Klvr Pouch of 48 AAA Batteries (1620mWh)

The Klvr Pouch of 48 AAA is the ultimate power management solution for high-stakes AV environments, production studios, and broadcast suites. Combining 48 high-performance rechargeable AAA cells with a rugged, tour-ready storage solution, this kit is engineered specifically for the rigorous demands of wireless bodypacks, remote controls, measurement microphones, and critical production hardware.

Each Klvr battery utilizes advanced 1.5V Lithium-Ion technology, delivering 1620mWh of energy. Unlike traditional NiMH batteries that suffer from voltage drop, Klvr batteries maintain a linear discharge curve, ensuring your gear receives consistent power and provides accurate battery telemetry on your devices right up until the cell is depleted.

Stop the endless cycle of "batteries in the bin." The Klvr system is the sustainable power solution AV professionals in Ireland have been waiting for. Whether you are managing a theatre production rig or a busy corporate suite in Donegal, the Klvr AAA Pouch ensures you have organized, high-performance power at your fingertips, show after show.

Key Features

• High-Performance 1620mWh Energy: Engineered to outlast standard rechargeables, providing extended runtime for compact, power-hungry digital wireless components.
• True 1.5V Constant Output: Delivers a steady 1.5V throughout the entire discharge cycle—essential for the RF stability of professional transmitters and test equipment.
• Heavy-Duty Storage Pouch: Includes a compact, robust storage pouch that keeps all 48 AAA batteries organized, protected, and easily accessible in your workbox.
• 1,200 Charge Cycles: A sustainable, eco-friendly alternative to thousands of single-use alkaline batteries, significantly reducing both environmental waste and long-term operating costs.
• Pro-Grade Reliability: Built for the road, the Klvr system reduces setup downtime by keeping your fresh and depleted cells clearly separated and protected from short circuits.
• Linear Discharge Curve: Eliminates "voltage sag," giving engineers confidence with predictable performance and reliable power readings during live events.