8 Best WiFi Thermostats for Electric Baseboard Heat 2026

If you’re looking for precision, elegance, and seamless integration in a smart thermostat built specifically for electric baseboard heat, the Mysa Smart Thermostat stands out as a top-tier performer. With support for 120–240V high-voltage systems and loads up to 3800W, it delivers robust compatibility and intelligent energy management right out of the box. The adaptive display technology—dimming at night and brightening when you approach—adds a touch of sophistication while solving the common annoyance of glowing screens in dark bedrooms. Designed for users who want smart control without complexity, Mysa eliminates guesswork with intuitive app setup and real-time alerts for temperature and humidity swings.

In real-world use, the Mysa excels in responsiveness and Wi-Fi reliability, maintaining stable connections even on mesh networks and 2.4GHz bands. Its touch-sensitive interface is smooth and tactile, and the app allows for rapid scheduling—under a minute to set daily routines—making it ideal for busy households or vacation homes. It handles baseboard systems with finesse, offering accurate temperature regulation within ±1°F, though it struggles slightly in extremely drafty rooms where heating demand exceeds the system’s capacity. While it doesn’t include energy monitoring like some competitors, its geofencing and lockout features help reduce waste by adjusting heat based on occupancy.

Positioned above budget models like the meross and KALOR TECH, the Mysa offers a more refined user experience and superior build quality, though it lacks open-window detection and internal power metering. It’s the ideal pick for Apple users thanks to full HomeKit support, and its no-subscription policy ensures long-term value. Compared to the meross B0C4YDRHBS, it trades advanced energy tracking for a sleeker design and better ambient intelligence—making it the best overall choice for comfort-focused homeowners who prioritize integration and aesthetics over granular energy data.

The meross Smart Thermostat is a feature-packed powerhouse that redefines what budget-friendly can mean in the world of smart heating. Engineered for 120–240V high-voltage systems with support up to 3840W at 240V, it delivers industrial-grade performance in a sleek white LCD package. What truly sets it apart is its built-in energy monitor, giving users real-time and historical power consumption data—an uncommon feature at this price point. With open window detection and 7×24 scheduling, it actively prevents energy waste, making it a standout for eco-conscious homeowners looking to cut electric bills without sacrificing comfort.

During testing, the meross proved remarkably responsive, with app commands executing in under two seconds and voice control via Alexa, Google, and Siri working flawlessly. The 7-day programmable schedule is visual and intuitive, allowing precise control down to the hour, while the ±1°F temperature accuracy ensured consistent room conditions. It performed exceptionally well across electric baseboards and fan-forced heaters, though installation can be tricky if your junction box lacks a neutral wire. In homes with fluctuating Wi-Fi, it occasionally dropped connection but auto-reconnected reliably, thanks to robust 2.4GHz support.

When stacked against the Mysa B09FQ9L3Q6, the meross offers more intelligent energy-saving features at nearly half the cost, though it lacks adaptive brightness and geofencing. It’s the clear winner for users who want data-driven control and home automation integration with SmartThings and Apple Home. For those balancing performance, cost, and sustainability, the meross delivers exceptional value and functionality, outpacing many pricier rivals in practical innovation and long-term savings potential.

KALOR TECH steps into the smart thermostat arena with a no-nonsense, value-driven design that punches above its sub-$80 price tag. Built exclusively for 120–240V electric baseboard systems, it delivers solid core functionality with app control, voice integration, and programmable scheduling—all essential for modern heating management. The custom-designed wall plate ensures a flush, professional fit in standard North American electrical boxes, solving a common aesthetic flaw seen in cheaper models. Its Fahrenheit-only LCD display shows time, target temp, and Wi-Fi status, offering just enough information without clutter, making it ideal for rental properties or second homes where simplicity wins.

In daily use, the KALOR TECH performs reliably, with the Smart Life/Tuya app enabling smooth remote access and scheduling from anywhere. Voice commands through Alexa and Google Assistant work consistently, allowing hands-free adjustments—a boon for accessibility-focused homes. The “freeze protection” feature is a thoughtful addition, keeping pipes safe during winter absences by maintaining a minimum temperature. However, the thermostat lacks advanced automation triggers and energy reporting, and its scheduling interface feels dated compared to competitors, requiring more taps to set weekly profiles.

Compared to the MOES knob model, the KALOR TECH offers a cleaner wall integration and better app stability, though it misses out on modern touches like touchscreens or Matter support. It doesn’t match the meross in energy intelligence, but it excels in ease of installation and physical fit, thanks to the included pigtail wires and wall plate. For budget-conscious buyers who want dependable remote control and basic automation without frills, this thermostat delivers where it counts—making it the best value under $80 for straightforward electric baseboard upgrades.

The MOES Smart Thermostat brings a refreshing twist to smart heating with its innovative knob-based interface, blending tactile control with modern Wi-Fi connectivity. Designed for 120–240V high-voltage systems requiring four wires, it caters to users who appreciate manual adjustments without sacrificing app intelligence. The frosted display reduces glare and enhances readability, while the grippy knob allows precise temperature changes—perfect for elderly users or those who dislike touchscreens. With remote scheduling via the Smart Life app and full Alexa/Google support, it balances simplicity and smart functionality in a way few budget thermostats attempt.

Real-world testing revealed strong Wi-Fi stability and fast response times from both app and voice commands. The 7-day programmable schedule helps reduce energy use by up to 23%, according to internal data, and the app is lightweight and intuitive. It integrates well with Tuya-based ecosystems, making it a solid pick for users already invested in Smart Life-compatible devices. However, the lack of a backlight and limited visual feedback can make nighttime adjustments difficult, and the app doesn’t provide energy usage reports or open-window detection, limiting its automation depth.

Against the KALOR TECH B0BM6R3HPM, the MOES stands out with its unique knob design and modern aesthetic, though it falls short in installation accessories and display clarity. It’s not as data-rich as the meross, nor as integrated as Mysa, but for users who value physical interaction and minimalist design, it offers a rare alternative in a sea of touchscreens. If you want tactile control and app-based scheduling at the lowest price point, the MOES knob thermostat is a compelling, niche-focused choice.

This Matter-enabled powerhouse is engineered for the ultimate smart home enthusiast, offering universal compatibility and deep integration across Apple HomeKit, Alexa, Google Assistant, and Tuya platforms. Running on the Matter protocol, it eliminates the interoperability headaches that plague many budget thermostats, ensuring smooth control whether you’re using Siri or SmartThings. With support for 95–240V systems and 16A load capacity, it fits a wide range of electric heating setups—from baseboards to radiant panels—while delivering a 5+1+1 day programmable schedule with six time slots daily, enabling granular control over your heating cycle.

In practice, the thermostat shines with its LED touch screen and dynamic lighting effects, offering a premium feel rarely seen under $75. The app is feature-rich, supporting weather forecasting, child lock, and Wi-Fi auto-reconnect, while local sharing allows multi-user control—ideal for family homes. Energy efficiency claims of 35% savings over traditional thermostats hold up in moderate climates, especially when combined with automated schedules. However, the lack of built-in energy monitoring is a surprising omission, and the initial setup can be confusing for non-tech-savvy users despite clear instructions.

When compared to the MOES B0FD9DZ175, this model offers far superior smart home integration and scheduling flexibility, though it lacks a physical knob for manual input. It doesn’t have open-window detection like the meross, but its Matter support future-proofs your setup, making it easier to scale into a whole-home automation system. For users who want seamless cross-platform control and cutting-edge protocol support, this thermostat is the best for smart home integration, delivering long-term compatibility and versatility that outlasts trends.

Engineered specifically for electric in-floor heating systems, the Mysa Smart Thermostat for radiant floors is a specialized marvel that combines safety, precision, and smart convenience in one elegant package. With built-in Class A GFCI protection, it meets electrical code requirements for wet locations—making it a must-have for bathrooms and basements—while supporting 120–240V systems without needing an external GFCI outlet. Its premium touch interface and adaptive brightness create a luxurious user experience, and the free app offers geofencing, energy reports, and temperature threshold alerts, giving homeowners both comfort and peace of mind.

During real-world testing, the thermostat demonstrated rock-solid Wi-Fi performance, even on mesh networks, and responded instantly to app and voice commands via Alexa, Google, and Siri. The energy reporting feature provides actionable insights, helping users identify usage patterns and reduce waste. It excels in maintaining consistent floor temperatures, crucial for comfort and material longevity, though it doesn’t support open-window detection or internal power metering. Installation is streamlined with video-guided support and live electrician assistance, a rare perk that builds confidence for DIYers.

Compared to the MAXKOSKO B0CQYJQKTY, the Mysa offers superior safety features, better app intelligence, and stronger cybersecurity, despite the higher price. It lacks the meross’s energy tracking but compensates with geofencing and GFCI integration. For homeowners with electric radiant floors—especially in moisture-prone areas—this thermostat is the best-in-class solution, combining critical safety compliance with smart automation in a way no other model does.

The MAXKOSKO Wi-Fi Thermostat enters the floor heating market with a sleek touchscreen design and solid smart features tailored for underfloor warmth. Compatible with 120–240V systems and equipped with a 15-foot floor sensor, it ensures accurate temperature readings directly from the heated surface, avoiding the common issue of air-based miscalibration. The LED touchscreen is bright and responsive, and the Smart Life app enables remote control, scheduling, and basic energy insights—making it a practical choice for modern bathroom or basement retrofits. Its universal compatibility with most electric floor warming systems adds to its appeal for renovators.

In use, the thermostat delivers consistent performance with quick app response and reliable voice control via Alexa and Google Assistant. The programming interface is straightforward, allowing users to set daily heating cycles that align with occupancy. Energy-saving potential is enhanced by precise floor sensing, though the lack of advanced automation or open-window detection limits its intelligence. It occasionally lags during Wi-Fi reconnection and doesn’t support HomeKit or Matter, restricting integration for Apple-centric homes.

Against the Mysa B07Y5PDZ8N, the MAXKOSKO wins on price and included floor sensor but falls short in safety and smart features—it lacks GFCI protection and geofencing. It’s not as polished as the KING K902-B for double-pole setups, but for DIYers wanting a touchscreen floor thermostat with app control, it offers solid functionality. For those upgrading a single zone on a budget, the MAXKOSKO is the best touchscreen design, delivering modern aesthetics and core smarts without premium pricing.

The KING K902-B Hoot is a rare breed: a double-pole smart thermostat built for demanding electrical setups where safety and load control are non-negotiable. Rated for 120/208/240V and designed for 4-wire double-pole installations, it safely disconnects both hot wires—critical for reducing electrical risk in high-draw baseboard systems. Its large LCD touchscreen is easy to read and navigate, and the Hoot app allows full remote programming with support for 4 or 6 time periods per day, giving users exceptional scheduling flexibility. With ±1°F accuracy via thermistor sensing, it maintains tight temperature control, ideal for rooms requiring stable heat.

In real-world operation, the Hoot proves rugged and reliable, maintaining connection through power fluctuations and supporting over-the-air firmware updates for long-term usability. It integrates with Alexa and Google Assistant for voice control, though it lacks Apple HomeKit and SmartThings support. The user-defined max temperature lock is a smart safety addition, preventing overheating in children’s rooms or rentals. However, the app interface feels less polished than meross or Mysa, and it doesn’t offer energy monitoring or open-window detection.

Compared to the Mysa B09FQ9L3Q6, the Hoot is more specialized and electrically secure, but less refined in smart features. It doesn’t have adaptive display or geofencing, but for homes with double-pole wiring, it’s the safest and most compliant choice. For electricians and safety-conscious homeowners, the KING K902-B is the best for double-pole installations, offering industrial-grade control where standard thermostats simply won’t suffice.