Optimizing lithium-ion battery lifespan requires understanding how environmental conditions, SoC management, charging/discharging rates, and current exposure impact battery health. With careful handling and modern technology such as BMS, controlled charging infrastructure, and surge protection, users can significantly extend the lifespan of these essential power sources, ultimately reducing environmental impact and lowering costs over time.

As motors become increasingly sophisticated, the potential for failure due to a combination of mechanical and electrical factors grows. Understanding the root cause of motor failures is essential to minimize costly downtime and ensure long-term reliability.

Solutions to Common VFD Faults Key Takeaways Variable Frequency Drives (VFDs) are highly susceptible to environmental conditions. Regular maintenance is key to VFD longevity. Maintenance

Power Quality Monitoring Devices: Recording Transient Voltage Key Takeaways Power quality monitoring (PQM) devices are not uniformly regulated in how they measure power quality events.

Concerns with Common Mode SPD Application Key Takeaways Common mode (phase-to-ground mode and neutral-to-ground mode) suppression can create unwanted performance outcomes for end users. Common

Integrated vs Externally Mounted Surge Protective Devices Key Takeaways Integrated surge protective devices (SPDs) create limitations when sourcing parts or replacements that non-integrated SPDs do

Common Misconceptions About Surge Protective Devices Nominal Discharge Current Ratings: Part Two Key Takeaways The existing single-pulse In test is inadequate to assess robustness or

Common Misconceptions About Surge Protective Devices Part One: Nominal Discharge Current Ratings Key Takeaways Nominal Discharge Current Rating (In) tests are not based on normal

Modern ATS Components Are Highly Susceptible To Failure Caused By Transient Voltage Key Takeaways Transient voltage is inherent to AC power systems. Modern automatic transfer