About Planète GreenLeaves

Planète GreenLeaves offers a web-based CityDigitalTwin platform that utilizes real-time urban microclimate simulations and building energy modeling to optimize urban design and enhance sustainability. By analyzing variables such as wind comfort, thermal comfort, and energy consumption, the platform enables urban planners and architects to make data-driven decisions that improve livability and reduce carbon emissions in urban environments.

```xml <problem> Urban planners and architects often lack comprehensive tools to assess the environmental impact of urban designs, leading to inefficient energy consumption and reduced livability due to poor microclimate conditions. Traditional methods for evaluating these factors are time-consuming, costly, and fail to provide real-time insights for informed decision-making. </problem> <solution> Planète GreenLeaves offers a CityDigitalTwin platform that leverages real-time urban microclimate simulations and building energy modeling to optimize urban design and enhance sustainability. The platform analyzes variables such as wind comfort, thermal comfort, solar radiation, and energy consumption, enabling urban planners and architects to make data-driven decisions. By visualizing the impact of weather elements on existing and new built environments, the platform facilitates the design of more livable and sustainable urban spaces. The platform's proprietary numerical models and higher interpolation method enable fast computations on multi-GPU systems. </solution> <features> - Real-time urban microclimate simulation for predicting outdoor environmental conditions. - Solar and shading calculations to optimize building placement and design. - Models for extreme weather event mitigation, renewable energy potential, green roofs, rain and humidity, and tree and vegetation. - Wind power estimation capabilities. - Carbon emission calculation and energy consumption tracking at the city scale. - HVAC and PV module models for building energy analysis. </features> <target_audience> The primary users are urban planners, architects, building owners, utilities companies, and other municipal stakeholders involved in urban design and sustainability initiatives. </target_audience> ```

What does Planète GreenLeaves do?

Where is Planète GreenLeaves located?

Planète GreenLeaves is based in Newmarket, Canada.

When was Planète GreenLeaves founded?

Planète GreenLeaves was founded in 2021.

Location

Newmarket, Canada

Founded

2021

Employees

4 employees

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Planète GreenLeaves

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Executive Summary

greenleaves.app 100+

Founded 2021 – Newmarket, Canada

Funding

No funding information available.

Team (<5)

No team information available.

Company Description

Problem

Urban planners and architects often lack comprehensive tools to assess the environmental impact of urban designs, leading to inefficient energy consumption and reduced livability due to poor microclimate conditions. Traditional methods for evaluating these factors are time-consuming, costly, and fail to provide real-time insights for informed decision-making.

Solution

Planète GreenLeaves offers a CityDigitalTwin platform that leverages real-time urban microclimate simulations and building energy modeling to optimize urban design and enhance sustainability. The platform analyzes variables such as wind comfort, thermal comfort, solar radiation, and energy consumption, enabling urban planners and architects to make data-driven decisions. By visualizing the impact of weather elements on existing and new built environments, the platform facilitates the design of more livable and sustainable urban spaces. The platform's proprietary numerical models and higher interpolation method enable fast computations on multi-GPU systems.

Features

Real-time urban microclimate simulation for predicting outdoor environmental conditions.

Solar and shading calculations to optimize building placement and design.

Models for extreme weather event mitigation, renewable energy potential, green roofs, rain and humidity, and tree and vegetation.

Wind power estimation capabilities.

Carbon emission calculation and energy consumption tracking at the city scale.

HVAC and PV module models for building energy analysis.

Target Audience

The primary users are urban planners, architects, building owners, utilities companies, and other municipal stakeholders involved in urban design and sustainability initiatives.