This plant is designed to support energy of 2750 Watt-hours / Day with the following major components
Solar Photovoltaic Module – 1000 Wp
Solar PUC ( Charge Controller + Inverter) – 48 Volts, 2000 VA
Solar Low Maintenance Lead acid Battery -48 Volts, 240Ah @ C10
System Voltage 48 Volts
Nominal Power 2000 VA 1 Phase 230V AC 50Hz out put
Technology PWM technology
Solar Photovoltaic Module
PV Module nominal Power 125 Wp (8 Nos)
Maximum Power Point Voltage (Vmp) 35.6 Volts
Maximum Power Point Current (Imp) 3.52 Amps
Open Circuit Voltage (Voc) 43.2 Volts
Short Circuit Current (Isc) 3.73 Amps
Solar Power Conduction Unit (Charge Controller+ Inverter )
System Voltage 48 Volts
Nominal Power 2000 VA 1 Phase 230V AC 50Hz out put
Technology PWM technology
System Usage:
Maximum allowed energy consumption per day is 2750 Whs
Maximum allowed continuous load at any point of time 1600
W
Fully charged battery can support 3 days of load
(2 non sunny days) with Maximum usage of 2750Wh/day
The Energy used in one day can be re-charged in battery on a
Solar Low Maintenance Lead acid battery
Nominal Voltage 48 Volts
Nominal Capacity 12 Volts , 120Ah @ C10 (8Nos)
Battery AutonomyP Designed for 3 (2+1) days
Autonomy (3 Hrs of operation each day)
If I am running a Personnel Computer, A normal ceiling fan and a 28W T8 Tube light, how many hours the solar power plant system will run with direct sunlight and how many hours with the above said battery configuration.
In Case if there is 3 fans, 3 tubelights, 1 personnel computer how many hours of power backup it will give.
If I want to add more solar panels to this system is it possible to add ?
Thank you
S Gurumoorthy