How to Cut the Price of Snow Melting Systems in Half

Hello and thank you for joining us for our live webinar. I'm your host, Scott Rosenbaum, and today we'll be discussing how you can significantly reduce the cost of snow melting systems, effectively cutting the price in half. This approach will allow you to incorporate our snow melting systems into your projects without a substantial increase in costs. Additionally, until the end of June, you can take an extra 15% off your snow melting system. If you have any questions during this webinar, please click on the Q&A button located in the top left corner of your screen. We will address these questions at the end of the session, along with those received during the registration process.

If you're watching this webinar, you likely understand the challenges posed by snow. For anyone who has shoveled their driveway at six o'clock in the morning, a snow melting system may have seemed like an obvious solution. So, why doesn’t everyone have one? To explore this, let's conduct a quick poll. The question is: why might someone decline a snow melting system? A) They enjoy the aesthetic of snow in their driveway, B) They are concerned about the emotional well-being of the snow, or C) They are worried about the cost. The results indicate that the primary concern is indeed C, the cost.

Many people are unaware that you can save money by only heating the tire tracks of your vehicle. This method provides the functionality of a snow melting system at a fraction of the cost of full coverage. Generally, the less product you install, the lower your system's purchase and operational costs will be. One of the most significant concerns regarding snow is the ability to get to work on time. When people wake up to find their driveway buried in snow, their car trapped in a snow drift, they often feel held hostage by the weather. While shoveling snow daily is a daunting task, the expense of a snow melting system also weighs heavily on their minds. Heating just the tire tracks is an economical way to ensure timely departures.

To determine the cost of heating a specific driveway, we recommend using our Instant Quote tool. This free resource provides quotes for your projects and allows for side-by-side comparisons of the various heating products we offer. The Instant Quote tool is not limited to snow melting systems, so be sure to explore it online for more information. Today, we will focus on using this tool to estimate the cost of a tire track snow melting project in just six simple steps. For this demonstration, we will use a typical driveway dimension of 10 feet by 20 feet, heating only two strips of 2 by 20 feet for the tire tracks.

To begin, visit WarmlyYours.com and locate our Instant Quote tool on the homepage. Select "snow melting" and name your project, then choose the project location, which in this case is the driveway. Next, enter your project details. Under coverage, you can specify whether you want full coverage or tire track only. For your quote, you will need to input the length and width of the tire track, which is 2 feet wide.

At this point, you will see two options on your screen. The primary distinction between the two is that the cable option is less expensive but requires more labor for installation. Once you have made your choice, you are ready to make your purchase. In this scenario, heating just the tire tracks would cost half as much as full coverage. This process can be completed at your convenience on your personal computer, making it an accessible way to make a snow melting system affordable.

If cost is not your primary concern, we can address other common questions. One frequently asked question is about the difference between electric and hydronic snow melting systems. While the material costs for both systems are similar, electric systems, like our snow melting system, are much easier to install. They can also be installed in asphalt, which would typically damage the tubes used in hydronic systems. Additionally, electric systems have significantly lower maintenance costs and can operate for shorter periods while still delivering the same level of performance. These systems achieve high energy efficiency, typically between 95% and 98% throughout the entire driveway, maintaining a consistent temperature from start to finish.

Now, if you have any questions, feel free to submit them by clicking the Q&A button in the top left corner of your screen. We have received a question regarding whether one might find a large puddle on their driveway after the snow melts. This is a valid concern, but there's no need to worry about needing a jet ski. When snow melts, it does create water, which can freeze again if temperatures drop. However, heating the surface ensures that the driveway remains clean and dry once the snow melting system's heating cycle is complete. It is always recommended to run the system after the snowfall has stopped.

After the snow stops, the system will continue to operate, evaporating any residual water from the surface and leaving you with a dry driveway. Another question we received pertains to the longevity of the system and its sensors. To ensure your snow melting system operates effectively for as long as possible, it is crucial to have waterproof connections, which should be installed by a qualified electrician. Additionally, it is advisable to clean the sensor annually before winter. Aerial sensors, in particular, can attract birds seeking warmth during the colder months, so it's important to keep them clear.

We also have a question from Bill about the most cost-efficient controller for a multi-zone driveway. The only controller capable of heating separate zones individually is our Power Modulator Controller. This device activates one section at a time, ensuring that no two sections are on simultaneously. Multi-zone driveways are typically configured this way due to limited amperage in the home to supply the entire area. However, it's important to note that the more zones you have, the longer it will take to melt the snow on your driveway.

Another question involves the necessary amperage and wattage for the systems. All of our snow melting systems operate at 50 watts per square foot, making calculations straightforward. To determine the amperage required, multiply the area in square feet by 50 watts per square foot. Then, divide that total by 240 volts to find the necessary amperage for your system.

If there are no further questions, we will conclude today's session. If you would like more information about any of our products, please reach out to your account manager. If you're unsure who your account manager is, you can find this information by checking your online account or by contacting us at 800-875-5285, and we will direct you to the appropriate person. For on-site installation assistance, our tech support team is available 24/7 at the same number.

We invite you to join us for our next webinar on June 9th, where we will discuss how to turn your floor plan into reality. You can register at the bottom of our homepage at www.warmlyyours.com. Don’t forget about our limited-time offer of 15% off snow melting systems until the end of June. We sincerely appreciate your time and hope to connect with you soon. In the meantime, if you have any questions, please feel free to contact us at 800-875-5285 or email us at info@warmlyyours.com. We are also available via the live chat tool on our website. Until next time, please stay warm and be radiant.