Be passive

Your digital guide to climate-responsive design

Discover how passive design can reduce energy costs and maximize efficiency in building projects.

Approach - maximize design / minimize impact

Implementing passive design is the first step towards reducing COST demand and increasing ENERGY efficiency in a building by using passive strategies that are “unpowered” systems that use ambient/natural means of resources.

Passive System

Air Tightness

Envelope

Daylight

Material

Shading

How does Passifi work?

1

Identify your climate type using the Köppen Climate Classification

Distinguish the design by deep diving into climate categorization

2

Check for climate risk strategies

Access the associated climate risk mitigation adaption.

3

Access the related data which is backed up by research

Base your initial concept design on Passifi’s parameters and find the ideal climate-responsive building design.

Our Mission

We drive impactful climate action by bridging the gap between understanding passive building strategies and their application. By leveraging technology, data, and information, we aim to focus on providing a prescriptive path to sustainable design solutions. We believe this will enable governments, businesses, and individuals to make informed decisions. Our goal is to eliminate obstacles to climate transparency.

Passifi aligns with Sustainable Development Goals

The framework combines mitigation, adaptation, impact reduction, and early warning. By making informed decisions about site orientation, massing, glazing, materials, and goals for net zero buildings, we can accelerate sustainable transitions.

Buildings contribute up to 34% of carbon emissions. Integrating passive design early can reduce consumption by 8–20%. By streamlining data, we can spread awareness much faster.