LAUSR

Abstract In this study we propose a recurrent EER (Energy Efficiency Retrofit) policy model incorporating Deming's PDCA (Plan-Do-Check-Act) cycle, considering the policy characteristics of EER as a way to reduce GHG (greenhouse gas) emissions. To make this recurrent EER policy model feasible in practice, not as a mere theory, we supplement it with practical plans and policy tools that are being implemented in major countries where the EER policy is active. In developing this policy model, the methods for evaluating EER performance and implanting the EER policy are manifested to reflect the objectives and characteristics of EER policy. Applying this policy model to South Korea’s EER policy, which is in its infancy, we suggest major ways to improve policy and to operate the recurrent EER policy model: the establishment of quantitative EER performance goals, a system to evaluate energy savings before and after EER, and a subsidy policy for activation of EER is needed. Also, technical council and institutional support are needed to reflect the analyses of the data collected on energy consumption and to prepare supplemental plans, such as the system for improving directions, new technology, environmental changes, and technical support when planning the next EER.