach investigates how macroeconomic variables affect such an evaluation by explicitly taking into account their interdependent stochastic nature.

Understanding the contextual influences of the health outcomes of residential energy efficiency interventions: realist review

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English
Authors:
Nicola Willand, Cecily Maller, Ian Ridley

Residential energy efficiency interventions are complex social and construction programmes that may benefit health, yet the interactions between the material improvements, health and health-related outcomes, and householder responses are not well understood. While indoor winter warmth and householder satisfaction have been identified as the key mediators for physiological, mental and social health outcomes, this paper explores how programme contexts may have influenced the outcomes. This review revealed that common target populations were low income households, children and the elderly.

A policy toolkit for global mass heat pump deployment

Report
Authors:
Dr Richard Lowes,
Duncan Gibb,
Dr Jan Rosenow,
Samuel Thomas,
Matt Malinowski,
Alexia Ross,
Peter Graham

Heat pumps are relatively simple appliances. They share similar components to refrigerators and air conditioners and effectively move an external source of heat to where it is needed, such as in buildings for heating or the production of hot water. Their key value is efficiency; for each unit of electricity consumed to operate them, they produce multiple units of usable heat. Because of this, they require much less energy input for a similar heating outcome compared to combustion technologies, making them naturally cleaner and generally cost effective to run.

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