pv inverter 3kw grid-tied solar inverter
Negotiable /Set
Min.Order:1 Set
Dongfang Hitachi (CD) Electric Control Equipments Co., Ltd.
Key Features and Advantages
Grid-tied PV inverter designed for commercial or residential applications.
More power harvesting with 2-MPPT decentralized tracking technology, advantageous over single MPPT in cloudy weather
conditions.
Overall power efficiency up to 98.7% with advanced algorithm.
Reactive power adjustable, ranging from 0.9 lag to 0.9 lead.
Specially design for outdoor installations (IP65), adaptable to harsh environment. Derating operation between 3000m and
6000m for high altitude applications.
Grid friendly with pure sine wave output, minimal harmonic pollution and impact to the power grid.
Integrated RS485/RS232 and GPRS communication interface for remote monitoring.
Light weight, easy to install, and the whole system can be integrated into one cabinet.
Technical Specifications:
DHSP Series Grid-tied Solar Inverter (3kW)
Model | DHSP1GC-3KTL | |
DC Input | Max. Input Power(kW) | 3.3 |
Max. Input Voltage(V) | 520 | |
Max. Input Current(A) | 18 | |
MPPT Range(V) | 150~500 | |
AC Output | Nominal Output Power(kW) | 3 |
Max. Output Power(kW) | 3.3 | |
Rated Output Current(A) | 15 | |
Grid Voltage Range(V±%) | 230±10% | |
Grid Frequency(Hz) | 50/60±0.5 | |
Max. Efficiency(%) | >97.4 | |
European Efficiency(%) | >96.3 | |
Power Factor Range | 0.9 (lag) ~ 0.9 (lead) | |
Total Harmonic Distortion (%) | ≤3% ( Rated. Power) | |
System | Ingress Protection | IP65 (outdoor) |
Insulation Class | H | |
Cooling Method | Air blast | |
Display | OLED | |
Communication Interface | Ethernet, RS485, GPRS | |
Dimension (W×H×D) (mm) | 414x560x200 | |
Weight(Kg) | 27 | |
Environment | Operating Temperature (℃) | -35℃ ~ +50℃ |
Operating Humidity (%) | <95%, without condensation | |
Installation | Indoor, in a dust free environment free of hazardous or flammable material | |
Protection | Over-current, DC Over-voltage, AC Short-circuit Over/under-voltage of grid, Over/under-frequency of grid Anti-Islanding, Reverse Discharge, Reverse Polarity |