- September 9, 2017
Complementary Inverter Power Systems is meant to produce and provide electrical power in the advert of power failure from PHCN or Generator. However the system needs generator or PHCN to replace drained out charges after use.
In the design and implementation of the complementary Power system, we will be making use of the pure sine-wave, digital signal processing inverter as compared to square wave or modified sine wave inverter and a bank of deep cycle, maintenance free batteries. Inverters present us the opportunity of converting stored DC power to consumable AC power for use at our desired time of need.
Online/Offline UPS systems are based on the world’s most advanced Digital Signal Processing (DSP) Sine Wave Technology. It provides all connected appliances with a steady source of 100% Pure Power. Some unique features of our Digital Signal Processing Pure Sine Wave (unpolluted current) Inverters include:
Online UPS: The Online UPS is ideal for environments where electrical isolation is necessary or for equipment that is very sensitive to power fluctuations. The Online UPS is generally more expensive but may be necessary when the power environment is “noisy” such as in industrial settings, for larger equipment loads like data centers, or when operation from an extended-run backup generator is necessary. Its uses include:
• Power of ATM machines
• Integrated power solution
• Security and Survelliance Camera
• Electrical Power back-up for sensitive industrial control equipment
Interactive UPS: The Line-Interactive UPS is a multi-tap variable-voltage autotransformer. This type of UPS is able to tolerate continuous under-voltage brownouts and over-voltage surges without consuming the limited reserve battery power. It is employed in:
• Computer power back-up
• Security Alarm backup.
• Medical and laboratory equipment.
Offline/Standby Inverter: The Offline / Standby UPS (SPS) offers only the most basic features, providing surge protection and battery backup. Usually the Standby UPS offers no battery capacity monitoring or self-test capability, making it the least reliable. However it is deploy in household use and other applications where power backup is needed without much accuracy. Its use includes:
• Domestic/household use.
• Security lighting.
• Signage boards.