BEAT®100

The name BEAT® stands for Battery Enhancement And Treatment device. This acronym also refers to a “heartbeat” or “pulse”, which is how our product delivers its Crystal Control Technology (CCT®); via electric pulses that are sent through the battery when the BEAT® is active.

Although the CCT® technology that is used in both the BEAT®50 and BEAT®100 is exactly the same. The BEAT®100 is the big brother, in the sense that it is physically larger, then the BEAT®50. The BEAT®100 is equipped with an optional data output, communication and network socket for connection with the BEAT ®200. The price of the BEAT®100 is therefore higher than the BEAT®50.

BEAT® Products

The BEAT® product line now consists of three products aimed at the lead-acid battery market:

  • BEAT®50 WaveTech’s standard product which can be used on virtually all 12V-36V lead-acid batteries up to 600Ah.
  • BEAT®100 – Equipped with the same basic CCT® as the BEAT®50, but regarded as its big brother. The BEAT®100 offers an additional output socket which enables data collection and communication with the charging unit.
  • BEAT®200 Designed to bring Crystal Control Technology to 48V battery systems and above, up to 1,000Ah. The introduction date of the BEAT®200 is set for Q2, 2016.

The BEAT®100, with Crystal Control technology:

  • Drastically reduces the formation of undesirable, large lead sulphate crystals on the positive and negative electrodes.
  • Breaks down already formed, and undesirable, large lead sulphate crystals on the negative electrode, and turns these crystals back into the basic building blocks of the battery, which are then absorbed into the sulphuric acid (electrolyte).
  • Renews the active material on the positive electrode by the formation of fine lead dioxide crystals.
  • Improves the build-up of homogeneous material on the positive electrode, which benefits the functionality of the electrode, causing it to work more efficiently.
  • Improves the mechanical resistance of the battery against shocks or accidents, and vastly improves the batteries resilience to high or low external temperatures, all of which enhances the durability, performance and life of the battery.

Optimizes the charging process of the battery:

  • Reduces the charge time needed so batteries charge faster.
  • Batteries charge better and reach a consistently higher voltage.
  • Batteries require less charge due to a decrease in energy conversion losses, with a typical reduction in electricity usage during charging of up to 20%.
  • Due to increased capacity and operating time, the downtime of the electronic equipment or vehicles operated by the batteries, is drastically improved.

1.3a

1.3b

The BEAT®100 improves the performance of the battery:

  • Doubles the lifespan of a lead-acid battery with more than 100% (BCL improved by >140%).
  • Triples the effective capacity of a battery (the LET increases up to 340%).
  • Batteries are better protected against deep discharge and against “undercharge”.
  • Batteries perform much better under extreme environmental conditions and are less sensitive to changes in temperature, both heat and cold.
  • Batteries require less attention and maintenance (less gas and water filling) and are mechanically more stable.

The BEAT®100 reduces cost of maintenance and replacement batteries:

  • Doubling the lifespan of the battery means cutting the cost of buying replacement batteries by 50%.
  • The higher effective capacity of the battery means that a device that is operated by the batteries will perform optimally.
  • Battery maintenance is reduced (less water filling).
  • Downtime of devices operated by the batteries is reduced.
  • The batteries are charged better, in less time and using less current.
  • The reduction of energy conversion losses reduces cooling requirements.

The results shown are the average values ??of measurements from different batteries, based on more than 40,000 measurement results.

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