Vsole 3KW Hybrid Solar Inverter Single Phase Inverter (VS-HY03S-3KW 48V) Specification
- Features
- 3-stages equalization charging curve , self-adaptation to BMS , 0.9 leading to 0.9 lagging power factor adjustment
- Maintenance Type
- Natural Cooling / Intelligent Cooling (depending on model)
- Input Voltage
- 370 Volt (V)
- Operating Temperature
- -45 C to 60 C Celsius (oC)
- Max Voltage
- 3000 Watt (W)
- Max System Voltage
- 3000 Watt (W)
- Output Voltage
- 220 / 230 Watt (W)
- Cable Length
- NA Centimeter (cm)
- Dimension (L*W*H)
- 376W 470H 241D Millimeter (mm)
- Application
- Home, Industrial, Commercial
Vsole 3KW Hybrid Solar Inverter Single Phase Inverter (VS-HY03S-3KW 48V) Trade Information
- Minimum Order Quantity
- 1 Piece
- Payment Terms
- Paypal, Telegraphic Transfer (T/T)
- Supply Ability
- 1000 Pieces Per Month
- Packaging Details
- national standard packaging
- Main Domestic Market
- All India
- Certifications
- Anti-islanding, PV reverse polarity, Insulation resistor detection, Residual current monitoring, Output overcurrent, Output shorted protection, Surge protection level (DC Type II / AC Type III)
About Vsole 3KW Hybrid Solar Inverter Single Phase Inverter (VS-HY03S-3KW 48V)
The Vsole VS-HY03S-3KW (48V) is a high-efficiency single-phase hybrid inverter that optimizes energy management for residential and light commercial use by utilizing a 48V DC battery architecture. This higher-voltage system reduces electrical resistance and heat loss compared to lower-voltage models, ensuring more stable performance when delivering its 3000W of pure sine wave power. Equipped with an integrated MPPT solar charge controller and a high-speed UPS transfer function, the unit seamlessly blends solar, battery, and utility power to provide uninterrupted electricity. Its design is particularly well-suited for modern energy storage, as it aligns with industry-standard 48V lithium "server rack" batteries, offering a scalable and reliable solution for users seeking to maximize their solar self-consumption and long-term system durability.