Presentation. Why Save valuable resources  Minimizes costs connected to the use of lead - acid batteries. It extends battery life by up to 100% and increases.

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Presentation transcript:

Presentation

Why Save valuable resources  Minimizes costs connected to the use of lead - acid batteries. It extends battery life by up to 100% and increases both capacity and performance. Thanks to this, the product decreases energy use during battery charging and helps to save expenses connected to waste disposal and financial losses caused by declining equipment performance. Protect the environment  Connects financial gains with a responsible approach to the environment. It prevents early battery replacement and decreases energy consumption while lowering levels of CO2 emissions and lead waste in the environment. At the same time, no new chemicals are added to batteries that would have a negative impact on the environment. Simple application  The liquid is simply added every 6 to 12 months to battery electrolyte according to the type, method and conditions of use. The application is not technologically or capital- intensive and takes place directly at the customer´s. Reliably boots performance  Simply increasing the efficiency, functionality and reliability of batteries. Regular application chemically optimises the characteristics of each battery, effectively preventing progressive decreases in capacity and in battery performance. This multiplies reliability and stabilises the operating time between charging for individual batteries.

Product Powerbatt Prevent represents the ideal way how to maximize the lifespan, reliability and performance of lead-acid batteries, such as:  Traction  Stationary  Starter Complicated problem needs a simple solution: Aging of a battery is greatly influenced by sulphating and brown conductive sediment, resulting in a longer charging time, lowering of capacity and lifespan of a battery and even failures of the mechanism. Application of Powerbatt Prevent prevents these effects from happening and at the same time reverses their damages and revolves the original characteristics of a battery. Vek batérie Kapacita batérieKapacita batérie Year Capacity Capacity Standard lifecycle Lifecycle with PowerBatt

Effects and Guarantees  Eliminates layers of crystalized lead sulphate  Revolves active structure of the electrode and ensures the maximum capacity of the battery  Lowers and deactivates the brown conductive mud - making it non conductive  Equalizes cells voltage and density of their electrolyte  Increases battery ´s capacity by a minimum 10%  Keeps the capacity for minimum 8 months  Prolongs life of a battery by minimum 50% The most significant effects of Powerbatt Prevent on treated battery are: Guaranteed minimal measurable results on a battery treated by Powerbatt Prevent by optimum conditions Common results in cases where our standards have been followed  Increase in battery´s capacity up to 80% on a battery with current capacity of 50%  Keeps the capacity for 12 months  Prolongs life of a battery by 100% by regular application of our products

Unique, patented and proven technology by customers Challenges Removes hard sulphate accretion Increases surface of the battery plates Eliminates brown mud

Application and Savings  Application of PowerBatt products increases capacity of the battery. The application is contained in the batteries in forklift trucks, platform, electric vehicles and trains.  Model example – Background:  Calculation: Traction batteries  Financial savings:

Application and Savings  PowerBatt products application results in equalizing battery cells and greater effectiveness.  Model example – Background:  Calculation: Stationary batteries  Financial savings:

Application and Savings  Application of PowerBatt product removes sulphate and extends battery life. The application is for batteries used in cars and machines.  Model example – Background:  Calculation: Starting batteries  Financial savings:

Počet článkov Testing and Results Cell number CellvolatageCellvolatage  Type: traction battery  Year: 2007  Ah: 420  Volt: 48  Year of the 1st applicaton: 2009  Cycle: 6 months* Parameters of testing battery for a German client  Application of the product in the second year of battery´s life resulted in stabilising and equalising of voltage in each cell.  After two years of product application, a significant increase in batteries performance was measured. Achievements * on average Before 1 application (2009) Before 2 application (2009) Before 3 application (2010) Before 4 application (2010) Before 5 application (2011)

Počet článkov Napätia článkovNapätia článkov Testing and Results Cell number CellvolatageCellvolatage  Type: traction battery  Year: 2001  Ah: 450  Volt: 80  Year of the 1st application: 2009  Cycle: 8 months  First application of the product in the 8 year of battery´s life – visible low parameters on each cell – battery at the end of its life span  After several measurements after period of 8 months from the first application, slight increase of parameters can be already seen. After another two years, despite the age of the battery, parameters showed better results than at the beginning Achievements Parameters of testing battery for a German client Before 1 application (2009) Before 2 application (2010) Before 3 application (2011)

Cell number CellvoltageCellvoltage Testing and Results  Type: traction battery  Year: 1998  Ah: 330  Volt: 24  Year of the 1st application: 2009  Cycle: 8 months  The product was first applied in the 11 year of battery life. The battery had a strong layer of sulphate on electrodes and low voltage on individual cells. First application destroyed part of the sulphate and after repeating the process of application, we can see a voltage increase on individual cells. After 13 years battery is still in use.. Achievements Parameters of testing battery for German client Before 1 application (2009) Before 2 application (2010) Before 3 application (2011)

Patents and Certificates

Areas of use and Refferences PowerBatt can be used across all sectors, which use lead - acid batteries. Sector focus is mainly on the automotive, telecommunications, energy and utilities, transportation and logistics, marine, aviation and healthcare. Test performed by an independent authority, Slovak Technical University in Bratislava, confirms the positive effect the PowerBatt has on electrochemical activity of electrodes and recommends its application. Selected refernces:  TVH (Belgium)  JAVYS Nuclear Decommissioning company (Slovakia)  Ministry od Defense (Slovakia)  Continental (Slovakia)  METRO (Slovakia)  IKEA (Poland)  Jungheinrich (Poland)  Linde (Poland)  Michelin (Poland)  MANN (Germany)  EDEKA (Germany)  Lagermax (Germany)  BILLA (Germany)  Kuehne & Nagel (Croatia)  DM Drogerie (Croatia)  Datang Telecom Technology (China)  United Cleaning Services Limited (Canada)  City Cruises (Great Britain)

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