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Theory of
charge
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A Canadian professor Z.S. Wronski in  1990 discovered a new effect and  it’s operational principle was published.
This recognition led the sealed, maintenance free batteries to a whole new dimension.

According to Z. S. Wronski professor: alternate impedance orientated charge. During the use of this charging method 90% of our knowledge about sealed, maintenance free batteries is not valid.

The AC like proton exchange quick charge system reaches a better efficiency due to the following:

1. The conversion to chemical energy works on a the different principle, than the DC (molecule drift).

2. The charging of the batteries is done by alternate impedance orientated AC (proton exchange) charge.

3. It produces the conversion of the electronic energy into chemical energy with sound frequency alternating current based on direct current.

4. Using DFRA, PWM, Power Factory Control

The theory of charge
As a result of several years of research and development activity, there is a patented charger available to our company, which is suitable for charging batteries, including the ones you produce/distribute (SLA, Lithium-based batteries, NiCd and NiMH) up to 100% within 15 - 25 minutes. Charging with this appliance does not harm the batteries, it even regenerates them.

The quick charging process has two major characteristics:
1. While the charging is carried out
2 Simultaneously the batteries are regenerated, which significantly extends the life of both new and used batteries.
The quick charger unit
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SLA AKKU Team
Address: 1213 Budapest, Korus utca 10, Hungary
VAT Nr: 21467080-2-43
Registration Number: 01-06-753250

Tel.: + 36 30 434 2860 - Mr Alexander Csernak (Hungarian, German languages)

Tel.: + 36 70 525 2313 - Mr Attila Szucs

Tel.: + 36 70 244 7283 - Mr Tamas Daranyi (Hungarian, English languages)

Tel.: + 44 784 681 3283 - Mr Istvan Toth (Hungarian, English languages)

Tel.: + 36 20 938 6841
Viktor Berta (Russian, Hungarian languages)
Quick-charge to 100% of sealed maintenance-free water-based batteries in 15-20 minutes.

Charging times shown below are from the 0 point adjusted by the electronics of the electric vehicle to 100% charging level.
[Sealed Lead Acid - 15 min]
[NiCd, NiMH - 20 min]
[Lithium-based: LiFePO4, LiFeYPO4, PANASONIC UF261591 - 20 min]
Quick-charge to 100% of sealed maintenance-free water-based batteries in 15-20 minutes.

Charging times shown below are from the 0 point adjusted by the electronics of the electric vehicle to 100% charging level.
[Sealed Lead Acid - 15 min]
[NiCd, NiMH - 20 min]
[Lithium-based: LiFePO4, LiFeYPO4, PANASONIC UF261591 - 20 min]

Quick-charge to 100% of sealed maintenance-free water-based batteries in 15-20 minutes.

Charging times shown below are from the 0 point adjusted by the electronics of the electric vehicle to 100% charging level.
[Sealed Lead Acid - 15 min]
[NiCd, NiMH - 20 min]
[Lithium-based: LiFePO4, LiFeYPO4, PANASONIC UF261591 - 20 min]
Our vision:
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SLA Akku - Research and Development Company. All Rights Reserved © 2020 | Identifier: 229590
Without the 100% charging in a short time period, the E-vehicle mass production will never take place.
See our great Test record for LiFePO4 battery