Lithium batteries are an essential part of modern energy storage, powering everything from e-bikes to off-grid solar systems. However, they’ve also become the subject of significant misconceptions, especially when it comes to safety. Headlines about battery fires and explosions can be alarming, but understanding the science and engineering behind lithium batteries can help separate fact from fiction.
Batteries used within the Fire industry are required to be tested according to Australian Standards. Each state government has its own extra testing requirements. Along with Australian Standards, the Fire Protection Association of Australia (FPAA) have certain recommendations that need to be followed. Luckily for our clients, Valen Power has the preferred battery tester.
When handling VRLA batteries, safety is crucial. Although these batteries are widely used for their ‘sealed’, maintenance-free design, they still carry potential hazards if not managed correctly. It’s important for anyone working with or around these batteries to understand proper handling and safety practices to prevent injury and ensure the batteries function as intended. In […]
Gassing & Ventilation of Lead-acid Batteries in Standalone Power Systems. In secondary standalone power systems, the Team at Valen have often been asked the question as to what is required when it comes to gassing and adequate Ventilation. In this blog, the Valen team outlines how to calculate and ensure that your standalone power system […]
In this blog, the team at Valen cover some critical points to consider when thinking of charging your mobility scooter or electric wheelchair batteries with your car charger. Safety while charging your mobility scooter Firstly, It can be EXTREMELY DANGEROUS to utilise a different battery charger to what your battery was supplied with. Suppose you […]
What’s the Safest Battery for my Caravan, RV or Camper trailer? Choosing an auxiliary battery for your Recreational vehicle depends on what you plan to use the battery for and how long. The Valen team explores the various battery technologies and their pros and cons for the recreational vehicle market in this blog. Wet-cell Batteries Wet-cell […]
How to Safely Dispose of Batteries? With the world becoming increasingly tech-savvy and our reliance on versatile, portable equipment ever on the increase, the need for instant remote power is also on the rise. Batteries are the primary power source for operating remote appliances, think your smartphone, portable toys, tools, the list goes on This […]
How do I safely handle my VRLA (Valve Regulated Lead Acid) battery? In this Blog, the Valen team cover several recommendations to ensure you are as protected as possible when handling your VRLA battery. These safe handling tips apply to Sealed Lead Acid batteries such as AGM (Absorbent Glass Mat), Gel, and Hybrid Technologies. Shipping […]
Safe storage tips for AGM & GEL batteries – Our experts have put together a few tips for storing AGM and GEL batteries so that you can get the most out of your Valen batteries. Storage recommendations will vary depending on the battery technology and if you have any questions, please feel free to reach out […]
Battery Terminal corrosion what does this mean? We’ve all been there and understand it’s frustrating to get to site and see your battery terminals covered with corrosion. In this article, the Valen team will provide everything you need to know about battery terminal corrosion on dry cell batteries (AGM, GEL). We’ll outline why Battery Terminal […]
Which deep cycle batteries are correct for my Fire pump? The Australian standards state that a battery installed on a fire pump must be an AGM battery. So, what does AGM stand for? So what does AGM stand for? AGM is the acronym for Advance glass matt. AGM is the material installed between the lead plates inside […]
How do you determine wind regions for Solar Installations? Determining the wind region of your solar installation is critical to ensure compliance and safety. Wind regions are pre-defined for the whole of Australia by the Australian Standard 1170.2. The Wind Region is an independent factor of surrounding topography or buildings. There are four wind regions […]
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