COMMERCIAL GREEN BUILDINGS IN MALAYSIA
A list of Green Buildings in Malaysia, as published and certified by the Green Building Index. Malaysia’s Green Building Index was incorporated in February 2009, as a wholly-owned subsidiary of Pertubuhan Arkitek Malaysia and the Association of Consulting Engineers Malaysia (ACEM), to administrate GBI accreditation and training of GBI Facilitators and Certifiers.
The GBI Non-Residential Rating tool is a system that assesses the sustainable features of buildings that are commercial, institutional and industrial in nature, which encompasses industrial facilities, factories, offices and business venues, hospitals and medical facilities, schools, colleges, universities, hotels and shopping complexes.
Of the six criteria that make up the GBI rating, stress is put on energy efficiency and indoor natural environment quality as these have the greatest effect towards energy utilization as well as the well-being of the tenants and clients of the building.
By enhancing the effectiveness of active (mechanical and electrical) systems and additionally by incorporating good passive designs and legitimate and practical upkeep and maintenance routines, large reductions in energy consumption might be realized, which will inexorably lead to a diminished carbon footprint and therefore offer significant long-term savings for the building owners and operators.
Below is a list of buildings in Malaysia certified by the Green Building Index under the GBI Rating system.
NEW COMMERCIAL GREEN BUILDINGS IN MALAYSIA
NON-RESIDENTIAL CERTIFIED BUILDINGS (CVA)
PTM GEO BUILDING
BANGUNAN BERLIAN SURUHANJAYA TENAGA – THE ENERGY COMMISSION DIAMOND BUILDING
The building was designed to operate at a capacity of 85kW/m². Typical office buildings in Malaysia have an average energy index of 210kW/m².
Water effciency is achieved through rainwater harvesting for toilet flushing, efficient water fittings such as dual-flush toilets, waterless urinals and aerated faucets contribute to a claimed 65% reduction in potable water consumption.
Waste water from wash basins is used to irrigate the gardens and wetlands built as part of the building’s outdoor environment. A sunken garden directly outside the building and landscaping of the building’s surroundings have helped to produce lower ambient temperatures through shading from foliage, which has contributed to lower cooling costs.
1 FIRST AVENUE
1 First Avenue harvests rainwater to minimize dependance upon chlorinated water, and employs a more efficient chilled-water HVAC system for cooling the building. Idle electricity supply during off-peak hours is utilized to cool the tanks to reduce consumption during peak hours by a claimed 35%. The building has outdoor atriums planted with shrubbery on every floor which sometimes double as smoking areas for office tenants.
DIGI TECHNOLOGY OPERATION CENTRE, MALAYSIA
HOTEL PENAGA
The building was reconstructed from recycled materials, with roof tiles salvaged from demolished buildings and timber from demolished colonial houses throughout the country. A lot of new material is handmade from cottage industries and promote localization of industry and a more sustainable supply chain. The kitchen employs trash separation for composting of biodegradable materials.
Greenery is built into as much space as the building could accommodate, with a garden that is watered from rainwater harvesting. The swimming pool uses saltwater to reduce chemical usage. Water for tenants is heated via hybrid solar panel heat exchangers. Solar panels are also used to generate 20kW of energy, which is sold to the national grid. LED bulbs and motion detectors help reduce power consumption. Rooms are cooled with either a ceiling fan or inverter air-conditioners. Guests to the hotel have an option to choose.
Hotel Penaga is the first heritage restoration project in Malaysia to receive a Gold award by the Green Building Index.
PROVISIONAL CERTIFIED BUILDINGS (DA)
KRC SALES GALLERY
MENARA WORLDWIDE
THE HORIZON PHASE 2 (TOWER BLOCK 1)
THE HORIZON PHASE 2 (TOWER BLOCK 2)
THE HORIZON PHASE 2 (TOWER BLOCK 3)
THE HORIZON PHASE 2 (TOWER BLOCK 4)
THE HORIZON PHASE 2 (TOWER BLOCK 7)
THE HORIZON PHASE 2 (TOWER BLOCK 8)
THE HORIZON PHASE 2 (TOWER BLOCK 9)
THE HORIZON PHASE 2 (TOWER BLOCK 10)
MENARA BINJAI
MENARA FELDA
GTOWER
ELKEN DISTRIBUTION CENTRE
THE SAGE
SARAWAK ENERGY BERHAD
CSF COMPUTER EXCHANGE 5 (CX5)
OFFICE TOWER ON PLOT Z10
3 STAR HOTEL ON PLOT Z10
OFFICE BUILDING AT LOT 2C2
S P SETIA BERHAD CORPORATE HQ
POINT 92 OFFICE
MENARA LGB
LOT E, PLATINUM SENTRAL, KL SENTRAL PARK, CORPORATE OFFICE SUITE
REHDA HEADQUARTER
NTT MSC TECHNOLOGY CENTER
NTT MSC CYBERJAYA3 DATA CENTER
SETIA CITY MALL
MYTELEHAUS CJI
MENARA PEJABAT KEMENTERIAN PERDAGANGAN ANTARABANGSA DAN INDUSTRI (MITI)
KL ECO CITY (SALES GALLERY)
MENARA PUBLIC MUTUAL
MENARA DARUSSALAM
ART GALLERY & CONSERVATION CENTRE, SABAH
UNIMAS STUDENT PAVILION
PROPOSED MOSQUE AT SECTION 13, SHAH ALAM
BOULEVARD SHOPLEX @ PJ CENTRESTAGE
SETIA CITY CONVENTION CENTRE
KOMPLEKS KERJA RAYA 2 (KKR 2)
DIALOG HEADQUARTER
KAO PENANG OFFICE
VIVATEL JAYA 33 (PHASE 2)
JAYA ONE THE NEXT PHASE – OFFICE
JAYA ONE THE NEXT PHASE – RETAIL DESIGNER SUITES @ PJ CENTRESTAGE
SERVICE SUITES @ PJ CENTRESTAGE
THE PINNACLE
MERCU MUSTAPHA KAMAL PHASE 3A
KL TRILLION- OFFICE TOWER
CENTRUS MALL @ CBD PERDANA 3
AMANJAYA SPECIALIST CENTRE GREEN HOSPITAL
ONE CITY (PHASE 2) – SKY PARK GREEN BUILDING COMPONENT ‘A’ – RETAIL & OFFICE SUITE BLOCKS
PLAZA VADS (ANNEX BLOCK)
MENARA TECHNIP
NEW CONSULTANT BLOCK AT KPJ SELANGOR SPECIALIST HOSPITAL
KLIA2 TERMINAL
COMPLEX 7-11 MALAYSIA – CDC SHAH ALAM
COLUMBIA HOSPITAL – PETALING JAYA
DATUM JELATEK (PODIUM)
DEWAN JING SI TZU-CHI KL
TUN RAZAK EXCHANGE (TRX) MARKETING GALLERY
EXISTING COMMERCIAL GREEN BUILDINGS
NON-RESIDENTIAL CERTIFIED BUILDINGS (CVA)
KETTHA
LEO BUILDING
MENARA CITIBANK
NON-RESIDENTIAL PROVISIONAL CERTIFIED BUILDINGS (DA)
BANGUNAN PERDANA PUTRA
The building emphasizes on energy efficiency, indoor environmental quality, site planning & management, material & resources management, water efficiency and innovation in its green efforts.
Smart building management systems, more intelligent and on-demand HVAC systems, as well as the employ of more efficient lighting systems help achieve energy efficiency.
Refrigerant in cooling systems is more eco-friendly and has minimal impact to ozone layer.
Daylight sensors turn off indoor LED lighting if sufficient natural light is available. Blinds reduced glare from external sunlight and allow for more comfortable working conditions.
Drivers of green vehicles are given incentives (better parking) and a green roof is installed to combat building heat absorption.
Recycling bins are situated throughout the building to help promote sustainable office practices.
Rainwater harvesting and aerated faucets help reduce water consumption and wastage.
Proposals have been put forth to install a 140kW solar power plant to be utilized by the building.
ASR PADU EXISTING BUILDING REDEVELOPMENT
































































































0 Comments