AlgorithmicCooling
ALGORITHMIC COOLING

AI-Powered Urban Façade Thermal Analytics

Algorithmic Cooling transforms street-level imagery into facade material data, enabling urban-scale facade thermal behavior simulations to evaluate the impact of changing urban materials.

Portal · Beta

Select a street block, run the simulation, read the façades in 3D. London test site · 51.5158, -0.1259

Method

From urban block to comparative façade thermal analytics.

Step 01 Query

Query Facade Data

Draw a boundary on the map to load OpenStreetMap building footprints and pre-processed facade material data.

The model running over the selected block.
Step 02 Predict

Predict & Calculate Heat

An ML surrogate model estimates hourly surface temperatures, heat flux and radiation load calculates based on the prediction results.

The model running over the selected block.
Step 03 Visualise

Visualise in 3D

Expand the layers, explore the urban vertical surfaces, material masks, and heat results in layers.

The model running over the selected block.
Step 04 Analysis

Find heat zones

Simulated results are categorized into heat zones from hot to cold, visualizing how heat affects the street canyon.

The model running over the selected block.
Step 05 Modify

Make a Change

Select surfaces, alter facade materials, and test material compositions. The system automatically re-runs the model.

The model running over the selected block.
Step 06 Compare

Compare Impact

Analyze changes with comparative metrics and charts to evaluate microclimate impacts and thermal trade-offs.

The model running over the selected block.
Work in Progress

Transforming raw data into a decision support tool.

01 Beta
Concept →

Transforming raw data into urban vertical material data.

Running · Testing Site
02 Beta
Portal →

Select a block, run the simulation, read the façades in 3D.

In Progress
03 In Progress
Documentation

Methods and User Instructions to support the platform.

In Progress
04 Future Work
Bridge Design Tools & AI

Bridging current design & planning tools to inform design decisions.

Future Work
Prototype Currently only focus on urban vertical surfaces and material thermal behavior · No horizontal surfaces and outdoor comfort yet.