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As vehicle technology evolves, so do the demands placed on workshop equipment. Traditional charging methods are no longer sufficient for modern vehicles, leading many dealerships to adopt intelligent battery chargers as part of their standard setup.
Showroom vehicles often spend long periods stationary, with minimal use but ongoing electrical demand. From interior lighting to onboard systems, this constant draw can lead to battery drain and eventual failure if not properly managed.
As modern vehicles become increasingly reliant on complex electronics, the need for a stable and consistent power supply has never been more important. This guide explains how battery support units work, and why they are essential for modern vehicle servicing.
Cold weather is one of the most common causes of battery issues in vehicles, particularly in dealership environments where cars may sit unused for extended periods. As temperatures drop, battery performance declines, increasing the risk of failure at exactly the time vehicles need to be ready for demonstration or delivery.
As vehicles become increasingly software-driven, ECU programming is now a routine task in dealerships and workshops. Whether updating firmware or coding components, maintaining a stable power supply during ECU programming is essential to avoid costly failures.
An efficient diagnostic bay is essential for any modern automotive workshop. With increasing reliance on electronic systems and software-based diagnostics, workshops need a well-organised space that supports both accuracy and speed.
While cold weather is often blamed for battery issues, high temperatures can be just as damaging — particularly for vehicles kept in storage or on display. For dealerships and workshops, understanding how summer heat affects car batteries is essential to prevent unexpected failures and reduced battery lifespan.
Laptops are now a core part of modern automotive diagnostics, used for everything from ECU programming to fault finding and system calibration. However, not all laptops are suited to the demands of a workshop. In many cases, standard consumer devices struggle to cope with the environment, leading to downtime, damage, and inefficiency.
Auto Emporium Dealer Equipment is our new opportunity to continue sell and service the Traction brand of battery chargers, battery support units, and showroom support units, but also additional products for our automotive customers. The leadership remains the same, with Ed Giacomucci continuing as the National Manager.
Weather plays a significant role in how well a car battery performs. Both hot and cold conditions can affect battery efficiency, lifespan and reliability, often leading to problems that seem sudden but have been building over time.
Batteries aren’t all the same, and the way they are charged makes a big difference to how well they perform and how long they last. Given the cost of replacement batteries, using the right charging method is essential to avoid damage and ensure longevity.
Choosing battery support equipment for a modern workshop requires more thought than it once did. Vehicle batteries are lighter, more powerful and closely linked to increasingly complex electronic systems, which means the tools used to support them must be up to the task.
So, you’ve taken delivery of what’s supposed to be a brand-new car battery, but it doesn’t seem quite right. You’re not alone - it’s actually fairly common for new batteries to arrive less than perfect, and there’s a clear reason behind it.
Lithium batteries are often grouped together, but lithium-ion and lithium iron phosphate batteries are not the same. While both are lithium-based, they differ significantly in construction, behaviour and suitability for different applications.
Sulfation is one of the main causes of early failure in lead-acid batteries. It happens when lead sulfate crystals build up on the battery’s plates, which reduces performance, increases charging times and ultimately shortens battery life.
De-sulfation is a process used to address sulfation in lead-based batteries. Sulfation occurs when lead sulfate forms on the battery plates and hardens over time, reducing the battery’s ability to accept charge and deliver power effectively.