Professional introduction of 7.2KW Hybrid Solar Inverter 48VDC
I. Core performance advantages
Efficient energy conversion
Adopting high-frequency topology design, the conversion efficiency is as high as 93%, which is 5-7% more energy-saving than traditional industrial frequency machines
80A high-current MPPT controller, supports 8000W solar input (Voc≤500VDC)
48V battery system compatible, charging and discharging efficiency ≥93%

Support 6 parallel expansion (maximum 43.2KW system)

0ms switching mode to ensure that key loads are not disconnected

Pure sine wave output (THD<3%), suitable for precision equipment

Industrial-grade reliability

Overvoltage/overcurrent/short circuit/reverse connection protection

II. Advantages of industrial frequency machines
Parameters This high-frequency model Traditional industrial frequency machine
Efficiency 93% 85-88%
Weight 18kg 45kg
Volume 0.05m³ 0.12m³

Expansion capacity 6 parallel Cannot be connected in parallel
III. Typical application scenarios
Small and medium-sized industrial and commercial rooftop photovoltaics (average daily power generation of 30-40 degrees)
Off-grid power supply for farms/breeding farms
Electric vehicle charging station matching
Hybrid power supply for communication base stations

IV. System configuration recommendations
PV array:

16 450W modules (7.2KW total power)

4 series and 4 parallel design (Voc≈480V)

Energy storage battery:

48V 400Ah lithium battery pack (19.2kWh capacity)

Support 1C fast charging (400A charging current)

Power generation capacity:

Daily average power generation: 7.2KW×4h×93%≈26.8kWh

Can support: 5-horsepower air conditioners (6KW) running for 4 hours

1-year warranty for the whole machine

Free remote monitoring system

48-hour door-to-door service nationwide

Summary: This 7.2KW Hybrid Solar Inverter 48VDC model has become the first choice for cost-effectiveness of 8KW-class photovoltaic systems with its 93% high efficiency and modular parallel design. Compared with industrial frequency models, it saves more than 30% of space and reduces comprehensive energy consumption by 15%, which is particularly suitable for industrial and commercial scenarios that require flexible expansion.

cost effective inverter