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No More Shoveling: Heated Paver Walkway in Lindenhurst, IL

A rugged 240V Snow Melt Mat system ensures a safe, ice-free entrance during severe Illinois winters.

Lindenhurst, IL
Heated driveway smart install with pavers (6)
Size: 68 sq.ft. Voltage: 240V Wattage: 3000 W Amps: 12 A Flooring: Paver Cost/hr *: $0.45

Winters in Lindenhurst, IL, can be brutal, turning exterior walkways and stairs into dangerous slip-and-fall hazards. This homeowner eliminated the need for constant shoveling and salting by installing a powerful electric radiant heating system under their new paver landscape. The result is a reliable, safe, and maintenance-free entryway all winter long, adding significant value and convenience to the home.


Project Details

  • Location: Lindenhurst, IL
  • Heated Space Type: Exterior Walkway and Stair Area
  • Surface Material: Pavers
  • Square Footage: 60 sq. ft.
  • System Specs: 3,000 Watts, 240 Volts, 12.5 Amps
  • Operating Cost: Approx. $0.45 per hour of active melting operation (based on estimated $0.15/kWh local average).
  • Products Used: Snow Melt PowerMat (240V), In-Ground Junction Box

The Challenge: Illinois Winter Safety

Situated in Northern Illinois, this property faces significant annual snowfall and freezing temperatures. The homeowner wanted to upgrade their exterior entrance with beautiful new pavers but was deeply concerned about practicality during the winter months. An icy paver staircase and walkway presents a severe safety risk for family and visitors. Furthermore, manual shoveling is labor-intensive, and harsh de-icing chemicals can degrade stone pavers over time.

To address these challenges, they opted for a full-coverage WarmlyYours snow melting system installed directly beneath the new paver surface. The robust 240V system provides the high wattage density necessary to keep up with heavy snowfall rates typical of the region. By integrating the heating mats during the paver installation phase, the homeowner ensured a seamless look featuring invisible, automated snow clearing power. The pathway is now clear and safe regardless of the weather forecast.


Featured Products

  • Snow Melt PowerMat (WHMA-240-0230): A durable, double-conductor 240V heating mat designed for easy "roll-out" installation. It is engineered to be embedded in concrete, asphalt, or sand under pavers, delivering high wattage for rapid snow shedding.
  • Outdoor In-Ground Junction Box (SM-JBOX-IG-S): A rugged, heavy-duty enclosure designed to safely house the electrical connections outdoors, sitting flush with the surrounding landscaping or pavement.
  • Value Snow and Ice Melt Control (SCV-DUAL): This advanced unit automates the entire system. It processes real-time data to ensure the heating mats only energize during actual snow or ice conditions, maximizing energy efficiency and providing "set-it-and-forget-it" convenience.
  • Snow and Ice Melting Sensor (SMP): A critical component that accurately detects the presence of moisture combined with freezing temperatures. It sends the signal to the controller to activate the system, ensuring safety without wasting electricity on cold, dry days.

* Based on average local residential electricity rates, running this powerful 3kW outdoor system costs approximately $0.45 per hour of active melting operation.

Project Gallery

Quotes

These quotes are linked to this showcase and include the products used in this project or recommended for a similar-sized project.

Frequently Asked Questions


A. The cost depends entirely on how severe the winter is. This specific 3kW system costs roughly $0.45 for every hour it actively melts snow. Because automated systems only run when sensing moisture and freezing temperatures, they don't waste energy on dry, cold days, making seasonal costs manageable versus hiring snow removal services.
A. Yes, absolutely. Electric snow melting mats are ideal for installation under pavers. The mats are typically laid on a compacted base and bedded in the sand or fine gravel layer immediately beneath the paver bricks to ensure efficient heat transfer to the surface.
A. Modern systems are highly efficient because they are automated. They utilize sophisticated sensors (like the controller managing this project alongside an adjacent driveway system) to detect precipitation and temperature, turning on only when necessary to prevent snow and ice accumulation.
A. Yes. This project utilizes a 240V system, which provides a higher power output designed specifically for exterior applications in cold climates. It is engineered to keep paved surfaces clear even during heavy snowfall rates.
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