Smart homes could soon earn money by helping stabilize the power grid. The next generation of smart homes may do far more than automate lights, thermostats and appliances. According to energy experts and technology companies, connected homes are increasingly being designed to interact directly with the electrical grid, automatically adjusting energy use during periods of high demand while helping homeowners lower utility bills. Instead of acting solely as consumers of electricity, homes equipped with smart devices, batteries, electric vehicles and intelligent energy management systems could become active participants in balancing electricity supply and demand. This concept is based on grid flexibility, a system in which connected devices communicate with utilities in real time. During periods of peak electricity demand - such as hot summer afternoons when air conditioners are running at full capacity - the utility could temporarily reduce the energy consumption of participating homes or draw electricity from home batteries and electric vehicles. In return, homeowners would receive financial incentives, lower electricity rates or direct payments for contributing energy or reducing demand. Several technologies already make this possible. Smart thermostats can automatically adjust heating and cooling by a few degrees without significantly affecting comfort. Electric vehicle chargers can delay charging until electricity prices fall overnight. Home battery systems, such as those paired with rooftop solar panels, can store inexpensive electricity and later supply power back to the home - or potentially the grid - during expensive peak periods. Together, these technologies form what experts describe as a virtual power plant, in which thousands of homes collectively function like a traditional electricity generator. Utilities are increasingly interested in these programs because electricity demand is growing rapidly. Expanding use of electric vehicles, data centers, artificial intelligence and home electrification is placing greater pressure on aging electrical infrastructure. Building new power plants and transmission lines requires years of planning and billions of dollars in investment. By comparison, encouraging existing customers to shift when they consume electricity can provide additional capacity much faster and at a lower cost. Companies such as Google Nest, Ecobee, Tesla, Enphase, Sonnen and several utility providers are already testing or expanding demand-response and virtual power plant programs in parts of the United States, Europe and Australia. Early results suggest that coordinated networks of smart homes can significantly reduce peak electricity demand while improving grid reliability during extreme weather events or periods of heavy consumption. For homeowners, the primary attraction is financial. Instead of simply paying electricity bills, consumers may eventually earn money by allowing approved devices to participate in grid-balancing programs. Depending on local utility incentives, participants could reduce annual electricity expenses by hundreds of dollars while helping avoid blackouts and reducing reliance on expensive emergency power generation. However, several challenges remain before widespread adoption becomes reality. One major concern involves cybersecurity. Because millions of connected devices would communicate with utilities, protecting those systems from hacking or unauthorized access is essential. Privacy is another issue, as consumers may hesitate to share detailed information about household energy use. Industry experts emphasize that participation must remain voluntary and supported by strong data protection standards. Compatibility also remains a hurdle. Many smart-home products currently operate within separate ecosystems that do not always communicate effectively with one another. Industry groups are promoting standards such as Matter to improve interoperability, allowing devices from different manufacturers to work together more seamlessly. Governments and regulators also play an important role. Updated electricity market rules are needed so homeowners can be compensated fairly for providing flexibility services. Utilities must invest in advanced software capable of managing millions of distributed energy resources without compromising grid stability. Overall, the evolution of smart homes represents a significant shift in how electricity systems operate. Instead of relying exclusively on centralized power plants, future grids may depend increasingly on millions of connected homes capable of storing, producing and intelligently managing energy. If widely adopted, this approach could lower electricity costs, improve grid reliability, reduce carbon emissions and transform homeowners into active participants in the energy economy rather than passive consumers.

Nest vs. Ecobee vs. Mysa: which Smart Thermostat is the best choice for most homes? By News Room 28 July 2026 4 Mins Read Homeowners weighing energy costs are asking whether a smart thermostat actually pays off, and how Nest, Ecobee and Mysa compare on price and features. Here's what the reviews and specs show for each brand's flagship models. Which Smart Thermostat saves you the most money? The Mysa Smart Thermostat is the most affordable of the three at $129 for the central HVAC model, while the Nest Learning Thermostat (4th Gen) runs $279.99 and the Ecobee Smart Thermostat Premium costs $259.99. Mysa positions itself as costing "$70-120 less than premium competitors while including the same core features," according to the company's official website. Mysa also says software updates remain free for the life of the device and no features sit behind subscription paywalls. Nest's fourth-generation model, by contrast, learns your schedule automatically and includes a Nest Temperature Sensor. Ecobee's Premium ships with a SmartSensor, a built-in air quality monitor and built-in Alexa and Siri support. For buyers who want basic remote control without the extras, the entry-level Nest Thermostat drops to around $130. How does the Nest Learning Thermostat compare to the cheaper Nest Thermostat? The Nest Learning Thermostat (4th Gen) costs $279.99 and learns your schedule automatically, while the Nest Thermostat (2020) runs about $130 but requires manual scheduling and does not support Nest Temperature Sensors. Roy Furchgott, writing for Wirecutter, called the Learning Thermostat "the smartest thermostat" and noted, "The Nest doesn't include a built-in smart-speaker and mic either, but for many that may be preferred." Will Greenwald and John R. Delaney at PC Mag described the cheaper Nest as a "top pick for anyone shopping for a smart thermostat on a budget," calling it "ideal if you have a smart home built around Google Assistant, especially if you use other Nest devices, since they are all designed to work together." They also flagged limits, including no support for three-stage heating systems, no automatic scheduling and no remote room sensors. Is the Ecobee Smart Thermostat Premium worth the price? The Ecobee Smart Thermostat Premium sells for $259.99 and adds a built-in air quality monitor, one SmartSensor and built-in Alexa and Siri support. The step-down Ecobee Smart Thermostat Enhanced runs $199.99 without the air quality monitor or built-in speaker. Jon Reed reviewed the Premium for CNET and highlighted an unexpected feature, writing that "the Ecobee Smart thermostat Premium makes a half-decent Bluetooth speaker." Reed cautioned that "A smart thermostat, like any technology purchase, is not always a purely money-saving venture. It's a lifestyle choice." He also suggested watching for utility rebates, writing that "Utility companies, local governments and other entities routinely offer rebates, discounts and even free thermostats." Reed pointed shoppers considering a broader ecosystem toward Ecobee's home security devices. What makes the Mysa Smart Thermostat different from Nest and Ecobee? The Mysa Smart Thermostat undercuts both competitors on price, with the central HVAC model at $129 and the electric baseboard model around $159.99, and Mysa says it never sells user data to Google or Amazon. Mysa describes itself as "a privacy-focused Canadian company" that offers "energy monitoring as detailed as premium brands and Matter certification for future-proof smart home compatibility," per the company's website. The central HVAC model works with most 24V systems, including furnaces, heat pumps, central AC, boilers and radiant heating. The electric baseboard model connects to Wi-Fi and controls electric baseboard heaters through the app. Mysa does not offer advanced learning features or dedicated room temperature sensors, making it best for homeowners who want essential smart features and app control without paying for a premium ecosystem. Which Smart Thermostat works best with your smart home platform? Nest is designed around Google Home and Google Assistant, Ecobee ships with Alexa and Siri built in, and Mysa pairs with Alexa, Google Home or Apple HomeKit. The entry-level Nest Thermostat is best suited to homes already using Google Assistant and other Nest devices, per PC Mag, though its Matter support opens the door to other platforms. Ecobee's Premium doubles as a Bluetooth speaker and includes both Alexa and Siri, giving households that mix Apple and Amazon devices the most flexibility out of the box. Mysa's central HVAC and electric baseboard models both connect over Wi-Fi and work with any of the three major voice assistants, which broadens compatibility for buyers who have not committed to a single ecosystem.

Rheem and ecobee have partnered to launch the ecobee Smart Thermostat Lite | Works with EcoNet Technology, a simplified smart thermostat designed for 24-volt installations. The device is ENERGY STAR certified and can save homeowners up to 23% on heating and cooling costs annually, potentially reducing bills by $250 per year. The thermostat integrates with Rheem's EcoNet Technology and is compatible with non-communicating residential systems from Rheem, Ruud and Friedrich brands. It features smart home integration with Apple HomeKit, Google Assistant, Amazon Alexa and Alarm.com, plus support for HVAC accessories like humidifiers and room sensors. The product is now available through authorised Rheem, Ruud and Friedrich distributors across the US and Canada.