Battery Charger R & D Page

Find out how years of battery charger R&D have made this new technology possible...

 We do more than just sell battery charger solutions, we are also involved in the research and development of these solid state battery chargers and motor/generators. This includes improving solar and wind generation systems. Instead of conventional constant current or constant voltage DC charging, batteries charged by electrical pulses with specific shape, frequency, and magnitude trigger improved electrochemical energy transfer in the battery. Because of this,   the life of new batteries can be dramatically extended, and the capacity of older batteries, previously unable to be adequately charged, can be increased.

Energenx^TM  12 Volt
Radiant Battery Rejuvenator 

Our new 12V Battery Rejuvenator now makes it possible for you to charge and recover highly sulfated batteries previously considered unchargeable. The costs of replacing these batteries is typically between $60.00 - $300.00, but the Rejuvenator costs just pennies to operate.  The fully-automatic, microprocessor-controlled Rejuvenator can be used on virtually any 12V battery on the market.  Power level is selectable appropriate to the size battery being charged.   

 

 
click to enlarge 

The load test graph above represents a battery that was unchargeable by conventional means. After just cycling the battery four times, in the charger's "desulfate" mode,  the battery's capacity is now seven times greater and will continue to increase after repeated cycles. Once the battery reaches its optimal charge potential, it will automatically stop the cycling process. In the same way we have restored numerous batteries with this system. 

Radiant technology can now be used to effectively capture and use a larger portion of the common "marginal" energy available to current conventional solar and wind energy supply systems while also providing a denser, longer lasting charge to the storage batteries in these systems.

The Solar Kick integrates both solar and wind power into dual battery banks, which are also controlled by the Radiant charge controller. This new innovation, seamlessly switches between battery banks to provide uninterrupted power.

 This newly developed 12V or 24V charge-controller is fully automated and is designed to function with a dual battery bank system. Subsequent in-house testing has shown increase in the recovery of marginal energy which can account for a 30% increase in battery power available to these systems during periods of non-optimal solar/wind  conditions. For solar power systems, these marginal periods would include times of indirect sun, rain and clouds, dust storms and moon light.

RC, LLC in house testing verified this incredible  marginal yet rejuvenative charging of 10 discarded  6V golf-cart Interstate batteries with only a 45W solar panel source during several months of cloudy 2007 winter nights . These batteries then powered a 3KW load. Most of the charging took place during seasonally shady daylight hours. However, charging of this large bank of batteries was observed when the panel was putting out only 0.4 volts at night with thick clouds in the sky! 

In-house testing has been conducted on many different models to determine the optimal performance levels and power output, while using significantly less input to generate the system's output. Although, the motor/generators remain a continued research and development project, we are confident that one day these motors can be used in a wide variety of energy conserving products that require far less energy to operate.

Pictures shown are small-scalereplications of  Energenx^TM
motor/generator systems by RC LLC in-house since 2004.

A variety of motors and fans were entirely constructed with the
John  Bedini^TM   patented process, while other conventional fans' circuitry were replaced with this superior circuitry to give much greater total system efficiency.

 

 

Small scale models have been built to prove the principles of this technology. They can perform a variety of tasks, such as, pumping water and running fans, while also having the ability to tap off additional energy for instant consumption or diverted to storage batteries for later use.

 

We found that these motor/generators produced less heat and were able to charge both small and large banks of batteries while powering a mechanical load.

Our extensive research with this technology shows us that it can be adapted to improve the total efficiency of all electrical applications.

 

 

 

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