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Contributor(s)
Roy, Anish Kumar, Ministry of Energy, Water a. Communications, Malaysia; Mahmood, A. Rahim, Ministry of Energy, Water a. Communications, Malaysia; Balslev-Olesen, Ole, DANIDA (Danish International Development Assistance) Renewable Energy and Energy Efficiency, Malaysia; Lojuntin, Steve, DANIDA (Danish International Development Assistance) Renewable Energy and Energy Efficiency, Malaysia; Tang, CK., DANIDA (Danish International Development Assistance) Renewable Energy and Energy Efficiency, Malaysia
Title
LOW ENERGY OFFICE BUILDING IN PUTRAJAYA, MALAYSIA. CASE STUDIES AND INNOVATIONS
Abstract
The Ministry of Energy, Water a. Communications (MEWC) have moved into their new Low Energy Office Building, LEO Building, in Putrajaya Malaysia in September 2004. This building is a National Demonstration project aimed at promoting energy efficiency (EE) in buildings, and the project is part of a wider program aimed at developing the capacity of the Malaysian building industry in EE building design. The target for the Energy Index of the 17,800m2 building (A/C area) is an equivalent electricity consumption of 100kWh/m2year. Among the energy saving features are well insulated walls and roof, exterior window shading, energy efficient lighting controlled according to occupancy and daylight availability, energy efficient office equipment, a comprehensive energy management system, and implementation of a series of best practice solutions for the mechanical and electrical systems. The building also demonstrates use of renewable energy, as a 3-kWp grid connected photovoltaic system is installed on the roof. The building is designed to meet and in some area exceed the standard of MS 1525: Code of Practice for Energy Efficiency and Renewable Energy in non-domestic building. This entails, that the building is designed for an illumination level of 300 - 400lux. Installed lighting and small power loads are each reduced to approximately 8 W/m2, compared to a typical load of 15 - 20W/m2 for each respectively.
Keywords
efficiency; buildings; SB Proceedings; sustainable construction; energy; codes; standards; monitoring programme
CIB Priority Theme
Publication Type
book article; conference paper; online resource
Publication Date
2005
Publication Place
Rotterdam (Netherlands)
Part of
Content Language
English
Conference
, (),
Publisher
in-house publishing
Series Part, pagination
p.446-453
Physical Description
figs.
Publication Code
Full Text URL