hafDegri.

Your climate action
begins here

AIRSHED THERMODYNAMICS

Particulate pollution traps urban heat. hafDegri forecasts clean airshed windows to slash cooling costs.

INVERSION PREDICTION 10 HZ FLUX GRID AUTOMATIC CHILLER MODULATION
ACT II / AIRSHED TELEMETRY

Half a degree turns pollution into planetary fever.

MAHARASHTRA REGIONAL AIRSHED GRID
COORDINATES: 19.75° N, 75.71° E
SAT TELEMETRY: WMO-GEO-STATION 0x48
OPTICAL RESOLUTION: 1.0X
ALTITUDE RANGE: 840 KM
ATMOSPHERIC FLUX: ACTIVE
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BORIVALI #11606
19.23° N, 72.85° E
AQI: 164  ·  PM2.5: 82.4 µg/m³ · 12.8 KT W
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MALAD #11611
19.18° N, 72.83° E
AQI: 158  ·  PM2.5: 74.1 µg/m³ · 15.2 KT WNW
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SHIVAJI NAGAR #3409511
19.06° N, 72.93° E
AQI: 183  ·  PM2.5: 118.2 µg/m³ · 7.1 KT SE
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BYCULLA #3409510
18.97° N, 72.83° E
AQI: 172  ·  PM2.5: 96.8 µg/m³ · 9.4 KT SW
REGIONAL GRID LOCKED / MUMBAI SECTOR ↓

Four monitoring stations capturing coastal microclimates

Hyperlocal ground-truth sensor array tracking urban heat island delta and diurnal wind inversion across Mumbai.

Borivali ground station
STATION #11606

Borivali Suburban

North Salsette Basin

PM2.5 FLUX
82.4 µg/m³
SEA BREEZE
12.8 KT W
PM2.5 / 24H
COORDINATES 19.23° N, 72.85° E
Malad ground station
STATION #11611

Malad West

Western Coastal Transect

PM2.5 FLUX
74.1 µg/m³
SEA BREEZE
15.2 KT WNW
PM2.5 / 24H
COORDINATES 19.18° N, 72.83° E
Byculla ground station
STATION #3409510

Byculla South

South Island Peninsula

PM2.5 FLUX
96.8 µg/m³
SEA BREEZE
9.4 KT SW
PM2.5 / 24H
COORDINATES 18.97° N, 72.83° E
Shivaji Nagar ground station
STATION #3409511

Shivaji Nagar

Eastern Basinal Chokepoint

PM2.5 FLUX
118.2 µg/m³
SEA BREEZE
7.1 KT SE
PM2.5 / 24H
COORDINATES 19.06° N, 72.93° E

Every tenth of a degree carries an operational price tag

Global climate models operate in hundred-kilometer grids. Urban reality is decided street by street, canyon by canyon. A 0.5°C microclimate delta between coastal Worli and inland Shivaji Nagar alters building chiller thermodynamics by eleven percent.

hafDegri instruments coastal airsheds with ground truth sensors, correlating nocturnal thermal inversions, sea breeze fronts, and boundary layer thermodynamics so infrastructure leaders save power proactively.