CARRIER'S ROAD MAP TO NET ZERO

Growing Demand

We are at the forefront of sustainable HVAC, cold chain and energy management, developing innovative, integrated solutions across homes, buildings and refrigerated transport. In the journey to a net-zero more sustainable future, buildings aren't just part of the challenge—they're a cornerstone of the solution. At Carrier, our sustainable technologies transform homes, buildings and cold chains into intelligent energy ecosystems that seamlessly optimize our customer operations.

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Driving Sustainable Energy Transformation

We're transforming to become the global leader in intelligent climate and energy solutions, and strategically transforming our portfolio through energy mix optimization, system integration and grid resilience.

Energy Mix Optimization: Ensure the right fuel choice while providing sustainable comfort solutions.
System Integration: Offer complete energy management suite with efficient heat pumps, optimized battery energy storage and smart connectivity.
Grid Resilience: Drive energy efficiency and grid resilience through autonomous solutions.

Infographic about Net-Zero GHG Emissions by 2050 that describes optimization, system integration and grid resiliance

Strategies for a Sustainable Path Forward

Graph that displays Gigaton Goal and Carbon Neutrality along with SBTi Net-zero Path in line with Science Based Targets to limit global warming to 1.5°C above pre-industrial temperatures

1. Energy mix optimization

Delivering a portfolio of efficient products that minimize customer energy use, unlock and accelerate growth.

2. Digitally enabled & energy solutions

Integrating energy management and digital solutions across our product portfolio to build grid resiliency.

3. Refrigerants

Using lower GWP refrigerants1 to reduce the GHG footprint of our products while in use.

1Lower GWP refrigerants refers to refrigerants with a reduced GWP relative to prior models and/or alternatives. GWP is a measure of how much heat a greenhouse gas traps in the atmosphere over a specific time period relative to carbon dioxide.