Su-kam 1000VA 24V MPPT based Solar charger Power Conditioning Unit(PCU)

As solar power is scarce so its maximum utilization is of utmost priority. Su-Kam has integrated its high efficient MPPT based charge controller
inside the PCU. The optimum efficiency of the Inverter section along with high efficient MPPT charge controller helps generate maximum power
from the solar panels. This makes the whole solar systems give maximum output from the same systems

Working of Solar PCU

– When solar energy is sufficient then total o/p load will operate on solar through MPPT and Inverter. Excess solar power will charge batteries
– When solar energy is weak then Inverter is taking DC source from solar & balance from batteries
– When batteries reach 75% discharge level the o/p load is shifted to grid
– After shifting load to grid (bypass) the batteries are charged from solar energy and if solar energy is not sufficient to charge the batteries, then
remaining DC power is taken from gird charges (Inverter is acting as a grid charger in reverse directions so the system is called a bidirectional PCU)
– Once the batteries are fully charged then load is shifted back to Inverter from grid
– During change over from Inverter to grid and if grid supply is not present then again load is shifted to Inverter to use buffer Battery backup.
– When grid returns during Inverter which is working on buffer Battery backup then the load is shifted to grid and batteries are charging through
solar or grid as per bi-directional logic

Features and Opton:
– MPPT based solar charger
– DSP based technology for Inverter
– PWM technology mains grid charger and Inverter with
bidirectional operation
– Pure Sinewave output with Low THD
– Availability of O/P I/P.

Electronic protection functions
– Pulse by pulse current limiting with auto reset resulting in
efficient overload and short circuit protection
– DC Reverse polarity and battery deep discharge protection
– Inbuilt Galvanic isolation transformer
– Solar and grid charging current sharing for maximum solar usage
– Buffer for battery backup in emergency

Displays
– LCD display for metering, I/P & O/P parameters
– Faults Display
– Remote Monitoring Software

TECHNICAL SPECIFICATIONS