Battery Assessment and Rejuvenation System Wavetech BARS

Overview

The BEAT® device, using WaveTech’s Crystal Control Technology, mitigates battery aging by optimizing the charging process by specially modulated voltage pulses added to the regular charge voltage. These pulses deliver additional mechanical energy to the ions in the electrolyte, enhancing their mobility and diffusion within the pores of the active materials. This process creates localized overvoltages in the active materials, which influence the crystal dissolution and growth. By operating at both the microlevel (affecting crystals) and macro level (influencing cell power), BEAT® offers a holistic approach to battery performance and care.

Key Benefits

Maximized Battery Performance and Cost Savings

Deliver up to double battery lifespan and up to three times more energy throughput, preserving capacity. This treatment significantly lowers the cost per kWh by up to 67%. Even under severe ambient conditions, BEAT® has been proven to slow the battery aging process, maintaining effective capacity, and extending lifespan.

Optimized Charging and Enhanced Power Performance at Various Temperatures

Enhanced charge acceptance that enables faster recharge, saving time while also ensuring reliable performance during low-temperature charging. BEAT® renders batteries less sensitive to extreme temperatures with improved stability under conditions ranging from -20°C to +50°C.

How it Works

BEAT® was developed on deep understanding of battery electrochemistry. The specially modulated voltage applied from outside the battery, deliver additional energy to the ions within the battery. Connected easily to the terminals of a 12V battery (either a single monobloc or a group of cells), it can operate individually or together with multiple BEAT® devices to treat a string of batteries. It is suitable for use with both new and older batteries. The BEAT® is is compatible with existing chargers, testers, battery monitoring and management systems.

Microlevel Impact

By electrodynamically altering the mobility of ions, BEAT® changes the local ionic concentration within the pores of the active materials. This affects the local crystal growth conditions, which in turn have control over the battery’s capacity bearing reactions (charge and discharge).

Cell Level Impact

Beyond the microlevel, BEAT® has a broad influence on the overall cell functions. It enhances the ionic transport between the plates and within the pores, which affects various battery processes such as formation, charge, discharge, electrolyte stratification, and can help for cell equalization, and capacity recovery.

The useful life of a battery is closely tied to its operating conditions.

Factors such as temperature, charge and discharge profiles, directly play crucial a role in determining the expected battery lifespan.