
Solar Hybrid UPS Power Generating System with MPPT is Double Conversion with Load Sharing Technology. This is one of the advanced technology in the market to utilize 100% of Solar PV Generated power by enhancing Solar Power through MPPT Load Sharing and current control technology which can be used for sensitive, sophisticated and industrial loads.
The output load is completely isolated from input by using Double conversion technology and also our Solar UPS Out power is constant for 24/7 without any fluctuation.
The Solar power is utilized maximum level even during cloudy season. The priority is always for Solar Power. Solar Power and Electric Board(EB) Power will be paralleled and will work together but always priority is for the Solar Power. After utilizing Solar Power still if load required more than Solar generated power. Our Solar UPS Smart Dual Sharing technology will allow EB Power to feed the power to Inverter Input. So Output load is protected with Uninterrupted Clean Power.
During Day time, Solar Hybrid UPS will work as Solar Power generating System which will generate the power by using Sunlight through Solar Photo Voltaic Modules priority will be for Solar Energy. When Solar Power is available our Solar Hybrid System will charge the battery completely through Solar Charger. The MPPT Charger will enhance the Solar power by 15 to 30% Once Battery is fully charged based on availability of SPU Power. It will supply the Solar Power to output load without any interruption by switching of the EB Power to ensuring 100% utilization of Solar Power so you need not depend on EB Power. When Sunlight power is not available this will reconnect the EB Power to ensuring the uninterrupted power supply. Even during power cut, in the night the stored Solar Power from the Batteries can be utilized as backup power.
DESCRIPTION | SOLAR SINEWAVE UPS TECHNICAL SPECIFICATION |
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TECHNOLOGY | DSP Based PWM MOSFET/IGBT |
CAPACITY | 1 KVA to 3 KVA |
INPUT Voltage | 175V – 265V AC for Computer 100V – 300V AC for lighting |
Transfer Time | < 10ms |
Wave Form | Pure Sinewave |
Frequency | 50Hz+/0.5Hz |
Efficiency | > 96% |
Output Voltage | 225V +/- 1% (on Battery mode) |
Power Factor | 0.8 Lag |
Charger on Mains | DSP Based Technology Trigle cum float Charger |
Charger on Solar | Intelligent Maximum Power Point Tracking (MPPT) technology |
Battery Charging Current | Up to 30A (On Solar) |
Peak charger efficiency | 97% |
Short Circuit | > 300% load(short circuit with Manual Reset Funcion) |
Indication /LCD Display | Mains on, Mains Charging, Solar Charging, Inv On, Battery Low, Overload |
Alarms | Battery Low, Over Load, Mains Failure, Short Circuit |
Protection | Mains and Solar High and Low Voltage, Short Circuit, Battery deep discharge and over charge |
Type of cooling | Forced Air Cooling |
Noise level | Less than 60 db |
Crest Factor | Up to 3:1 |
Withstanding capacity | 125% up to 60 Seconds |
Battery Voltage | 1KVA / 24V DC …. 3 KVA / 48V DC |
Operating Temp | 0 – 500C |