Unik Techno • May 29, 2023

The Evolution of Battery Technology: A Chronicle of Power Innovation

Tracing the Progression of Batteries Through the Ages And The Best Batteries Of UNIK. 

 

The Humble Beginnings of Battery Technology 

 

The tale of battery technology is a narrative of constant evolution and innovation, underpinned by humanity's continued quest to meet it's escalating energy demands. In its nascent stages, rudimentary energy storage devices were invented, laying the groundwork for what we now recognise as batteries. However, these initial models needed more efficiency, reliability, and longevity required by contemporary applications. 

 

The Advent of Traction Batteries 

 

The birth of traction batteries signalled a significant advancement in energy storage solutions. In contrast to their antecedents, these batteries offered higher energy density, extended lifespan, and superior reliability. The innovation of traction batteries also ushered in an era of electric vehicles and stationary machines, which relied heavily on these efficient energy providers. 

 

The battery market was dominated by diesel engine operated vehicles in the material handling (MHE) segment. Advent of pharmaceutical and food industries primarily had a requirement of pollution free, decontaminated and a dust free environment. Also, reduction in noise pollution requirements and lesser maintenance compared to diesel IC engines furthered the growth in population of traction batteries powered material handling equipment’s. 

 

A Quantum Leap with Semi-Traction Batteries 

 

The emergence of semi-traction batteries represented a quantum leap in technology. Leveraging deep cycle technology, these powerhouses offered improved discharge rates and an even greater lifespan, providing unprecedented efficiency to mobile and stationary applications. The semi-traction battery thus became an indispensable component in electric vehicles and various industrial machines, further fuelling the progress of battery technology. 

 

Innovation Continues The Pursuit of Excellence 

 

As technology advanced, so did the push for more efficient, reliable, and sustainable batteries. The industry began focusing on improving battery longevity, performance, and ecological sustainability, leading to the advent of greener, more efficient energy solutions.  

 

Future Directions in Battery Technology 

 

The current trajectory of battery technology points towards a future of continued innovation. With the growing global consciousness around sustainable energy, the demand for eco-friendly and efficient batteries is higher than ever. Battery technology of the future is expected to deliver more power, last longer, charge faster, and have a minimal environmental impact. 

 

Looking back at the journey of battery technology, we see a story of relentless progress and unwavering commitment to innovation. It is a testament to human ingenuity and the pursuit of better, more efficient energy solutions. As we turn the pages of this ongoing saga, UNIK aims to leave an indelible mark in the history of this exciting new technology. We promise to bring exciting innovations as batteries continue to shape the future. 

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Battery safety is critical in industries relying heavily on robust, dependable power sources such as electric forklifts, golf carts, and industrial machinery. One technology significantly advancing battery safety is heat-sealed battery construction . At UNIK Batteries, we utilise advanced heat-sealing techniques to provide superior safety, reliability, and longer battery life for demanding industrial applications. What Are Heat-Sealed Lead-Acid Batteries? Heat-sealed lead-acid batteries are constructed using a specialised sealing process where battery casings are permanently bonded through heat application. Unlike traditional battery sealing methods using adhesives or mechanical seals, heat sealing creates a highly durable, airtight enclosure, ideal for demanding industrial environments. Key Benefits of UNIK's Heat-Sealed Battery Technology Electrolyte Leakage Prevention Higher resistance levels, which may impact power output. Reduced charging efficiency, resulting in longer charge times. Increased operational strain, potentially leading to faster wear and tear. Here is why winter battery maintenance is essential: Proper care reduces the risk of cell damage due to freezing temperatures. Batteries that are well-maintained offer operational efficiency. Regular maintenance extends the life of your batteries, saving on replacement costs. Taking these steps will keep your i ndustrial forklift battery in peak condition, even when temperatures plummet. Lead Acid & Lithium-ion Battery Care in Cold Weather Maintenance of Lead Acid Batteries Lead acid batteries are more sensitive to cold temperatures because their electrolyte solution can freeze, particularly when the battery is in a low-charge state. For efficient battery care in cold weather, follow these tips: Charge fully after each use as a fully charged lead-acid battery is less likely to freeze. Store batteries in a temperature-controlled environment indoors or in a heated area to protect them from the elements. Inspect the battery for cracks or leaks, as these can worsen in the cold. Lead-acid batteries need adequate water to function correctly, so check and refill water levels routinely. Clean terminals regularly to prevent corrosion and improve conductivity. Lithium-ion Battery Maintenance While lithium-ion batteries fare better than lead acid batteries in colder weather, they still require care to avoid performance drops. Follow these tips for top-notch lithium-ion battery maintenance: When starting your material handling equipment, give your battery some time to warm up just as you would allow your car battery to reach an optimum temperature before driving. Lithium-ion batteries should not be charged at sub-zero temperatures, as this can lead to permanent damage. Lithium-ion batteries are more efficient when they maintain a moderate charge level in winter between 30-80%, to reduce strain on the cells. Following these steps can help ensure that both l ead acid and lithium-ion battery maintenance routines are winter-ready. Winter can be challenging for industrial forklift batteries , but with consistent battery care in cold weather , you can protect your investment and keep your operations running smoothly. By paying attention to winter battery maintenance and adjusting your care strategies for different battery types, you can enhance battery performance and extend its life, no matter how cold it gets. Protect your operations all season long! For more tailored solutions, explore our lithium-ion battery and lead acid battery sections to find the best fit for your material handling operations. Contact us today to learn how our battery solutions can power your success.
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