Energy Mix Optimization
Delivering a portfolio of efficient products that minimize customer energy use, unlock and accelerate growth.
Roadmap to net zero
At Carrier, we’re not just imagining a sustainable future — we’re building it. As a leader in sustainable HVAC, Cold Chain and energy management, we deliver innovative solutions that transform homes, buildings and refrigerated transport into intelligent energy ecosystems. In the journey to net zero, buildings are more than a challenge — they’re the foundation of the solution. With Carrier, you can count on seamless, optimized operations that drive progress toward a more sustainable world.
Leading the charge in energy innovation
Carrier is driving the future of intelligent climate and energy solutions with bold strategies that prioritize energy mix optimization, system integration and grid resilience. By delivering sustainable comfort solutions, integrating efficient heat pumps and smart connectivity, and enhancing grid resilience with autonomous technologies, we’re offering energy choices for a more sustainable tomorrow.
Empowering a skilled and inclusive workforce
At Carrier, we’re equipping our workforce with the tools and resources they need to empower world-class teams. Our Gigaton Goal and commitment to carbon-neutral operations are just the beginning. With validated science-based targets to limit global warming to 1.5°C, we’re taking bold, measurable steps to create a future that’s not only sustainable but also innovative.
How we’ll reach our goals
Digitally Enabled & Energy Solutions
Integrating energy management and digital solutions across our product portfolio to build grid resiliency.
Refrigerants
Using lower GWP refrigerants to reduce the emissions of our products while in use.
Sustainable Materials
Designing products with materials that have lower embodied carbon.
Lower 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.