Carrier Energy
Turning Scale into Capacity
Growing energy demands and electrification place new pressure on the U.S. grid. Utilities need faster, more flexible ways to unlock grid capacity, strengthen grid reliability and improve grid resilience. Carrier Energy leverages the scale of residential HVAC to help meet that need. By combining battery-enabled HVAC, energy storage and intelligent controls, connected homes become distributed energy resources that can reduce peak demand and create flexible capacity without compromising comfort. At scale, millions of homes become a powerful energy resource that supports a more resilient energy future.
The Power of Scale is Already Installed
Carrier's 33 million residential installed systems across the U.S. represent one of the nation's largest untapped energy resources. By transforming existing HVAC infrastructure into intelligent energy assets, Carrier Energy creates a new pathway to flexible grid capacity, enabling residential HVAC systems to support grid services at scale.
~33 million
residential installed base
~100 gigawatts
of potential controllable capacity
Over 10%
of total U.S. peak demand
Built for Grid Impact. Designed for Scale.
Carrier Energy's solutions deliver grid flexibility today while helping build a more resilient grid for tomorrow.
Scalable Distributed Capacity
Unlock flexible capacity from millions of homes
Peak Demand Management
Reduce grid stress through peak demand management, peak shaving & intelligent load shifting during critical periods
Speed-to-Power
Deploy rapidly without interconnection requirements
Power Affordability
Reduce reliance on costly infrastructure and generation
Program Compatibility
Supports demand response, demand-side management, dynamic pricing and other grid flexibility programs
Ecosystem Integration
We work with energy aggregators, implementers, utilities and energy platforms to integrate distributed energy resources into broader grid programs
How Carrier Energy Enables Intelligent Grid Flexibility
Expert Dealers, Local Trust
Carrier's extensive dealer and installer network enables Carrier Energy to bring battery-enabled HVAC solutions to homeowners with expertise and local support.
With each installation, our dealer network helps scale energy capacity across the U.S., providing the trusted expertise and solutions homeowners expect from Carrier while accelerating adoption of battery-enabled HVAC systems.
Insights Shaping the Future of Flexible Load Management
Frequently Asked Questions
Battery-enabled HVAC combines heating and cooling, storage and controls into a coordinated system architecture.
Integrated HVAC & Battery System
High-efficiency HVAC systems are paired with co-located battery storage. This enables energy to be stored and used strategically without affecting comfort.
Pre-configured Controls & Optimization
Carrier’s controls coordinate HVAC operation and battery usage in real time. This includes charging during low-demand periods and shifting consumption away from peaks while maintaining comfort.
Aggregation Into Grid-Scale Resources
Across homes, these systems are aggregated into virtual power plants. This enables dispatchable load reduction, peak shaving and coordinated grid services.
Carrier Energy is designed for interoperability with utility systems and partner platforms.
DERMS Integration: Provides visibility, telemetry and dispatch capabilities.
VPP Aggregation: Coordinates systems into scalable portfolios.
Program Compatibility: Supports demand response, dynamic pricing and other flexibility programs.
Partner Ecosystem Integration: Works with aggregators, implementers and energy platforms.
Yes. By combining flexible load with storage, the battery-enabled HVAC system enables flexibility and supports multiple grid value streams.
Peak Demand Reduction: Shifts HVAC load using stored energy.
Capacity-Quality Demand Response: Delivers predictable, dispatchable performance.
Non-Wires Alternatives: Supports infrastructure deferral by reducing or delaying the need for infrastructure investment.
Energy Optimization: Aligns consumption with grid conditions.
Flexible load becomes a hybrid DER capable of delivering more consistent and controllable value compared to standalone demand response.
Yes. When paired with storage and controls, HVAC systems function as dispatchable distributed energy resources.
They provide controllable load and stored energy that can be aggregated into a coordinated grid resource.
Distributed Energy Resource Management System (DERMS) platforms provide visibility and control, enabling coordinated dispatch and optimization.
The battery-enabled HVAC system ensures that load shifting happens within predefined comfort thresholds.
Explore the Future of Flexible Energy Capacity with Carrier Energy
Discover how Carrier Energy is transforming one of the U.S.'s largest installed HVAC footprints into intelligent, distributed energy resources that help utilities and partners unlock flexible capacity faster. Whether you're a utility, technology company or an energy stakeholder, we welcome the opportunity to connect.