When it comes to protecting research, campus operations, and IT services, reliable power is non-negotiable. Baylor University’s aging Eaton 9315 500kVA UPS had become both increasingly inefficient and vulnerable, jeopardizing uptime for critical systems across campus.
battery life
UPS battery failure is a common issue, but understanding its causes can prevent costly downtime. This post explores five leading reasons for premature battery failure, including improper storage, high temperatures, over-cycling, incorrect voltage, and using the wrong battery for the application. Learn how to avoid these pitfalls and extend battery life.
Dive into the world of VRLA UPS batteries, the most popular choice today. Learn what VRLA means, why they're cost-effective and available, and their safety and low-maintenance benefits compared to other types. Understand their maintenance needs and the critical importance of temperature control to prevent issues like thermal runaway.
UPS batteries are the heart of your backup power system. Learn about the three main types: Valve Regulated Lead Acid (VRLA), Flooded Cell (VLA), and Lithium Ion. Each has unique advantages, disadvantages, and ideal use cases. Understanding these options is key to optimizing UPS performance and ensuring reliable backup power.
Toshiba's SCiB Lithium-Ion battery technology offers significant advantages for critical IT loads and high-demand applications. Unlike standard lithium-ion, SCiB boasts superior safety, rapid charging, and an exceptionally long life cycle. Discover why this innovative battery solution, featured in Toshiba's G9000 series UPS, is ideal for reliable power backup.
DC power plants, vital for critical systems and long battery support, require regular maintenance like any backup power system. Technicians isolate components to assess function and longevity, reducing failure risks. Key areas for maintenance include rectifiers and batteries, ensuring optimal performance and extended equipment life.
Discover why UPS battery failures are so common and how proactive monitoring can prevent costly downtime. Learn about essential checks like temperature, impedance, and voltage, and explore the benefits of continuous, remote monitoring solutions for your UPS system. Ensure long UPS battery life and reliability.
Explore Wet Cell UPS batteries, also known as Flooded Cell batteries. Learn about their construction, advantages like extended run-time and long design life, and crucial maintenance requirements. This article also covers potential hazards and necessary safety precautions when working with these powerful energy storage systems.