黃金電解液修復劑功能特點

 成倍提高蓄電池壽命

新的蓄電池添加修復劑後,在正常使用情況下液體型起動蓄電池一般能用到4年以上。 大大節省了使用者開支,延緩了電池更新速度。

徹底消除硫酸鹽化

加入納米離子修復劑後,加水電瓶經過一個充放電迴圈即可見效, 嚴重硫化的經過3次以上迴圈即可完全恢復正常,從此不再產生硫化現象。

出眾的環境適應能力

無論是嚴寒還是在酷暑均能保證蓄電池發揮穩定的性能。在-40°C~60°C的環境中,仍可滿足使用要求。

使用安全簡便

不含酸性物質及其他對人體有害的物質,有效,安全,無副作用.操作簡單,看說明人人都會用

成倍提高蓄電池壽命

新的蓄電池添加修復劑後,在正常使用情況下液體型起動蓄電池一般能用到4年以上。 大大節省了使用者開支,延緩了電池更新速度。

穩定的充放電性能

具有大電流放電能力,且有極強的充電接受力。將蓄電池的容量全部放完, 電壓降至零伏,讓正負極短路72小時後重新充電,可恢復全部容量。

 

黃金電解液修復過程

圖二 鉛酸電池恢復數據表

經過充放電測試,電池狀況成長良好

圖三  電流電壓測試儀
圖四  電流電壓測試圖

黃金電解液有效提升電池能量密度10%

1號電池:未添加黃金電解液

2號電池:添加黃金電解液 ( A劑 )

A劑:有效提升電池能量密度5%

B劑:有效提升電池能量密度10%

新品電池添加黃金液後比較圖

1號電池充放電數曲率表

( 未添加 )

1號電池充放電數參數表

( 未添加 )

2號電池充放電數曲率表

( 添加A劑 )

2號電池充放電數曲率表

( 添加A劑 )

黃金電解液操作過程
適用於電池健康情況低於50%以下電池,
以1800cc鉛酸為例,使用黃金電解液500cc , 4瓶進行修復

濃縮黃金電解液操作過程
適用於電池健康情況高於60%以上電池,
以1800cc鉛酸為例,使用濃縮黃金電解液240cc , 1瓶進行修復

Golden Electrolyte User Manual for Large Vehicle Battery

Field of Application

Wind power reserve
Solar reserve power
Communication system backup power
Emergency lighting system power
Peak load compensation storage device
UPS and industrial computer backup power
Power system backup battery
Medical equipment backup power

Vehicle power supply
Ship equipment subsidy power
Aircraft, motor vehicles ignition power
Railway system bus auxiliary power supply
Deep sea lighting and power system power
Mining system lighting traction power
Fire and Security Defense System Power
Alarm system power

Introduction

Due to the characteristics of lead-acid batteries,the main reason for its end of life is: sulfation!
To recovery a lead-acid battery on which sulfation occurred, a professional means is needed.

Figure 1 shows an electrode plate of a lead-acid battery, lead sulfate crystals are formed on the electrode plate.

Figure 2 shows the electrode plate of the leadacid battery shown in Figure 1 with the removal of the lead sulfate crystals af ter using our goldenelectrolyte.

The lead-acid battery nano-ion repair agent (Golden electrolyte) ,with the wisdom of lead-acid battery testing & repair instrument, is the best way to remove the lead sulfate crystals on the battery plate.
That is to say, through the repair agent and discharge and charge cycle of the repair instrument, lead sulfate crystals on the the surface of the electrode plate which block the electrode plate stored energy
and discharge factor, can be removed and the function of the electrode plate can be restored.
The following figure shows how the lead sulfate crystals are removed through the repair agent and discharge and charge cycle of the repairinstrument.

鉛酸電池活化可行性與方法介紹

黃金電解液電池比較表