Last updated: 01-03-2022 12:53

Data Science Environment Sustainability

Highlight Data Vehicles Density and Microclimate 2021 in Bandung city

4 Urban Regions | 2 Suburban Regions

Visualization and Data Processing of Density Vehicles in Urban and Microclimate 2021

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Home Traffic Microclimate Mobility and Transport Statistics and Predictions

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Probability of People Mobility into Center City of Bandung

The dominance of private vehicles—primarily cars and motorbikes—in the Indonesian transport modal mix has led to an enormous energy demand for fuel, with fuel having an annual consumption growth rate of about 4.5%. Inadequate infrastructure, poor market access, and inefficient spatial structure impede business growth and degrade quality of living. Nation-wide administrative and fiscal decentralization measures, introduced in 2000, substantially changed the landscape for regional and urban development from one that was formerly driven from the central government. This transition, in large part, has negatively affected continuity in urban infrastructure investment. There remains unresolved policy, financial, regulatory, and institutional capacity problems. These issues continue to impact the dynamic and on-going process of decentralization, creating an unpredictable environment for governance, an ambiguous regulatory framework, and an uncertain business climate for infrastructure development. Local governments have had difficulties with financial management, including multi-year financing, loan risk assessment, loan management, and calculating cash flows, as well as the over-riding issues of transparency and accountability.

Over 55% of Indonesians are living in some 300 cities, of which six urban agglomeration centers13 suffer the most severe transportation problems. This traffic congestion is characterized by insufficient public transport with very low modal shares; no urban rail systems (excepting some commuter train services); one sub-optimal BRT (bus rapid transit) system in Jakarta, with 16 other cities having an immature semi-BRT; and the remaining major cities left to rely on paratransit for public transport.

Data of Comunity Density in Each Region Bandung City 2021
# Kecamatan Total Penduduk (Jiwa) Luas Wilayah (ha) Density (Jiwa/ha)
1 Andir 99.493 422 236
2 Astana Anyar 73.447 268 274
3 Antapani 80.096 422 190
4 Arcamanik 78.866 759 104
5 Babakan Ciparay 142.528 707 202
6 Bandung Kidul 60.922 542 112
7 Bandung Kulon 136.217 695 196
8 Bandung Wetan 28.864 344 84
9 Batununggal 121.318 482 252
10 Bojongloa Kaler 124.506 312 399
11 Bojongloa Kidul 87.480 520 168
12 Cibiru 75.279 684 110
13 Cicendo 96.309 779 124
14 Cidadap 54.448 842 65
15 Cinambo 25.465 425 60
16 Coblong 115.061 731 157
17 Gedebage 41.298 996 41
18 Kiaracondong 131.313 580 226
19 Lengkong 71.196 591 120
20 Mandalajati 72.949 480 152
21 Panyileukan 40.374 531 76
22 Rancasari 85.642 701 122
23 Regol 80.961 474 171
24 Sukajadi 102.766 528 195
25 Sukasari 77.601 636 122
26 Sumur Bandung 37.544 349 108
27 Ujungberung 89.042 624 143
28 Buahbatu 103.434 746 139
29 Cibeunying Kaler 70.560 464 152
30 Cibeunying Kidul 113.281 414 274
Data of Vehicles Density in Each Region Bandung City 2021
# Kecamatan Motorcycle Cars Truck
1 Andir
2 Astana Anyar
3 Antapani
4 Arcamanik
5 Babakan Ciparay
6 Bandung Kidul
7 Bandung Kulon
8 Bandung Wetan
9 Batununggal
10 Bojongloa Kaler
11 Bojongloa Kidul
12 Cibiru
13 Cicendo
14 Cidadap
15 Cinambo
16 Coblong
17 Gedebage
18 Kiaracondong
19 Lengkong
20 Mandalajati
21 Panyileukan
22 Rancasari
23 Regol
24 Sukajadi
25 Sukasari
26 Sumur Bandung
27 Ujungberung
28 Buahbatu
29 Cibeunying Kaler
30 Cibeunying Kidul