Purnomo Retno, Deddy (2022) MODEL PENGELOLAAN OPERASI DAN PEMELIHARAAN HIJAU BERKELANJUTAN PADA BANGUNAN GEDUNG EKSISTING. Doctoral thesis, UNDIP.

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Abstract

MODEL OF SUSTAINABLE GREEN OPERATION AND
MAINTENANCE MANAGEMENT FOR EXISTING BUILDINGS
The operation-maintenance phase is known as the longest phase of the building life cycle.
This phase has the highest percentage of energy consumption and produces the highest
CO2 emissions compared to other phases. So far, there hasn't been a lot of research on
this phase. This study aims to produce a sustainable green operation and maintenance
management model for existing buildings. Data was collected through interviews and
questionnaire surveys, which were distributed to 103 respondents consisting of experts,
practitioners, bureaucrats, environmental activists, and managers of green building
facilities in Indonesia. The three main groups of factors that influence the performance of
sustainable green building management in this phase consist of support and facilitating,
management practices, and refurbishment and upgrading. The research instrument was
developed using the CVI method, and the model was built and analyzed using Structural
Equation Modeling (SEM)-PLS. The validation and model testing were carried out on six
existing buildings through an independent assessment by the building manager. The
results showed that the success of sustainable green operation and maintenance
management for existing buildings was influenced by support and facilitating (path
coefficient = 0.348), management practices (path coefficient = 0.242) and, refurbishment
and upgrading (path coefficient = 0.393). The resulting R2 value of 0.768 indicates that
the influence of the three main factors is in the substantial category. The findings of this
study provide insight and guidance for building owners and managers in formulating a
comprehensive strategy towards sustainable green operations-maintenance management
for existing buildings.
Keywords: PLS, green sustainable, operation and maintenance, existing building

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