Extensive testing has shown that this little charger outperforms any of the rival competition in its class. It will easily charge highly sulfated, unchargeable batteries and maintain good batteries at their peak performance levels.

The graph to the left indicates how much more capacity the battery can hold after just one week of use. This was compared to a national brand charger in a laboratory controlled environment. Although all batteries degrade over time, the use of a radiant charger can slow this process down considerably, resulting in energy savings and battery longevity.

There is no substitute for radiant charging, especially when the need arises for that extended run time of a deep cycle battery or the reliability of a starter battery. The thinner plates of a starter battery deteriorate rather rapidly during the course of normal use and conventional recharging.  Radiant charging takes advantage of the battery's own natural conversion process to help restore the negative effects of rapid discharging, giving this type of battery its longest possible life.   The thicker plates of a deep cycle battery can now provide incredible longevity thanks to this little charger's ability to keep them free from sulfation buildup.

By using the Renaissance charger as part of a regularly scheduled maintenance charging routine, the battery replacement intervals, in a fleet of electric vehicles for example, can be effectively extended.

Radiant charging provides benefits that can save you time and money, increasing your battery's life to meet or exceed its manufacturer's warranty..

To purchase or receive more information visit Renaissance Charge LLC, and prepare to be amazed.

There is no better charging system on the market today to maintain old or new batteries to their optimum performance levels. Daily use of the Genesis Charging System on new batteries will keep dramatically extend their working life.  Older batteries, with each charge cycle, will deliver more and more of their original sustaining power.  The amazing effects of radiant charging can result in less battery recycling and 30% or more of available stored battery power.

Genesis Charging Systems - (36-48 Volt Forklift Battery Charger/Rejuvenator)

Use this 36-48 Volt charger when the others fail to charge your severely sulfated batteries.  Charge with this innovative, new technology as part of a regularly scheduled maintenance charging program to keep your whole fleet in shape, insuring that your batteries retain their maximum capacity.  If you are a fleet operator, this product will increase productivity, significantly reduce battery replacement costs, and end premature recycling. This charger covers a wide range of industrial battery capacities ranging from 200 to 1500AH. LED indicates charge status, power is user-selectable, and a large liquid-crystal display indicates battery voltage.

This fully-automatic, microprocessor-controlled Rejuvenator can be used on virtually any 12V battery on the market.  Power level is user-selectable according to the size of the battery being charged.

In one lab test, after just cycling the battery four times, in this charger's rejuvenation mode, a dead battery's capacity increased by an astonishing 700% and continued to increase after repeated cycles.

Operation is easy, just put the battery back in use after it has reached its optimum capacity.

Energenx™ Solar-Kick

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.

Currently being developed, this 12V or 24V charger-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 moonlight.