The guide below compares popular smart baseboard and wall-mounted heaters that pair with HomeKit, Alexa, and Google Home or offer Wi‑Fi control. Find units and thermostats that suit high-voltage electric baseboards, fan-forced heaters, and wall-mounted infrared/PTC units. The quick comparison table lists the five featured products for easy scanning.
| Product | Type | Smart Features | Compatibility Notes |
|---|---|---|---|
| Mysa Smart Thermostat LITE | Smart Thermostat (High Voltage) | Wi‑Fi, App, HomeKit/Alexa/Google | Requires 4 wires / high‑voltage systems only |
| Mysa Smart Thermostat (Full) | Smart Thermostat (High Voltage) | Wi‑Fi, App, HomeKit/Alexa/Google, Display | Requires 4 wires / high‑voltage systems only |
| meross Smart Thermostat | Smart Thermostat (High Voltage) | Wi‑Fi, App, HomeKit/Alexa/Google, SmartThings | 4 or more wires; 16A max @120V, 32A @240V |
| Heat Storm HS-1500-PHX-WIFI | Wall-Mounted Infrared Heater | Wi‑Fi Control, App, Remote | Wall-mounted unit; tip‑over safety, digital thermostat |
| Dreo Smart Wall Heater | Wall-Mounted PTC Heater | App, Alexa, Remote, Timer, Oscillation | Indoor use only; IP24 splash resistant |
Content Navigation
- Mysa Smart Thermostat LITE For Electric Baseboard Heaters 240V
- Mysa Smart Thermostat For Electric Baseboard Heaters 240V
- meross Smart Thermostat For Electric Baseboard And In-Wall Heaters
- Heat Storm HS-1500-PHX-WIFI Infrared Heater, Wifi Wall Mounted
- Dreo Smart Wall Heater, IP24 Electric PTC Space Heater
- Buying Guide: How To Choose A Smart Baseboard Or Wall Heater
Mysa Smart Thermostat LITE For Electric Baseboard Heaters 240V
Type: High-voltage smart thermostat for electric baseboards and fan-forced heaters. Compatibility: Works only with 120–240V high/line voltage systems and requires at least four wires including neutral or a second live. Not compatible with low-voltage or two-wire systems.
Smart Features: Free mobile app for remote control, scheduling, and monitoring. Integrates with HomeKit, Alexa, and Google Home for voice control. In-app schedules claim potential energy savings when optimized to routines.
Electrical Limits & Installation: Designed for 120–240V baseboard and fan-forced heaters; ensure your circuit meets the LITE’s wiring requirements. Intended for DIY install by users comfortable with line-voltage wiring and local codes.
Use Cases: Best suited for users replacing a line-voltage thermostat on individual baseboard circuits who want HomeKit and voice automation without subscription fees.
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Mysa Smart Thermostat For Electric Baseboard Heaters 240V
Type: Full-featured high-voltage smart thermostat for 120–240V electric baseboards and fan-forced heaters. Compatibility: Requires four wires or more; supports high-voltage systems only and is not suitable for two-wire or low-voltage setups.
Smart Features: Supports HomeKit, Alexa, Google Home, and offers adaptive display brightness, sleep/wake on approach, and in-app scheduling. The device is 40% smaller than previous models and includes temperature and humidity alerts.
Electrical Capacity: Supports loads up to 1900W at 120V and 3800W at 240V; confirm circuit amperage and total connected heater wattage before installation. TRIAC-style switching in similar thermostats provides silent operation.
Installation Notes: Intended for retrofit where a neutral or second live is available. The display and adaptive brightness are designed to improve situational awareness in bedrooms or living spaces.
meross Smart Thermostat For Electric Baseboard And In-Wall Heaters
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Type: High-voltage smart thermostat compatible with electric baseboards, convectors, fan-forced heaters, and in-wall systems. Compatibility: Requires four or more wires and is intended for high-voltage applications.
Smart Features: Works with Apple Home, Alexa, Google Home, and SmartThings. Allows voice control and remote temperature adjustments via the meross app. Targeted for users who want multi-platform integrations.
Electrical Specs: Maximum output load rated at 16A (1920W) at 120V and 32A (3840W) at 240V. Confirm that the heater load does not exceed device ratings and that wiring meets local code for high-voltage thermostats.
Installation & Use: Advertised as taking under 30 minutes for installation by someone experienced with electrical work. Suitable where a straightforward smart upgrade of individual baseboard circuits is required.
Heat Storm HS-1500-PHX-WIFI Infrared Heater, Wifi Wall Mounted
Type: Wall-mounted infrared heater with integrated Wi‑Fi and digital thermostat. Designed as a space-saving heating appliance rather than a thermostat-only device.
Smart Features: Wi‑Fi enabled for app control and remote adjustments, includes a touchscreen and remote control. Integrates with phone apps to change temperature settings away from the unit.
Safety & Design: Includes tip-over safety shutoff and a wall-mounted form factor that preserves floor space. The unit is aimed at rooms needing supplemental heat such as bedrooms, kitchens, and offices.
Use Cases: Appropriate when users prefer a self-contained smart heater rather than retrofitting existing baseboards. Consider mounting location, clearance, and local electrical requirements for wall-mounted heaters.
Dreo Smart Wall Heater, IP24 Electric PTC Space Heater
Type: Wall-mounted PTC electric heater designed for indoor use with IP24 rating and manual oscillation. Operates as a plug-in or hardwired wall unit depending on model and installation.
Smart Features: Controls via Dreo app, remote, and Alexa. Offers timer, ECO mode for energy efficiency, temperature calibration, and adjustable screen lighting. Supports voice commands for convenience.
Performance & Safety: PTC heating with optimized airflow for quieter operation and targeted oscillation for directional heating. IP24 rating indicates splash resistance suitable for some indoor locations but verify installation in bathrooms or damp areas.
Use Cases: Suitable where directed room heating and app-based scheduling are desired without modifying existing baseboard wiring. Consider mounting location for effective oscillation coverage and air circulation.
Buying Guide: How To Choose A Smart Baseboard Or Wall Heater
This buying guide covers the main considerations when selecting a smart thermostat for baseboards or a wall-mounted smart heater. Use these points to compare models and match functionality to your home and wiring.
Type: Thermostat Vs. Self-Contained Heater
Smart Thermostats replace an existing baseboard or in-wall thermostat and retain the existing heating elements. They require compatible wiring and are suitable where you want centralized control per circuit.
Self-Contained Wall Heaters include the heating element and controls in one unit. Choose these when you need a new heat source or prefer not to modify existing baseboard wiring.
Voltage And Wiring Requirements
- High-Voltage Systems: Most smart baseboard thermostats (Mysa, meross) are made for 120–240V line-voltage systems and require at least four wires including neutral or a second live. Confirm your existing thermostat wiring before purchase.
- Two-Wire Or Low-Voltage Systems: Many smart thermostats are not compatible. Older two-wire baseboards may need a compatible retrofit kit or a different thermostat designed for low-voltage control.
- Electrical Ratings: Check the thermostat’s maximum amperage/wattage (e.g., 1900W @120V / 3800W @240V) against the total connected heater load to avoid overload.
Smart Home Integration
Supported Platforms: Look for HomeKit, Alexa, Google Home, and SmartThings compatibility depending on your ecosystem. If you rely on Siri or Apple automation rules, confirm HomeKit support specifically.
App And Cloud Services: Confirm whether the app is free and whether any features require subscriptions. Some manufacturers provide free app control and scheduling with no recurring fees.
Features To Consider
- Scheduling: Robust scheduling saves energy by aligning heat with occupancy and routines.
- Adaptive Or Learning Modes: Some thermostats offer adaptive displays or learning algorithms to reduce energy use and improve comfort.
- Temperature & Humidity Alerts: Useful for monitoring conditions in rooms prone to humidity or freezing.
- Display And Interface: Consider visible displays for quick feedback and whether the thermostat offers brightness/adaptive features for bedrooms.
Installation And Safety
DIY vs. Professional: Replacing a high-voltage thermostat involves line-voltage wiring — hire a licensed electrician if you are not confident. Wall heaters may require dedicated circuits and secure mounting.
Local Code Compliance: Ensure installations comply with local electrical codes and permit requirements where applicable, especially when modifying dedicated circuits or installing fixed wall units.
Energy Efficiency And Control Strategy
Individual Room Control: Smart thermostats that control each baseboard circuit independently can improve efficiency by only heating occupied rooms.
Programmable Modes: Use schedules, away modes, and ECO settings to lower consumption during unoccupied periods. Monitor historical usage in the app if available.
Safety And Durability
- Overheat Protection: Self-contained units often include tip‑over or overheat shutoffs; verify these features for safety.
- IP Rating: For wall-mounted PTC or electric heaters installed near moisture sources, look for an IP rating indicating splash resistance.
- Build Quality: Metal housings and powder-coated finishes on baseboard heaters increase longevity. Thermostats should have robust switch components for silent, long-term operation.
Comparison Perspectives
Cost To Upgrade: Thermostat retrofits typically cost less than replacing baseboard units, but require compatible wiring. Self-contained heaters add capacity where none existed but require mounting and possibly a new circuit.
Smart Ecosystem: If you already use HomeKit or Alexa, choose models that natively support your ecosystem to avoid bridge devices. Cross-platform support (Alexa, Google, HomeKit) increases flexibility for mixed-device homes.
Room Use Case: For bedrooms, prioritize quiet operation and a dimmable display. For garages or workshops, rugged units and simple remote control may be more important than advanced app features.
Tips for Getting the Best HVAC Prices
- Prioritize Quality Over Cost
The most critical factor in any HVAC project is the quality of the installation. Don’t compromise on contractor expertise just to save money. - Check for Rebates
Always research current rebates and incentives — they can significantly reduce your overall cost. - Compare Multiple Quotes
Request at least three estimates before making your choice. You can click here to get three free quotes from local professionals. These quotes include available rebates and tax credits and automatically exclude unqualified contractors. - Negotiate Smartly
Once you've chosen a contractor, use the proven strategies from our guide — How Homeowners Can Negotiate with HVAC Dealers — to get the best possible final price.
Final Checklist Before Purchase
- Confirm whether your heater is high-voltage (120–240V) or low-voltage.
- Verify the number of wires available at the thermostat box and whether a neutral or second live is present.
- Compare maximum wattage/amperage ratings to your heater load.
- Decide between replacing a thermostat or installing a new wall-mounted heater.
- Ensure the device integrates with your preferred smart home platform and app requirements.
- Plan for safe installation: hire an electrician if needed and follow local codes.