Thermostats overview
Thermostats control the devices regulating heating, ventilation and air conditioning (HVAC) operations. They serve as a vital part of energy management solutions, helping optimize HVAC runtimes, enabling better efficiency and providing visibility and control at single sites or across property portfolios.
- Copeland thermostats are built for hospitality, light commercial and residential applications
- Thermostats are available in traditional, smart and energy management configurations
- Gain energy savings with features like remote adjustments, flexible scheduling, system alerts and usage reports
- Copeland thermostats are designed for straightforward installation and broad HVAC system compatibility
Real-world results with Copeland energy management solutions
Discover how Copeland's thermostats and energy management solutions are transforming energy efficiency across industries. From hotels to universities, explore case studies showcasing significant cost savings, reduced emissions and enhanced operational performance with innovative HVAC control systems.
Applications for Copeland thermostats
We have the right thermostat solution for specific HVAC control scenarios – from single-family homes to multi-dwelling properties to hospitality and commercial spaces. Our portfolio connects customers to powerful solutions for comfort and energy optimization.
Why choose Copeland thermostats?
Innovation. Reliability. And a century-long commitment to supporting original equipment manufacturers (OEMs), contractors and operators with controls solutions that reduce risk and simplify execution. Copeland delivers the dependable comfort that occupants demand with the improved efficiency and scalable visibility required for applications from single system installs to full portfolios.
Key differentiators:
- Proven HVAC expertise that comes from 100+ years of engineering leadership
- Easy-to-adopt solutions with straightforward installation and configuration for various applications
- Reduced setup time for professionals
- Trusted by pros and highly rated by consumers
- Pairs professional-grade reliability with an intuitive, friendly user experience
- Engineered for broad system compatibility
- Integrate seamlessly across a wide range of HVAC systems and building types
FAQs about thermostats and energy management
What's the difference between a smart thermostat and a traditional thermostat?
Traditional thermostats provide basic temperature control through manual or programmable settings, operating independently without connectivity. Smart thermostats add Wi-Fi connectivity, enabling remote access through mobile apps, automated scheduling and integration with smart home platforms. They often include features like usage reports, maintenance reminders and system alerts that help identify issues sooner. Both types regulate HVAC operation, but smart thermostats offer enhanced convenience, visibility and energy-saving automation.
How do smart thermostats help improve comfort and reduce energy use?
Smart thermostats improve comfort and reduce energy use through automated scheduling, remote access and intelligent features. They learn usage patterns and adjust temperatures based on occupancy, preventing unnecessary heating or cooling in empty spaces. Features like geofencing detect when occupants leave or return, adjusting settings automatically. Real-time alerts notify users of system issues before they impact comfort. By optimizing runtimes and providing visibility into energy consumption, smart thermostats help reduce wasted energy while maintaining consistent comfort levels.
What HVAC system information is needed before selecting a thermostat?
Before selecting a thermostat, identify the HVAC system type: conventional heating and cooling, heat pump or multi-stage system. Note the number of heating and cooling stages, as this affects compatibility. Then check the current thermostat's wiring configuration and voltage requirements. Finally, determine if features like humidity control, ventilation management or zoning support are needed. Understanding whether the system uses a common wire (c-wire) for continuous power helps ensure proper smart thermostat operation. All this information helps match the right thermostat to the specific HVAC setup.
Do thermostats support humidity control, ventilation or IAQ accessories?
Many Copeland thermostats support humidity control, ventilation and indoor air quality accessories. Select models can control humidifiers and dehumidifiers to maintain comfortable humidity levels. Ventilation control manages fresh air intake and exhaust systems. Some thermostats integrate with air purifiers, UV lights and other IAQ equipment. The Sensi Touch 2 smart thermostat, for example, supports room sensors and outdoor sensors through Sensi Connect technology. Compatibility varies by model, so verify specific accessory support during selection to ensure the thermostat can manage the complete HVAC and IAQ system.
What is an energy management solution and when does it make sense for multi-site properties?
An energy management solution is a centralized platform that monitors and controls HVAC systems across multiple rooms, buildings or properties. It makes sense for multi-site properties when standardizing setpoints, schedules and policies can reduce operating costs and improve efficiency. Property teams managing hotels, multi-dwelling units, student housing or senior living facilities can benefit from portfolio-level visibility, automated alerts for exceptions and remote adjustments that reduce truck rolls. These solutions help identify inefficiencies, support proactive maintenance and maintain consistent occupant comfort across dispersed locations.
How can centralized scheduling and setpoint policies reduce operating costs across a portfolio?
Centralized scheduling and setpoint policies reduce operating costs by eliminating inconsistent temperature settings and unnecessary HVAC runtime across properties. Property teams can standardize comfortable temperature ranges, implement occupancy-based setbacks and adjust schedules remotely without site visits. This reduces energy waste in unoccupied spaces while maintaining comfort when needed. Automated alerts flag rooms with unusual runtime or temperature patterns, enabling faster response to equipment issues. By preventing over-conditioning and catching problems early, centralized control helps lower energy bills, reduce maintenance costs and extend equipment life.
Where are technical data, documentation or installation guidance for a specific thermostat model available?
Access technical data, documentation and installation guidance through Copeland's online product information (OPI) Tool. Simply enter the model number to find spec sheets, installation manuals, wiring diagrams and compatibility information. The Copeland Mobile app provides on-the-go access to product information and resources. Model-specific guides for Sensi smart thermostats and comprehensive documentation for Verdant Energy Management Solutions are available on our website. For Verdant Energy Management Solutions, click here for comprehensive documentation. These resources help ensure proper selection, installation and operation.
What information is needed before talking to a Copeland expert about thermostats or energy management?
Before contacting a Copeland expert, gather information about the HVAC system type, number of heating and cooling stages and current thermostat wiring. Note the application: single-family home, multi-dwelling property or commercial building. Identify the goals: improved comfort, energy savings, remote access or portfolio management. For multi-site properties, know the number of rooms or units, property types and current energy management approach. Understanding the budget, timeline and any utility rebate programs helps experts recommend the most suitable thermostat or energy management solution.
How does Copeland's smart thermostat technology use AI to optimize energy savings?
Copeland's Verdant smart thermostats feature built-in AI that learns how each room reacts to temperature changes over time. Using advanced deep learning, the system fine-tunes energy-saving settings in real-time.










