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Ditch the Snow Shovel and the Salt Piles

This automated "tire tracks" asphalt driveway in Spokane, Washington uses a WarmlyYours snow melting system to keep winter mornings safe, clear, and effortless.

SPOKANE, WA
Ditch the Snow Shovel and the Salt Piles
Size: 360 sq.ft. Voltage: 240V Wattage: 16,000 W Amps: 66 A Flooring: Asphalt (new) Cost/hr *: $2.19

Winter Convenience, Automated from the Ground Up

For homeowners in the Pacific Northwest, heavy snowfalls and overnight freezes transform driveways into hazardous, slippery slopes. Instead of waking up early to shovel, plow, or throw down corrosive de-icing chemicals, this property leverages an intelligent snow melting system. WarmlyYours designed a targeted "tire tracks" layout that cleared the path for vehicles exactly where it was needed, maximizing energy efficiency while ensuring absolute peace of mind and long-term pavement protection.

Project Specs at a Glance

SpecificationDetail
LocationSpokane, WA
Space TypeDriveway (Outdoor Area)
Surface / FlooringNew Asphalt
System TypeSnow Melting System
Total Square Footage320 sq. ft. (Heated Coverage) / 360 sq. ft. Total Space
Technical Specs240V / 16,000W / 66A
Wattage per Sq. Ft.50 W/sq. ft.
Products UsedWarmlyYours Snow Melt Mats, Premium Control (SCP-120), Aerial Sensor (AIR-SS), Medium Relay Panel (RLY-8PL)
Professional InstallerCondron Homes

Designing an Intelligent Escape from Winter Chores

The Problem

The danger of icy driveways isn’t just an inconvenience—it’s a daily winter safety risk. For a brand-new home build in Spokane, leaving the driveway vulnerable to heavy snow accumulation meant risking vehicle slips, personal injury, and accelerated wear on the fresh asphalt caused by harsh scraping plows and corrosive chemical salts.

The Solution

To deliver a modern, low-maintenance solution, Condron Homes integrated a WarmlyYours electric snow melting system directly into the construction phase. Rather than heating the entire 360-square-foot footprint, the design team opted for a highly efficient "tire tracks" configuration. By rolling out four 2' x 40'Snow Melt Mats, they covered a targeted 320 square feet—creating two parallel, permanently clear paths for vehicle tires. The heavy-duty mats were secured directly to the sub-base right before the new asphalt was poured, embedding the heating elements safely at the optimal depth for rapid thermal transfer.

The Outcome

The result is a high-performance radiant snow melting system that completely reclaims winter mornings. Rated at a robust 16,000 watts, the system effortlessly cuts through heavy accumulation. Because it is paired with an advanced aerial sensor, the system monitors atmospheric conditions in real time, kicking on automatically at the first sign of freezing moisture and shutting down once the storm passes. The homeowner enjoys a clear driveway without ever lifting a finger.

Featured Products

  • WarmlyYours Snow Melt Mats: These industrial-grade 240V mats deliver a potent 50 watts per square foot. Engineered to withstand the extreme heat and weight of fresh asphalt installation, they provide uniform, high-output thermal power.
  • Premium Snow and Ice Melting Control (SCP-120): Serving as the brain of the operation, this control panel coordinates automated performance with manual override capabilities for complete operational control.
  • Aerial Snow Sensor (AIR-SS): This smart sensor constantly evaluates ambient temperature and precipitation. By activating the system only when snow or freezing rain is actively falling, it prevents wasted energy.
  • Medium Relay Panel (RLY-8PL): Essential for handling the heavy 66-amp electrical load safely, this panel ensures seamless power distribution across the entire mat layout.

* This system operates at approximately $2.19 per hour when actively melting. At this rate, running a full clearing cycle costs less than a single gallon of gas for a snowblower, while completely eliminating physical labor and protecting the new asphalt from chemical degradation.

Frequently Asked Questions

Showing all 4 questions

Answer: This specific 320-square-foot tire tracks system costs roughly $2.19 per active hour to run, based on regional utility rates. Explain: The automated control system prevents the system from running continuously; it uses real-time sensors to only draw power when moisture and freezing temperatures are simultaneously present. Example: In a typical Spokane snowstorm, a few hours of automated operation costs less than hiring a professional plowing service for a single visit.
Answer: Yes, WarmlyYours snow melt mats are specifically designed and insulated to withstand the high temperatures of hot-mix asphalt applications. Explain: The cables feature a rugged outer jacket and high-temperature insulation that resists the thermal and mechanical stresses encountered during the pouring and rolling of new pavement. Example: During this Spokane installation, Condron Homes laid the asphalt directly over the secured mats without damaging the internal heating elements.
Answer: A tire tracks configuration provides a highly efficient compromise that cuts down on both upfront material costs and ongoing operational expenses. Explain: By targeting the exact 2-foot-wide paths where vehicle tires make contact with the driveway, you reduce the overall wattage required while still ensuring safe, reliable vehicle access. Example: This project effectively cleared the critical driveway zones by heating just 320 square feet instead of the entire surface area.
Answer: No, the system will remain dormant during cold, dry days to conserve electricity. Explain: The aerial sensor requires two distinct triggers to close the circuit: a temperature reading below 38°F (3.3°C) and the physical presence of moisture on the sensor grid. Example: On a clear, blue winter morning in Spokane, the driveway system stays completely powered down despite the freezing temperatures.

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Disclaimer: Images reflect individual client installations; however, strict compliance with the NEC and specific manufacturer installation manuals is required for all systems. For specific guidance on your layout, please contact our engineering support team.