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Excellent cycle life, long shelf-life, fast simple charge, low internal resistance, high discharge rate, worthy load, desirable low-temperature performance, forgiving if abused, and easy storage and transportation. Low energy density, memory effect, high self-discharge, and environmentally unfriendly. Applications include two-way radios, portable medical equipment, power tools, and consumer products.
Used for low to moderate power specifications for consumer and industrial applications with long-life requirements and has no mercury content. These 3V batteries are easy to install and provide a long operating life.
ZEUS Battery Products’ LiFePO4 cells and batteries optimized for either high-energy density or high power
ZEUS Battery Products’ lithium iron phosphate batteries are rechargeable and designed for electric vehicles or energy storage applications. Their key feature is lithium iron phosphate chemistry for both exceptional cycle and shelf life. Their design is optimized for either high-energy density or high power.
Battery selection for user applications can vary depending on important factors such as cost, weight, dimensions/size, temperature sensitivity, maintenance, and lifetime. Typically, there is no optimal solution to address all of these factors as a whole, but ZEUS LiFePO4 does. These products provide a better cost of ownership. They function better in extreme environments while having a longer useable life, easing the cost of maintenance. Despite their initially higher cost, they are a power-horse in the long run.
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Applications
The latest trend in lithium batteries is used in consumer electronic products and IT gadgets. It is flexible in footprint and capacity. Customers can participate to design the unique battery most-fitting its application. Furthermore, it is lightweight and low profile, perfect for the trendy, thin design of laptop or tablet PCs. Optional ZEUS-unique features like fast-charge capability or ultralong life cycle are also available.
LiSOCl2 cells come in a wide range of sizes from ½ AA to D cells. This chemistry offers high energy density (long life) and voltage in a very small format. This disposable (primary) cell is designed for commercial applications for meters, military equipment, and some medical equipment. This chemistry is ideal for very low continuous currents and/or moderate pulse currents.
Two types of lithium thionyl chloride cells are available:
Industrial-standard 18650 cell form factor which is widely used in ordinary laptop PC or cordless power tool applications. ZEUS offers industry-leading specification and performance with optimal ZEUS-unique features, such as fast-charge capacity and ultralong cycle life. It is available in designs optimized for either high-energy density or high-power density.
ZEUS Deep Cycle Batteries are the optimal choice for Design of High Capacity and Maximum Life – Their superior performance, advanced AGM Technology, and wide variety of applications make them a reliable choice for many uses.
ZEUS alkaline batteries are manufactured in various sizes—AA, AAA, C, D, and 9 volts—to suit their application and needs. They are free of mercury and cadmium, which makes them nontoxic and environmentally friendly. Alkaline batteries are a smart choice because they last a long time, perform well at high and low temperatures, and have a long storage life. They can be stored at room temperature for two years and still retain 90 percent of their original capacities. ZEUS alkaline batteries are high performance—designed with high current and large capacity.
ZEUS sealed lead acid (SLA) batteries are manufactured in a variety of sizes and amp hour (AH) ratings allowing for maximum flexibility in design and use. ZEUS SLAs can be discharged in any position due to their valve-regulated design. They require no special handling when shipping. These batteries provide reliable power output in a variety of applications due to their advanced plate and separator materials and precise electrolyte delivery. This results in greater efficiency and improved ability to recover from deep discharge.
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