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Does your application demand the most robust electrochemical cell available? Does extreme describe your working environment? Trying to decide between Sealed Lead-Acid (SLA) and Lithium Primary?
Lithium primary batteries and Sealed Lead-Acid batteries are very different chemistries. Lithium primary batteries are non-rechargeable and SLA batteries are rechargeable.
When your application requires durable, long-lasting performance in an extreme environment, then lithium primary is the preferred choice. SLA batteries operate inadequately in extreme temperatures and tough environments. If weight is a factor for your application, then consider that Lithium weighs much less than SLA.
Lithium Primary is resilient in extreme conditions as it withstands shock, vibration, and severe weather conditions.
Extreme applications demand high energy density, longer operating life, and extreme temperature ranges. Lithium Primary has the advantage over Sealed Lead Acid.
SWE can provide custom lithium battery packs engineered and assembled with reliability, ruggedness, and safety. SWE has many years of experience in designing, testing, and building lithium packs for extreme environments including downhole, aerospace, and oceanography.
THE LITHIUM PRIMARY ADVANTAGE
· High energy density · Long operating life · Long shelf life · Lightweight · Extreme range of operating temperature

How to Choose
When SWE Engineers receive inquiries requesting information on any custom battery packs, the customer is guided through a list of questions in order to refer the best chemistry for the customer–specific application.
SWE needs to understand your application. Is it down-hole, military, marine, telecommunication? What voltage, capacity, and size? What are the environmental conditions? Quantities needed now and future.
Click on the Application Worksheet or Contact Us.
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