Heatix Tech Blogs

As winter’s icy grip tightens, drivers often focus on ensuring their tires have adequate tread and their fluids are topped off. However, the sophisticated electronics that power modern vehicles also face a unique set of challenges when temperatures plummet. From the engine’s ignition system to advanced driver-assistance features, cold weather and winter conditions can significantly impact the functionality and reliability

As electric vehicles continue to revolutionize the automotive industry, battery performance in extreme conditions remains one of the most significant challenges facing manufacturers today. When temperatures drop, so does EV battery efficiency—creating a cascade of performance issues that directly impact customer satisfaction, warranty claims, and ultimately, market competitiveness. Cold weather battery drain occurs when low temperatures reduce lithium-ion battery chemistry

In the earlier days of automotive innovation, heated seats were considered an extravagant feature—something reserved for high-end luxury vehicles. Over time, they have become a standard offering in many cars, welcoming drivers and passengers into a cozy, warm interior on cold winter mornings. However, as automotive technology continues to evolve, heated seats alone are no longer sufficient to meet drivers’

As an energy storage system user, you’re likely always looking for ways to optimize your setup. One question that often comes up is whether self-heating lithium batteries are necessary or beneficial for energy storage. Let’s explore this topic in depth to help you make an informed decision for your specific situation. What Are Self-Heating Lithium Batteries? Self-heating lithium batteries are

Traditional heaters, while familiar, have their drawbacks. Many are slow to heat, energy-inefficient, and carry potential safety risks. This is a reason PTC (Positive Temperature Coefficient) heaters are emerging as a superior alternative. This post will give insights into what a PTC heater is, how it works, and why it may be the best choice for your heating needs. Understanding

Electric vehicle (EV) batteries, while revolutionary, present inherent challenges. This isn’t simply about consumer inconvenience; for battery manufacturers, it directly impacts customer satisfaction, warranty claims, and overall profitability. Battery inefficiency can lead to unhappy customers, potential recalls, and lost revenue. This extends beyond end-users to encompass EV manufacturers as well. This blog post is directed towards engineers, product managers, and

Let’s face it, nobody wants to be shivering in their EV with a rapidly depleting battery on a frigid winter morning,. While the EV revolution is in full swing, cold weather performance remains a significant hurdle. Range anxiety isn’t just about distance; it’s about predictable distance, regardless of the temperature outside. And the often-overlooked culprit? Inadequate battery heating. This isn’t

The world is increasingly demanding efficient, safe, and adaptable heating solutions. From electric vehicles (EVs) navigating frigid climates to wearable tech providing consistent comfort, and medical devices requiring precise temperature control, the need for advanced thermal management is undeniable. This is where graphene steps into the spotlight, poised to revolutionize Positive Temperature Coefficient (PTC) technology. This article argues that graphene-based

Are you ready to revolutionize your thermal management solutions? Imagine a heating system that intelligently adapts to its environment, optimizes energy consumption, and boasts an ultra-thin, flexible design. Self-regulating graphene PTC heating films are not just a novel technology; they represent a paradigm shift in how industries approach heat generation and control.  In today’s competitive landscape, businesses face increasing pressure