• PRIMARY POWER SOURCE (ELECTRICAL OUTLET FROM WALL, GENERATOR) CONSTANTLY CHARGES THE BATTERY
• POWER TO THE LOAD (LIGHTING, APPLIANCES, EQUIPMENT) IS SUPPLIED BY THE BATTERY
• AS THE POWER PROVIDED BY THE BATTERY IS DISCHARGED IT IS AUTOMATICALLY AND CONSTANTLY RECHARGED, AS NEEDED, FROM THE PRIMARY POWER SOURCE
• WHEN THE PRIMARY POWER SOURCE IS INTERRUPTED (POWER FAILURE, BLACKOUT), THE BATTERY WILL CONTINUE TO SUPPLY POWER TO THE LOAD UNTIL IT IS COMPLETELY DISCHARGED
• THE LENGTH OF TIME AND THE AMOUNT OF POWER SUPPLIED BY THE BATTERY IS DETERMINED BY THE BATTERY CAPACITY. (LONG-LIFE BATTERY MODULES ARE IDEAL.)
• BATTERY CAPACITY CAN BE INCREASED TO PROVIDE LONGER POWER SUPPLY BY SIMPLY ADDING OR STACKING MORE BATTERIES

BENEFITS :

• POWER FAILURE IS NO LONGER A FACTOR
• BLACKOUT IS NOT EVEN NOTICEABLE
• ZERO INTERRUPTION OR FLUCTUATION IN POWER SUPPLY
• CONTINUOUS POWER SUPPLY FOR LONG PERIODS DURING BLACKOUTS
• CLEAN POWER QUALITY
• INCREASED EQUIPMENT LIFE AND LIFE OF LIGHTING FIXTURES
• FULL BRIGHTNESS FOR LIGHTING
• REDUCED MAINTENANCE COSTS
• ELIMINATION OF NEED FOR "EMERGENCY LIGHTING"
• INCREASED SAFETY
• INCREASED PRODUCTIVITY
• REDUCED OPERATING COST

• PRIMARY POWER SOURCE (ELECTRICAL OUTLET FROM WALL, GENERATOR) CHARGES THE BATTERY
• POWER TO THE LOAD (LIGHTING, APPLIANCES, EQUIPMENT) IS SUPPLIED BY THE BATTERY
• AN INTELLIGENT INTERFACE (SWITCH LOGIC MODULE) IS INSERTED BETWEEN THE LOAD AND THE BATTERY TO PROVIDE VARIOUS OPERATING AND SWITCHING MODES, INCLUDING INTERFACING TO COMPUTER-BASED CONTROL SYSTEMS.
• THE OPERATING MODES CAN TAKE INTO ACCOUNT (SENSE) WHETHER OR NOT THE PRIMARY POWER HAS BEEN INTERRUPTED (INPUT "A"), AND SWITCH TO OTHER OPERATING MODES AS PROGRAMMED
• THE OPERATING MODES CAN ALSO BE PROGRAMMED TO FUNCTION INTELLIGENTLY AS WELL AS EFFICIENTLY THROUGH A COMPUTER-BASED CONTROL SYSTEM (INPUT "B")

BENEFITS :

• INTELLIGENT POWER MANAGEMENT
• PROGRAMMABLE FUNCTIONS TO FIT SPECIFIC NEED
• INCREASED EFFICIENCY
• REDUCED UTILITY COSTS
• REDUCED MANPOWER COSTS