Arsitektur Ruang Publik

(1)

1 2

05:44 12:07

17:51

WIND PATH SUN PATH

MIXED USE BUILDING

01

VIEW

Sebagai warga kota sadar atas kebutuhan ruang-ruang publik yang sehat, manusiawi dan kreatif inovative.

Dalam ruang yang semakin padat akibat dari komodifikasi tempat bagi inklusif dan egaliter semakin menyusut. Tempat tidak hanya sebatas ruang fisik melainkan himpunan sosial yang berubah seiring perubahan relasi sosial.

Alam & Lingkungan ( Nature & Environment )

Membangun tidak hanya sebatas dalam menciptakan gedung, rumah, plaza, paltaran, komersil building tetapi adanya kesinambungan anatara alam dan manusia adalah hal terpenting dalam merancang. saat terjadi keseimbangan anatara siklus manusia dengan alam akan memberikan kesan yang aman, tentram dan nyaman.

Budaya ( Culture )

Arsitektur merupakan wujud kebudayaan yang berlaku di masyarakat sehingga perkembangan arsitektur tidak dapat dipisahkan dari perkembangan kebudayaan masyarakat itu sendiri. Interaksi antara pemilik bangunan, peraturan daerah, dan arsitek perlu memiliki kesamaan pandang

Teknology ( Technology )

Penggunaan teknologi informasi dan komunikasi untuk mengumpulkan, menganalisis, dan mengelola data.

Dengan adanya sensor dan perangkat yang terhubung di seluruh bangunan, informasi yang diperoleh dapat digunakan untuk mengambil keputusan yang lebih baik dan memberikan pelayanan yang lebih efisien kepada pengguna.

Problem

kecepatan angin laut yang cukup kencang dengan rata-rata 4 kt kadar garam tinggi yang terbawa oleh angin yang dapat mempengaruhi fisik bangunan Potensi

Menjadi penghawaan alami pada bangunan

Problem

Hawa yang cukup panas pada daerah pesisir

Potensi

pencahyaan ruang yang dapat dimaksimalkan sehingga mengurangi daya listrik yang berlebihan

SENSORY

Problem

Lokasi bangunan pada area jalan besar menjadikan banyaknnya kebisingan yang dapat mengganggu pengguna

Potensi

Akses masuk bangunan yang lebih mudah dan banyak alternatif

Respon

Transformasi Gubahan Masa

Wind Wind

05.44 12.07 17.51

VIEW

(2)

MIXED USE BUILDING

02 BESARAN RUANG

(3)

MIXED USE BUILDING

03

(4)

MIXED USE BUILDING

04

(5)

05

Keterangan : Entrance 1.

Area Parkir Bus 2.

Taman 3.

Bluescape 4.

Drop Off 5.

Area Parkir 6.

MICE Building 7.

Loading Dock 8.

BLOK KAWASAN

MICE Building KEYPLAN

4

1 2

3 7

6 8

5

4

1

(6)

06 BLOK KAWASAN

MICE Building KEYPLAN

MICE Building

Taman

Area Parkir Blue Scape

Area Parkir Bus Drop Off

Loadin Dock

(7)

07 FASADE GUBAHAN MASSA 1 MICE Building

AREA BALKON DOUBLE GLASS

DINDING BATA ATAP BETON

(ROOF TOP)

(8)

AREA BALKON

DOUBLE GLASS DINDING BATA

ATAP BETON

(ROOF TOP) DOUBLE GLASS

(9)

Rincian Proyek

Alamat Baris1

Sungai Kunyit Laut, Sungai Kunyit

Alamat Baris 2

Mempawah , Kalimantan Barat

Kota

Mempawah

Negara Bagian/Provinsi

kalimantan barat

Kode Pos

78371

Negara

Indonesia

Nomor Proyek

1001723814

Apakah Anda akan menyertifikasi?

Tidak

Subproyek Terkait Total subproyek terkait: 2

Daftar lengkap Subproyek Terkait tersedia di bagian akhir dokumen ini.

Nama Proyek

mice building

Jumlah Bangunan Berbeda

1

Jumlah Subproyek EDGE yang dikaitkan

2

Total Luas Lantai Proyek (m²)

6,500

Nama Pemilik Proyek

kelompok 2

Email Pemilik Proyek

[email protected]

Telepon Pemilik Proyek

Seluler 62 - 85174070925

Share project name and basic information to potential investors or banks?

Tidak

Apakah Proyek ini dibuat untuk Tujuan Training?

Tidak

Detail Subproyek

Nama Subproyek

mice 01

Nama Bangunan

mixed used building

Pengali Subproyek untuk Proyek

1

Tahap Sertifikasi

Pasca Konstruksi

Status

Self-Review

Auditor

Penyedia Sertifikasi

Alamat Baris1

mempawah

Alamat Baris 2

mempawah

Kota

mempawah

kalimantan barat

Kode Pos

78371

Negara

Indonesia

Jenis Subproyek

New Building

(10)

Data Lokasi

Negara

Indonesia

Kota

Balikpapan

Tipe Bangunan

Tipe Bangunan Utama

Office

Sub Tipe

Office

(11)

Data Bangunan

Jumlah Lantai Di Atas Permukaan Tanah

Tinggi Antarlantai (m)

Jumlah Lantai Di Bawah Permukaan Tanah

Aggregate Roof Area (m²) Gross Internal Area (m²)

300 10 10,000

3.5

2 0

5

9,000 1,500

5

Bawaan Entri Pengguna Bawaan Entri Pengguna

Hari Kerja (Hari/Minggu)

Biaya Konstruksi (IDR/m2)

5.00

10,210,464.0

6

Jumlah Hari Libur (Hari/Tahun)

Perkiraan Harga Penjualan (IDR/m2)

24.00

14,498,858.9

Jam Operasional (Jam/Hari)

8.00 24

Kepadatan Pemakai (m²/Orang)

28

Biaya Pembangunan

Rincian Operasional

(12)

Perincian Area dan Beban

1,500.0

Bawaan (m²) Entri Pengguna (m²)

Kantor Desain Terbuka

825.0

Kantor Pribadi/Tertutup

150.0

Koridor

75.0

Konferensi

60.0

Pusat Data

15.0

Gross Internal Area (m²)

Lobi

75.0

Dapur & Penyiapan Makanan

60.0

Kamar Mandi

60.0

Parkir Mobil Dalam Ruangan

120.0

Kamar M&E,<br/ >Gudang**

60.0

Bawaan Entri Pengguna

Area Parkir Mobil Luar (m²)

90

Area Teririgasi (m²)

1,000

Area dengan Pencahayaan Luar (m²)

3,000

Pre Rinse Spray Valve Dishwasher

Process Water

Water End Uses

Washing Clothes Tipe Kolam Renang (m²)

Car Washing

Ya Tidak

Ya

Kolam Renang Berpemanas Dalam Ruangan dan Kolam Renang Tanpa Pemanas di Luar Ruangan

Tidak Tidak

Tidak

Ya Tidak

Ya Tidak Tidak ada

Water Use (Lts/Day) Kolam Renang (m²)

20 0

(13)

Dimensi Bangunan

Bawaan Panjang Bangunan (m) Entri Pengguna (m) Area Fasad yang Terpapar Udara Luar (%)

Utara

8.8 200 100

Timur Laut

8.8 100

Timur

8.8 120 100

Tenggara

8.8 100

Selatan

8.8 10 100

Barat Daya

8.8 100

Barat

8.8 225 100

Barat Laut

8.8 100

(14)

Sistem HVAC Bangunan

Pilih Tipe Input

Periode Pendinginan Periode Pemanasan Jan

Jun Feb

Mar

Apr

Jan

Jun Feb

Mar

Apr

Ya Ya Ya

Ya Ya

Ya

Periode Pendinginan Periode Pemanasan Jul

Des Agu

Sep

Nov Okt

Jul

Des Agu

Nov Sep

Okt

Ya Ya Ya

Ya Ya

Ya

Masukan Sederhana

Apakah Desain Bangunan Termasuk Chilled Water dan Heating Supply yang Dibeli (dari District Cooling or Heating)?

Hanya Pendinginan Distrik

Apakah desain bangunan termasuk sistem AC?

Ya

Baseline yang digunakan

EDGE

Apakah desain bangunan termasuk sistem pemanas ruangan?

Tidak

(15)

Penggunaan Bahan Bakar

Generator

Bahan Bakar yang Digunakan untuk Memasak

% Pembangkit Listrik Menggunakan Diesel

Pemanasan Ruangan Air Panas

Listrik Diesel Listrik

Listrik

5.00% 40

Diesel Listrik Listrik

Listrik

Listrik (IDR/kWh)

Udara (IDR/KL)

1,284.17

13,501.44

Diesel (IDR/Lt)

Konversi dari USD (IDR/USD)

6,891.36

14,064.00

Gas Alam (IDR/kg)

10,454.98

LPG (IDR/kg)

10,454.98 Input Biaya

Batu Bara (IDR/kg)

1,139.2

Bahan Bakar Minyak (IDR/Lt)

4,292.7 Faktor Emisi CO₂

Listrik (kg dari CO₂/kWh)

0.89

Diesel (kg dari CO₂/kWh)

0.25

Gas Alam (kg dari CO₂/kWh)

0.18

LPG (kg dari CO₂/kWh)

0.24

Batu Bara (kg dari CO₂/kWh)

0.32

Bahan Bakar Minyak (kg dari CO₂/kWh)

0.25

(16)

Data Iklim

Elevasi (m)

7

Curah Hujan (mm/tahun)

853

Bawaan (Minimum Bulanan) Entri Pengguna (Minimum Bulanan)

Jan

Jun Feb

Mar

Apr

Jan

Jun Feb

Mar

Apr

23.0 21.7 20.7

22.5 22.1 21.9

Jul

Des Agu

Sep

Nov Okt

Jul

Des Agu

Nov Sep

Okt

21.3 21.6 22.5

22.6 22.4 22.4

Lintang (derajat)

1

Zona Iklim ASHRAE

0A 0A

Bawaan (Maksimum Bulanan) Entri Pengguna (Maksimum Bulanan)

Jan

Jun Feb

Mar

Apr

Jan

Jun Feb

Mar

Apr

33.7 33.6 33.6

33.0 33.9 33.3

Jul

Des Agu

Sep

Nov Okt

Jul

Des Agu

Nov Sep

Okt

33.8 33.6 32.6

34.5

31.9

32.4

Suhu (˚C)

(17)

Data Iklim

Bawaan (Rata-rata Bulanan) Entri Pengguna (Rata-rata Bulanan)

Jan

Jun Feb

Mar

Apr

Jan

Jun Feb

Mar

Apr

78.2%

80.2%

76.7%

82.5%

75.3%

72.3%

Jul

Des Agu

Sep

Nov Okt

Jul

Des Agu

Nov Sep

Okt

78.0%

78.7%

83.3%

76.4%

81.8%

79.8%

Jan

Jun Feb

Mar

Apr

Jan

Jun Feb

Mar

Apr

1.8 1.6 1.8

2.2 2.1 1.8

Jul

Des Agu

Sep

Nov Okt

Jul

Des Agu

Nov Sep

Okt

1.6 2.1 2.8

1.6 3.0 2.6 Kelembapan Relatif (%)

Kecepatan Angin (m/detik)

(18)

Hasil

Penggunaan Energi Akhir (kWh/Bulan)

89,800

Penggunaan air Akhir (m³/Bulan)

163

Emisi CO₂ Operasional Final (tCO₂/Bulan)

56.89

Final Embodied Carbon (Kg CO₂e/m²)

2,326

Biaya Utilitas Final (IDR/Month)

129,145,152

Luas Lantai Subproyek (m²)

1,500

Penghematan Energi (MWh/Tahun)

276.30

Penghematan Air (m³/Tahun)

1,225.89

Penghematan CO₂ Operasional (tCO₂/Tahun)

174.96

Embodied Carbon Savings (tCO₂e)

343.19

EPI Improved Case (kWh/m²/Tahun)

719.0

Total Biaya Konstruksi Bangunan (Million IDR)

15,315.7

Biaya Tambahan (Million IDR)

3,808.18

% Peningkatan biaya

24.86%

Pengembalian Modal dalam Tahun (Thn.)

9.4

Jumlah Orang Terdampak (Jumlah/Tahun)

59

Base Case - Refrigerant Global Warming Potential (tCO₂e/Year)

4.5

Improved Case - Refrigerant Global Warming Potential (tCO₂e/Year)

4.5

Penghematan Biaya Utilitas dalam USD (USD/Tahun)

28,892.89

Penghematan Biaya Utilitas dalam Mata Uang Lokal (Million IDR/Year)

406.350

EPI Base Case (kWh/m²/Tahun)

903.0

Langkah Efisiensi Energi 20.40% Memenuhi Standar Energi EDGE

PENGHEMATAN ENERGI

(19)

Emisi Karbon Bersih: 27.3 tCO₂e/Year

Langkah Efisiensi Energi 20.40%

EEM01* Rasio luas Jendela dengan luas Dinding: 60%

Nilai Base Case: 60%

EEM02 Atap Reflektif: Solar Reflectance Index 85

EEM03 Dinding Eksterior Reflektif: Solar Reflectance Index 85 Nilai Base Case: 45

EEM04 Perangkat Peneduh Eksternal: Faktor Peneduh Rata-rata Tahunan (AASF) 0.01

EEM05* Insulasi Atap: Nilai-U 0.41 W/m²·K

EEM06* Insulasi pelat Lantai Dasar/Raised Floor: Nilai-U 0.3 W/m²·K

EEM07 Green Roof

EEM08* Insulasi Dinding Eksterior: Nilai-U 0.47 W/m²·K Nilai Base Case: 2.8 W/m²·K

WWR (%): 60

EEM10 Infiltrasi Udara Selubung: 50% Pengurangan

EEM11 Ventilasi Alami

EEM12 Kipas Langit-langit

Base Case: Tidak ada kipas langit-langit

EEM13* Efisiensi Sistem Pendingin: COP (W/W) 4 Base Case System: District Cooling Only

COP Base Case: 4.45

Pilih Sistem: Sistem Kasus Dasar Default Dengan Peningkatan Efisiensi COP (W/W): 4

EEM14 Penggerak Kecepatan Variabel

EEM15 Fresh Air Pre-conditioning System: Efisiensi 65%

EEM09* Efisiensi Kaca Nilai-U 1 W/m²·K, SHGC 0.42 dan VT 0.45

(20)

Langkah Efisiensi Energi 20.40%

EEM17 Kontrol Penghangat Ruangan dengan Katup Termostatik

EEM18 Sistem Air Panas Rumah Tangga (DHW) : Tenaga Surya 50%, Heat Pump 50%, Boiler 0%

EEM19 Sistem Preheating Air Panas Rumah Tangga

EEM20 Economizer

EEM21 Ventilasi Kontrol Kebutuhan Menggunakan Sensor CO₂

EEM22 Pencahayaan yang Efisien untuk Area Internal

EEM23 Pencahayaan yang Efisien untuk Area Eksternal Nilai Base Case: 65 L/W

Tipe Efisiensi: Khasiat bercahaya EEM24 Kontrol Pencahayaan

EEM25 Skylight

Air Limbah Rumah Tangga: Ya Heat Recovery Chiller: Tidak Panas Limbah Generator: Ya

Bawaan 30%

Entri Pengguna Penggunaan HW Surya Base Case : 0%

Base Case Hot Water Heater Usage: 0%

Base Case Hot Water Heater Efficiency: 100%

Penggunaan Air Panas Default (%) Tenaga Surya Heat Pump Boiler

Penggunaan Air Panas Entri Pengguna (%)

50%

0%

3.00 100%

COP

% Efisiensi EEM16* Efisiensi Sistem Pemanas Ruang: 92.35%

EEM32 Koreksi Faktor Daya

EEM33 Energi Terbarukan di lokasi (on-site): 25% dari Penggunaan Listrik Tahunan

EEM31 Smart Meter untuk Energi

EEM34 Tindakan Penghematan Listrik Lainnya

EEM35 Pengadaan Energi Terbarukan Di Luar Lokasi (off-site): 100%

CO2 Operasional Tahunan

EEM36 Carbon Offsets: 100% CO₂ Operasional Tahunan

EEM37 Refrigeran Dampak-Rendah

EEM26 Ventilasi Kontrol Kebutuhan untuk Parkir yang Menggunakan Sensor CO

EEM30 Submeter untuk Sistem Pemanasan dan/atau Pendinginan

(21)

Langkah Efisiensi Air 38.47% Memenuhi Standar Air EDGE

PENGHEMATAN AIR

(22)

WEM01 Shower Hemat Air: 6 L/menit Nilai Base Case: 8 L/menit

WEM02* Keran Hemat Air untuk semua Kamar Mandi: 2 L/min

WEM04* Toilet Efisien untuk Semua Kamar Mandi: 6 L/Flush volume besar dan 3 L/Flush volume kecil Nilai Base Case: 8 L/flush

WEM06 Bidet Hemat Air: 2 L/menit Nilai Base Case: 6 L/min

Tipe Keran Air: Faucets with Aerators

Tipe Kamar Mandi: Pancuran Penyediaan Air Panas: Ya

Penyediaan Air Panas: Ya

Tipe Toilet (WC): Siram Ganda

Langkah Efisiensi Air 38.47%

WEM07 Urinal Hemat Air: 2 L/flush Nilai Base Case: 4 L/flush

WEM08* Keran Hemat Air untuk Wastafel Dapur: 8 L/menit Nilai Base Case: 8 L/menit

WEM09 Mesin Pencuci Piring Hemat Air: 3.75 L/Rack Base Case Value: 8 L/Rack

(23)

WEM10 Pre-rinse Spray Valve Hemat Air untuk Dapur: 3.75 L/menit

WEM12 Penutup Kolam Renang 30% Luas yang Ditutup

WEM13 Sistem Irigasi Lanskap Hemat Air: 4 L/m²/hari Nilai Base Case: 6 L/m²/hari

WEM14 Sistem Pemanenan Air Hujan: 4500m² Luas Atas yang Digunakan untuk Pengumpulan

WEM15 Sistem Pengolahan dan Daur Ulang Air Limbah: 100% Diolah

WEM16 Pemulihan Air Kondensat: 100% Pemulihan

WEM17 Meteran Cerdas untuk Air

Langkah Efisiensi Air 38.47%

(24)

Langkah Efisiensi Material 9.00%

EMBODIED CARBON SAVINGS

(25)

Tebal (mm)

Proporsi % Nilai-U

(W/m²·K)

Peningkatan pemilihan kasing Bahan bangunan Embodied

Carbon(kg/m²) MEM01* Konstruksi Lantai Bagian

Bawah

Base Case Material: Concrete Slab | In-situ Reinforced Conventional Slab

Ketebalan : 100mm & Steel : 35kg/m²

Tipe 1 Pelat Beton | Pelat Bertulang In- situ dengan >25% GGBS

100 % 2.58

Konstruksi Lantai Menengah

100 % MEM02*

Pelapis Lantai

Material Base Case : Berubin | Ubin Keramik

Ketebalan : 10mm

Tipe 1 ubin | Lantai keramik 100 % MEM03*

Konstruksi Atap

Material Base Case : Pelat Beton | In-situ Reinforced Conventional Slab

100 % 1.60

MEM04*

Dinding Eksterior

Base Case Material: Concrete Blocks | Solid Blocks of Dense Concrete

Tipe 1 Dinding Bata | Bata Berlubang (25- 40% rongga) diekspos dengan Plester Internal saja

100 % 0.47

MEM05*

Ketebalan : 150mm Dinding Interior

Tipe 1 Dinding Bata | Bata Berlubang (25- 40% rongga) ekspos tanpa Plester

100 % MEM06*

Langkah Efisiensi Material 9.00%

(26)

Tebal (mm)

Proporsi % Nilai-U

(W/m²·K)

Carbon(kg/m²) Bingkai Jendela

Material Base Case : Aluminium

Tipe 1 Aluminium 100 %

MEM07*

Base Case Material: Single Glazing

Kaca Jendela

Ketebalan : 8mm

Tipe 1 Pengglasiran rangkap tiga 100 % 1.00

MEM08*

Base Case Material:

Polystyrene Foam Spray or Board Insulation

Insulasi Atap

Ketebalan : 10mm

Tipe 1 Semprotan Busa Polistirena atau Isolasi Papan

100 % MEM09*

Material Base Case : X - Tanpa insulasi

Insulasi Dinding

Ketebalan : 0mm

Tipe 1 Insulasi Papan Wood Wool 100 % MEM10*

Base Case Material:

Insulasi Lantai

Ketebalan : 54.9mm

Tipe 1 X - Tanpa Isolasi 100 %

MEM11*

Langkah Efisiensi Material 9.00%

(27)

Tipe Bangunan Tahap Sertifikasi Nama Subproyek

Office Pasca Konstruksi mice 01

Ukuran Air Persyaratan Audit Konstruksi

WEM01 Shower Hemat Air Documents from the design stage if not already submitted. Include any updates made to the design stage documents to clearly reflect as-built conditions; and

On site test results using actual water pressure on site, which will supersede the standard design flow rate values; with average flow rate sampled from multiple locations, floors, or units, as applicable, measured at the highest flow per minute, using a timer and a measurement container; and

Date-stamped photographs of the showerhead(s) taken during or after installation showing the make and model; or

Purchase receipts for the showerheads showing the make and model.

Existing building projects 

If some of the documents required above are not available, other evidence of construction details, such as existing building drawings or photographs can be submitted.

WEM02 Keran Hemat Air untuk semua Kamar Mandi

Documents from the design stage if not already submitted. Include any updates made to the design stage documents to clearly reflect as-built conditions; and

Date-stamped photographs of the faucet(s) taken during or after installation showing the make and model; or

Purchase receipts for the faucet(s) showing the make and model.

WEM04 Toilet Efisien untuk Semua Kamar Mandi

Date-stamped photographs of the water closet(s) taken during or after installation showing the make and model; or

Purchase receipts for the water closet(s) showing the make and model.

If some of the documents required above are not available, other evidence of construction details, such as existing building drawings or photographs can be

Daftar Periksa Sertifikasi EDGE

(28)

WEM07 Urinal Hemat Air Purchase receipts for the urinal(s) showing the make and model.

WEM08 Cerat Dapur Efisien Air Documents from the design stage if not already submitted. Include any updates made to the design stage documents to clearly reflect as-built conditions; and

On site test results by the auditor of the flow rate at the highest flow per minute, using a timer and a measurement container; and

Date-stamped photographs of the faucet(s) or flow restrictor(s) taken during or after installation showing the make and model; or

Purchase receipts for the faucet(s) or flow restrictor(s) showing the make and model.

WEM09 Mesin Cuci Piring Efisien Air Documents from the design stage if not already submitted. Include any updates made to the design stage documents to clearly reflect as-built conditions; and

Updated summary of dishwasher(s) installed in the building including quantity, manufacturer, and model; or

Proof of maximum water consumption from manufacturer; and

Date-stamped photographs of the dishwasher(s) taken during or after installation showing the make and model; or

Purchase receipts for the dishwashers showing the make and model.

WEM13 Water-efficient Landscape Irrigation System

Date-stamped photographs of the planted species, landscaping area and irrigation system if applicable; or

Purchase receipts for the vegetation and irrigation system if applicable.

WEM17 Meteran Cerdas untuk Air Documents from the design stage if not already submitted. Include any updates made to the design stage documents to clearly reflect as-built conditions; and

Date-stamped photographs of the installed smart water meters showing the make and model; or

(29)

WEM17 Meteran Cerdas untuk Air Existing building projects 

Langkah Energi Persyaratan Audit Konstruksi

EEM01 Rasio luas Jendela dengan luas Dinding

As-built façade drawings; or

External and internal photographs of the building showing all the elevations Date- stamped photographs of the building interior and exterior showing all the elevations.

If the documents required above are not available, other evidence of construction details, such as existing building drawings or photos taken during renovation can be submitted.

EEM03 Dinding Eksterior Reflektif Documents from the design stage if not already submitted. Include any updates made to the design stage documents to clearly reflect as-built conditions; and

Date-stamped photographs of the wall(s) showing the claimed products on site; or Purchase receipts showing the installed products.

EEM08 Insulasi Dinding Eksterior Documents from the design stage if not already submitted. Include any updates made to the design stage documents to clearly reflect as-built conditions; and

Date-stamped photographs of the exterior wall(s) taken during construction at a point when any insulation materials claimed were visible on site; or

Purchase receipts showing the installed products.

If the documents required above are not available, other evidence of construction details, such as existing building drawings or photographs can be submitted.

EEM12 Kipas Langit-langit Documents from the design stage if not already submitted. Include any updates made to the design stage documents to clearly reflect as-built conditions; and

Date-stamped photographs of the ceiling fan(s) taken during and after installation showing the make and model; or

Purchase receipts for the ceiling fans showing the make and model.

(30)

EEM13 Efisiensi Sistem Pendinginan Purchase receipts for the space cooling equipment showing the make and model; or Contract with the management company showing the efficiency of the space cooling system, if the system is under separate management or off-site.

EEM18 Sistem Air Panas Rumah Tangga (DHW)

Documents from the design stage if not already submitted. Include any updates made to the documents to clearly reflect As-Built conditions; and

Date-stamped photographs of the water heating equipment taken during or after installation showing the make and model; or

Purchase receipts for the water heating equipment showing the make and model; or Contract with the management company showing the efficiency of the water heating system, if the system is under separate management or off-site.

Date-stamped photographs of the heat recovery equipment taken during or after installation showing the make and model; or

Purchase receipts for the heating recovery equipment showing the make and model.

EEM23 Pencahayaan yang Efisien untuk Area Eksternal

Date-stamped photographs of the installed lighting; it is not necessary to take photos of every single installed lamp, but the auditor is responsible for checking and verifying a reasonable proportion; or

Purchase receipts for the lighting.

EEM36 Carbon Offsets Documentation of the carbon offset provider, stating formal certification or other third- party verification by an appropriate authority; and

Description of carbon offset project, including the methods by which carbon reductions are made; and

Salinan kontrak atau dokumen resmi lainnya yang menyatakan jumlah offset yang diperoleh setara dengan metrik ton CO2

Ukuran Material Persyaratan Audit Konstruksi

(31)

MEM01 Konstruksi Lantai Bagian Bawah Purchase receipts showing the installed products.

MEM02 Konstruksi Lantai Menengah Documents from the design stage if not already submitted. Include any updates made to the design stage documents to clearly reflect as-built conditions; and

Date-stamped photographs of the floor slabs taken during construction showing the claimed products on site; or

MEM03 Pelapis Lantai Documents from the design stage if not already submitted. Include any updates made to the design stage documents to clearly reflect as-built conditions; and

Date-stamped photographs of the flooring during or after installation showing the claimed products on site; or

MEM04 Konstruksi Atap Documents from the design stage if not already submitted. Include any updates made to the design stage documents to clearly reflect as-built conditions; and

Date-stamped photographs of the roof(s) taken during construction showing the claimed products on site; or

MEM05 Dinding Eksterior Documents from the design stage if not already submitted. Include any updates made to the design stage documents to clearly reflect as-built conditions; and

Date-stamped photographs of the floor slabs taken during construction showing the claimed products on site; or

If the documents required above are not available, other evidence of construction details, such as existing building drawings or photos taken during renovation can be

(32)

MEM06 Dinding Interior Purchase receipts showing the installed products.

MEM07 Bingkai Jendela Documents from the design stage if not already submitted. Include any updates made to the design stage documents to clearly reflect as-built conditions; and

Manufacturer’s data sheets showing the make and model, material and U-value of the installed window frames; and

Date-stamped photographs of the window frames during or after installation showing the make and model; or

Purchase receipts showing the make and model of the installed window frames.

This measure includes exterior glass doors.

MEM08 Kaca Jendela Documents from the design stage if not already submitted. Include any updates made to the design stage documents to clearly reflect as-built conditions; and

Manufacturer’s data sheets showing the make and model, U-value and SHGC of the installed glass; and

Date-stamped photographs of the glazing during or after installation showing the make and model; or

Purchase receipts showing the make and model of the installed windows/glass.

? This measure includes exterior glass doors.

MEM09 Insulasi Atap Documents from the design stage if not already submitted. Include any updates made to the design stage documents to clearly reflect as-built conditions; and

Manufacturer’s data sheets showing the brand and product name and insulating properties of the installed insulation; and

Date-stamped photographs of the insulation during construction showing the product;

or

Purchase receipts showing the brand and product installed.

(33)

Subproyek Terkait

No. Seri Nama Subproyek Terkait Negara Kota

1 mice 01 Indonesia Balikpapan

2 mice building 1 Indonesia Balikpapan

MEM10 Penyekatan Dinding Date-stamped photographs of the insulation during construction showing the product;

or

MEM11 Insulasi Lantai Documents from the design stage if not already submitted. Include any updates made to the design stage documents to clearly reflect as-built conditions; and

Manufacturer’s data sheets showing the brand and product name and insulating properties of the installed insulation; and

Date-stamped photographs of the insulation during construction showing the product;

or

(34)

09 FASADE GUBAHAN MASSA 2 MICE Building

METAL SHADING

METAL STRUKTUR

WOOD SHADING

ROTAN SHADING GLASS WINDOW ASPHALT ROOF

ROOF GARDEN

(35)

(36)

(37)

Rincian Proyek

Alamat Baris1

Sleman, Yogyakarta

Alamat Baris 2

DI Yogyakarta

Kota

Yogyakarta

Kode Pos

55582

Negara

Indonesia

Nomor Proyek

1001723821

Apakah Anda akan menyertifikasi?

Tidak

Subproyek Terkait Total subproyek terkait: 1

Daftar lengkap Subproyek Terkait tersedia di bagian akhir dokumen ini.

Nama Proyek

latihan mice building 02

Jumlah Bangunan Berbeda

1

Jumlah Subproyek EDGE yang dikaitkan

1

Total Luas Lantai Proyek (m²)

2,000

Nama Pemilik Proyek

Fani

Email Pemilik Proyek

[email protected]

Telepon Pemilik Proyek

Seluler -

Share project name and basic information to potential investors or banks?

Tidak

Apakah Proyek ini dibuat untuk Tujuan Training?

Tidak

Detail Subproyek

Nama Subproyek

MICE 02

Nama Bangunan

MIXED USED BUILDING 2

Pengali Subproyek untuk Proyek

1

Tahap Sertifikasi

Pasca Konstruksi

Status

Self-Review

Auditor

Penyedia Sertifikasi

Alamat Baris1

Mempawah, Sungai Kunyit

Alamat Baris 2

Mempawah

Kota

Mempawah

Kalimantan

Kode Pos

78371

Negara

Indonesia

Jenis Subproyek

New Building

(38)

Data Lokasi

Negara

Indonesia

Kota

Balikpapan

Tipe Bangunan

Tipe Bangunan Utama

Office

Sub Tipe

Office

(39)

Data Bangunan

Jumlah Lantai Di Atas Permukaan Tanah

Tinggi Antarlantai (m)

Jumlah Lantai Di Bawah Permukaan Tanah

Aggregate Roof Area (m²) Gross Internal Area (m²)

500 10 10,000

3.5

2 0

4

10.000 2,000

5

Hari Kerja (Hari/Minggu)

Biaya Konstruksi (IDR/m2)

5.00

10,210,464.0

6

Jumlah Hari Libur (Hari/Tahun)

Perkiraan Harga Penjualan (IDR/m2)

24.00

14,498,858.9

Jam Operasional (Jam/Hari)

8.00 24

Kepadatan Pemakai (m²/Orang)

28

Biaya Pembangunan

Rincian Operasional

(40)

Perincian Area dan Beban

2,000.0

Bawaan (m²) Entri Pengguna (m²)

Kantor Desain Terbuka

1,100.0

Kantor Pribadi/Tertutup

200.0

Koridor

100.0

Konferensi

80.0

Pusat Data

20.0

Gross Internal Area (m²)

Lobi

100.0

Dapur & Penyiapan Makanan

80.0

Kamar Mandi

80.0

Parkir Mobil Dalam Ruangan

160.0

Kamar M&E,<br/ >Gudang**

80.0

Area Parkir Mobil Luar (m²)

120

Area Teririgasi (m²)

1,000

Area dengan Pencahayaan Luar (m²)

3,000

Pre Rinse Spray Valve Dishwasher

Process Water

Water End Uses

Washing Clothes Tipe Kolam Renang (m²)

Car Washing

Ya Tidak

Ya

Kolam Renang Berpemanas Dalam Ruangan dan Kolam Renang Tanpa Pemanas di Luar Ruangan

Tidak Tidak

Tidak

Ya Ya

Ya Tidak Tidak ada

Water Use (Lts/Day) Kolam Renang (m²)

20 0

(41)

Dimensi Bangunan

Bawaan Panjang Bangunan (m) Entri Pengguna (m) Area Fasad yang Terpapar Udara Luar (%)

Utara

11.4 185 100

Timur Laut

11.4 100

Timur

11.4 120 100

Tenggara

11.4 100

Selatan

11.4 190 100

Barat Daya

11.4 100

Barat

11.4 180 100

Barat Laut

11.4 100

(42)

Sistem HVAC Bangunan

Pilih Tipe Input

Periode Pendinginan Periode Pemanasan Jan

Jun Feb

Mar

Apr

Jan

Jun Feb

Mar

Apr

Ya Ya Ya

Ya Ya

Ya

Periode Pendinginan Periode Pemanasan Jul

Des Agu

Sep

Nov Okt

Jul

Des Agu

Nov Sep

Okt

Ya Ya Ya

Ya Ya

Ya

Masukan Sederhana

Apakah Desain Bangunan Termasuk Chilled Water dan Heating Supply yang Dibeli (dari District Cooling or Heating)?

Hanya Pendinginan Distrik

Apakah desain bangunan termasuk sistem AC?

Ya

Baseline yang digunakan

EDGE

Apakah desain bangunan termasuk sistem pemanas ruangan?

Tidak

(43)

Penggunaan Bahan Bakar

Generator

Bahan Bakar yang Digunakan untuk Memasak

% Pembangkit Listrik Menggunakan Diesel

Pemanasan Ruangan Air Panas

Listrik Diesel Listrik

Listrik 5.00%

Diesel Listrik Listrik

Listrik

Listrik (IDR/kWh)

Udara (IDR/KL)

1,284.17

13,501.44

Diesel (IDR/Lt)

Konversi dari USD (IDR/USD)

6,891.36

14,064.00

Gas Alam (IDR/kg)

10,454.98

LPG (IDR/kg)

10,454.98 Input Biaya

Batu Bara (IDR/kg)

1,139.2

Bahan Bakar Minyak (IDR/Lt)

4,292.7 Faktor Emisi CO₂

Listrik (kg dari CO₂/kWh)

0.89

Diesel (kg dari CO₂/kWh)

0.25

Gas Alam (kg dari CO₂/kWh)

0.18

LPG (kg dari CO₂/kWh)

0.24

Batu Bara (kg dari CO₂/kWh)

0.32

Bahan Bakar Minyak (kg dari CO₂/kWh)

0.25

(44)

Data Iklim

Elevasi (m)

7

Curah Hujan (mm/tahun)

853

Jan

Jun Feb

Mar

Apr

Jan

Jun Feb

Mar

Apr

23.0 21.7 20.7

22.5 22.1 21.9

Jul

Des Agu

Sep

Nov Okt

Jul

Des Agu

Nov Sep

Okt

21.3 21.6 22.5

22.6 22.4 22.4

Lintang (derajat)

1

Zona Iklim ASHRAE

0A 0A

Jan

Jun Feb

Mar

Apr

Jan

Jun Feb

Mar

Apr

33.7 33.6 33.6

33.0 33.9 33.3

Jul

Des Agu

Sep

Nov Okt

Jul

Des Agu

Nov Sep

Okt

33.8 33.6 32.6

34.5

31.9

32.4

Suhu (˚C)

(45)

Data Iklim

Jan

Jun Feb

Mar

Apr

Jan

Jun Feb

Mar

Apr

78.2%

80.2%

76.7%

82.5%

75.3%

72.3%

Jul

Des Agu

Sep

Nov Okt

Jul

Des Agu

Nov Sep

Okt

78.0%

78.7%

83.3%

76.4%

81.8%

79.8%

Jan

Jun Feb

Mar

Apr

Jan

Jun Feb

Mar

Apr

1.8 1.6 1.8

2.2 2.1 1.8

Jul

Des Agu

Sep

Nov Okt

Jul

Des Agu

Nov Sep

Okt

1.6 2.1 2.8

1.6 3.0 2.6 Kelembapan Relatif (%)

Kecepatan Angin (m/detik)

(46)

Hasil

Penggunaan Energi Akhir (kWh/Bulan)

41,617

Penggunaan air Akhir (m³/Bulan)

129

Emisi CO₂ Operasional Final (tCO₂/Bulan)

35.74

Final Embodied Carbon (Kg CO₂e/m²)

486

Biaya Utilitas Final (IDR/Month)

55,861,794

Luas Lantai Subproyek (m²)

2,000

Penghematan Energi (MWh/Tahun)

726.40

Penghematan Air (m³/Tahun)

1,883.92

Penghematan CO₂ Operasional (tCO₂/Tahun)

623.87

Embodied Carbon Savings (tCO₂e)

259.65

EPI Improved Case (kWh/m²/Tahun)

250.0

Total Biaya Konstruksi Bangunan (Million IDR)

20,420.9

Biaya Tambahan (Million IDR)

-3,727.49

% Peningkatan biaya

-18.25%

Pengembalian Modal dalam Tahun (Thn.)

-

Jumlah Orang Terdampak (Jumlah/Tahun)

78

Base Case - Refrigerant Global Warming Potential (tCO₂e/Year)

4.6

Improved Case - Refrigerant Global Warming Potential (tCO₂e/Year)

4.6

Penghematan Biaya Utilitas dalam USD (USD/Tahun)

68,956.98

Penghematan Biaya Utilitas dalam Mata Uang Lokal (Million IDR/Year)

969.811

EPI Base Case (kWh/m²/Tahun)

613.0

Langkah Efisiensi Energi 59.26% Memenuhi Standar Energi EDGE

PENGHEMATAN ENERGI EDGE ADVANCED

(47)

Emisi Karbon Bersih: -424.4 tCO₂e/Year Meets Zero Net Carbon Standard

Langkah Efisiensi Energi 59.26%

EEM01* Rasio luas Jendela dengan luas Dinding: 20%

Nilai Base Case: 60%

EEM02 Atap Reflektif: Solar Reflectance Index 85 Nilai Base Case: 45

EEM03 Dinding Eksterior Reflektif: Solar Reflectance Index 85

EEM04 Perangkat Peneduh Eksternal: Faktor Peneduh Rata-rata Tahunan (AASF) 0.14

EEM05* Insulasi Atap: Nilai-U 0.41 W/m²·K

EEM06* Insulasi pelat Lantai Dasar/Raised Floor: Nilai-U 0.3 W/m²·K

EEM07 Green Roof WWR (%): 20

Kedalaman Media Tanam (mm)

Indeks Luas Daun Area Atap Hijau (%)

BawaanEntri Pengguna 300.00

5.00 100%

200 5 60

EEM10 Infiltrasi Udara Selubung: 50% Pengurangan

EEM11 Ventilasi Alami Bukaan Fasad Base Case: 0%

EEM12 Kipas Langit-langit

EEM13* Efisiensi Sistem Pendingin: COP (W/W) 5.12

EEM14 Penggerak Kecepatan Variabel

EEM15 Fresh Air Pre-conditioning System: Efisiensi 65%

EEM09* Efisiensi Kaca Nilai-U 4.06 W/m²·K, SHGC 0.42 dan VT 0.45

(48)

Langkah Efisiensi Energi 59.26%

EEM17 Kontrol Penghangat Ruangan dengan Katup Termostatik

EEM18 Sistem Air Panas Rumah Tangga (DHW) : Tenaga Surya 50%, Heat Pump 50%, Boiler 0%

EEM20 Economizer

EEM21 Ventilasi Kontrol Kebutuhan Menggunakan Sensor CO₂

EEM22 Pencahayaan yang Efisien untuk Area Internal Nilai Base Case: 65 L/W

Tipe Efisiensi: Khasiat bercahaya

EEM23 Pencahayaan yang Efisien untuk Area Eksternal

EEM24 Kontrol Pencahayaan

Tipe Kontrol Pencahayaan: Hidup/Mati Otomatis EEM25 Skylight

Penggunaan HW Surya Base Case : 0%

Base Case Hot Water Heater Usage: 0%

Base Case Hot Water Heater Efficiency: 100%

Penggunaan Air Panas Default (%) Tenaga Surya Heat Pump Boiler

Penggunaan Air Panas Entri Pengguna (%)

50%

0%

3.00 100%

COP

% Efisiensi EEM16* Efisiensi Sistem Pemanas Ruang: 92.35%

EEM32 Koreksi Faktor Daya

EEM33 Energi Terbarukan di lokasi (on-site): 25% dari Penggunaan Listrik Tahunan

EEM31 Smart Meter untuk Energi

EEM35 Pengadaan Energi Terbarukan Di Luar Lokasi (off-site): 100%

CO2 Operasional Tahunan

EEM36 Carbon Offsets: 100% CO₂ Operasional Tahunan

EEM37 Refrigeran Dampak-Rendah Penghematan Listrik (%):

EEM26 Ventilasi Kontrol Kebutuhan untuk Parkir yang Menggunakan Sensor CO

EEM30 Submeter untuk Sistem Pemanasan dan/atau Pendinginan

(49)

Langkah Efisiensi Air 54.83% Memenuhi Standar Air EDGE

PENGHEMATAN AIR

(50)

WEM01 Shower Hemat Air: 6 L/menit Nilai Base Case: 8 L/menit

WEM02* Keran Hemat Air untuk semua Kamar Mandi: 2 L/min

WEM04* Toilet Efisien untuk Semua Kamar Mandi: 6 L/Flush volume besar dan 3 L/Flush volume kecil Nilai Base Case: 8 L/flush

WEM06 Bidet Hemat Air: 2 L/menit Nilai Base Case: 6 L/min

Tipe Keran Air: Faucets with Aerators

Tipe Kamar Mandi: Pancuran Penyediaan Air Panas: Ya

Tipe Toilet (WC): Siram Ganda

Langkah Efisiensi Air 54.83%

WEM07 Urinal Hemat Air: 2 L/flush Nilai Base Case: 4 L/flush

WEM08* Keran Hemat Air untuk Wastafel Dapur: 8 L/menit Nilai Base Case: 8 L/menit

WEM09 Mesin Pencuci Piring Hemat Air: 3.75 L/Rack Base Case Value: 8 L/Rack

(51)

WEM10 Pre-rinse Spray Valve Hemat Air untuk Dapur: 3.75 L/menit Nilai Base Case: 8 L/menit

WEM12 Penutup Kolam Renang 30% Luas yang Ditutup

WEM13 Sistem Irigasi Lanskap Hemat Air: 4 L/m²/hari Nilai Base Case: 6 L/m²/hari

WEM14 Sistem Pemanenan Air Hujan: 5m² Luas Atas yang Digunakan untuk Pengumpulan Nilai Base Case: Tidak ada Penampungan Air Hujan

Penggunaan Final Air Hujan yang Dikumpulkan Flush

Wastafel Pancuran Dapur Laundri

Pembersihan & Pencucian Ya Tidak Ya Tidak Ya Ya

Pencucian Mobil Kolam Renang Irigasi Peralatan

Penghematan Energi Sistem HVAC

Ya Tidak Ya Tidak Tidak WEM15 Sistem Pengolahan dan Daur Ulang Air Limbah: 100% Diolah

Nilai Base Case: Tidak ada Sistem Daur Ulang Air Tipe Sistem: Grey and Black Water Recycling System

Teknologi Mesin Pengolahan Limbah: Bioreaktor Membran (MBR) Penggunaan Final Air Daur Ulang

Flush Wastafel Pancuran Dapur Laundri

Pembersihan & Pencucian Ya Tidak Tidak Tidak Ya Ya

Ya Tidak Ya Tidak Ya

WEM16 Pemulihan Air Kondensat: 100% Pemulihan Air Kondensat Digunakan untuk

Flush Wastafel Pancuran Dapur Laundri

Pembersihan & Pencucian Ya Tidak Tidak Tidak Ya Ya

Ya Tidak Ya Tidak Ya

WEM17 Meteran Cerdas untuk Air

Langkah Efisiensi Air 54.83%

(52)

Langkah Efisiensi Material 22.00% Meets EDGE Material Standard

EMBODIED CARBON SAVINGS

(53)

Tebal (mm)

Proporsi % Nilai-U

(W/m²·K)

Carbon(kg/m²) MEM01* Konstruksi Lantai Bagian

Bawah

Tipe 1 Steel Floor | Light-gauge Steel Floor Cassette

100 % 0.67

Konstruksi Lantai Menengah

Tipe 1 Steel Floor | Light-gauge Steel Floor Cassette

100 % MEM02*

Pelapis Lantai

Material Base Case : Berubin | Ubin Keramik

Ketebalan : 10mm

Tipe 1 Lembar Vinil 100 %

MEM03*

Konstruksi Atap

Material Base Case : Pelat Beton | In-situ Reinforced Conventional Slab

Tipe 1 Atap Genteng | Sirap Aspal pada Kasau Baja

100 % 1.49

MEM04*

Dinding Eksterior

Tipe 1 Dinding Bata | Bata Berlubang (25- 40% rongga) dengan Plester Eksternal dan Internal

100

100 % 2.83

MEM05*

Ketebalan : 150mm Dinding Interior

Tipe 1 Papan Serat Semen pada Tiang Logam

100 % MEM06*

Langkah Efisiensi Material 22.00%

(54)

Tebal (mm)

Proporsi % Nilai-U

(W/m²·K)

Carbon(kg/m²) Bingkai Jendela

Material Base Case : Aluminium

Tipe 1 Aluminium 100 %

MEM07*

Base Case Material: Single Glazing

Kaca Jendela

Ketebalan : 8mm

Tipe 1 Material Base Case Default 100 % 5.81

MEM08*

Base Case Material:

Insulasi Atap

Ketebalan : 10mm

Tipe 1 Insulasi Papan Wood Wool 100 % MEM09*

Material Base Case : X - Tanpa insulasi

Insulasi Dinding

Ketebalan : 0mm

Tipe 1 Mineral Wool| Stone Wool Insulation Batt atau Papan

100 % MEM10*

Base Case Material:

Insulasi Lantai

Ketebalan : 54.9mm

Tipe 1 Insulasi Cork Board 100 %

MEM11*

Langkah Efisiensi Material 22.00%

(55)

Tipe Bangunan Tahap Sertifikasi Nama Subproyek

Office Pasca Konstruksi MICE 02

Ukuran Air Persyaratan Audit Konstruksi

WEM01 Shower Hemat Air Documents from the design stage if not already submitted. Include any updates made to the design stage documents to clearly reflect as-built conditions; and

Date-stamped photographs of the showerhead(s) taken during or after installation showing the make and model; or

Purchase receipts for the showerheads showing the make and model.

WEM02 Keran Hemat Air untuk semua Kamar Mandi

Date-stamped photographs of the faucet(s) taken during or after installation showing the make and model; or

Purchase receipts for the faucet(s) showing the make and model.

WEM04 Toilet Efisien untuk Semua Kamar Mandi

Date-stamped photographs of the water closet(s) taken during or after installation showing the make and model; or

Purchase receipts for the water closet(s) showing the make and model.

If some of the documents required above are not available, other evidence of construction details, such as existing building drawings or photographs can be

Daftar Periksa Sertifikasi EDGE

(56)

WEM07 Urinal Hemat Air Purchase receipts for the urinal(s) showing the make and model.

WEM08 Cerat Dapur Efisien Air Documents from the design stage if not already submitted. Include any updates made to the design stage documents to clearly reflect as-built conditions; and

Date-stamped photographs of the faucet(s) or flow restrictor(s) taken during or after installation showing the make and model; or

Purchase receipts for the faucet(s) or flow restrictor(s) showing the make and model.

WEM09 Mesin Cuci Piring Efisien Air Documents from the design stage if not already submitted. Include any updates made to the design stage documents to clearly reflect as-built conditions; and

Updated summary of dishwasher(s) installed in the building including quantity, manufacturer, and model; or

Proof of maximum water consumption from manufacturer; and

Date-stamped photographs of the dishwasher(s) taken during or after installation showing the make and model; or

Purchase receipts for the dishwashers showing the make and model.

WEM10 Pre-rinse Spray Valve Hemat Air untuk Dapur

Date-stamped photographs of the pre-rinse valve(s) taken during or after installation showing the make and model; or

Purchase receipts for the pre-rinse valve(s) showing the make and model.

(57)

WEM14 Sistem Pengumpulan Air Hujan Documents from the design stage if not already submitted. Include any updates made to the design stage documents to clearly reflect as-built conditions; and

Date-stamped photographs of the installed rainwater harvesting system and dual piping;

or

Purchase receipts for the rainwater harvesting/storage system.

If the harvested rainwater is being used for landscape, provide date-stamped photographs that show the piping system connected to the irrigation system Existing building projects 

WEM15 Sistem Pengolahan dan Daur Ulang Air Limbah

Date-stamped photographs of the installed system; or

Purchase receipts for the water treatment and storage system; or

Contract with the management company if the system is centralized or off-site.

WEM16 Pemulihan Air Pengembunan Documents from the design stage if not already submitted. Include any updates made to the design stage documents to clearly reflect as-built conditions; and

Date-stamped photographs of installed system; or Purchase receipts for the condensate recovery system

Contract with the management company if the system is centralized or off-site.

WEM17 Meteran Cerdas untuk Air Documents from the design stage if not already submitted. Include any updates made to the design stage documents to clearly reflect as-built conditions; and

Date-stamped photographs of the installed smart water meters showing the make and model; or

(58)

Langkah Energi Persyaratan Audit Konstruksi EEM01 Rasio luas Jendela dengan luas

Dinding

As-built façade drawings; or

External and internal photographs of the building showing all the elevations Date- stamped photographs of the building interior and exterior showing all the elevations.

EEM02 Atap Reflektif Documents from the design stage if not already submitted. Include any updates made to the design stage documents to clearly reflect as-built conditions; and

Date-stamped photographs of the roof(s) showing the claimed products on site; or Purchase receipts showing the installed products.

If the documents required above are not available, other evidence, such as existing building drawings or photos taken during renovation can be submitted.

EEM07 Atap Hijau Documents from the design stage if not already submitted. Include any updates made to the design stage documents to clearly reflect as-built conditions; and

Date-stamped photographs of the green roof after installation showing the leaf area; and Date-stamped photographs of the green roof during installation showing the roof depth;

or

If the documents required above are not available, other evidence of construction details, such as existing building drawings or photographs can be submitted.

EEM11 Ventilasi Alami Documents from the design stage if not already submitted. Include any updates made to the design stage documents to clearly reflect as-built conditions; and

Date-stamped photographs showing that the plan layouts and location of openings as specified at the design stage have been constructed.

EEM18 Sistem Air Panas Rumah Tangga (DHW)

Date-stamped photographs of the water heating equipment taken during or after installation showing the make and model; or

Purchase receipts for the water heating equipment showing the make and model; or Contract with the management company showing the efficiency of the water heating system, if the system is under separate management or off-site.

(59)

EEM22 Pencahayaan yang Efisien untuk Area Internal

Date-stamped photographs of the installed lighting; it is not necessary to take photos of every single installed lamp, but the auditor is responsible for checking and verifying a reasonable proportion; or

Purchase receipts for the lighting.

EEM24 Kontrol Pencahayaan Documents from the design stage if not already submitted. Include any updates made to the documents to clearly reflect As-Built conditions; and

Date-stamped photographs of the installed controls; it is not necessary to take photos of every single installed control, but the auditor is responsible for checking and verifying a reasonable proportion; or

Purchase receipts for the controls.

Photographs of the installed system; or Purchase receipts of the system; or

Contract documents if the system is owned by a third party.

EEM35 Pengadaan Energi Terbarukan Offsite Copy of contract or other formal document stating the quantity and term of renewable energy provided to the project; and

Description of the form of renewable energy that is procured and its origin or project name; and

Dokumentasi yang memenuhi definisi otoritas lokal yang berlaku

EEM36 Carbon Offsets Documentation of the carbon offset provider, stating formal certification or other third- party verification by an appropriate authority; and

Description of carbon offset project, including the methods by which carbon reductions are made; and

Salinan kontrak atau dokumen resmi lainnya yang menyatakan jumlah offset yang diperoleh setara dengan metrik ton CO2

(60)

MEM01 Konstruksi Lantai Bagian Bawah Purchase receipts showing the installed products.

If the doc