Brand:
Description:
GoodWe single-phase inverters are used for On-Grid photovoltaic systems (sites connected to an electricity distribution grid).
The products are compatible with the AFM 'Photovoltaic Systems' Program.
Attention: To inject energy into the public electricity distribution grid, a prosumer-type connection is required that enables metering of the surplus energy delivered to the grid.
These products have a maximum efficiency of 97.5% and an average efficiency at European level of 97.0%.
The GoodWe NS series has the advantage of operating with a low start-up voltage of 80V, as well as a very wide voltage range from 80 to 450V. The inverter body is made of a robust plastic housing, designed to IP65, ensuring weather resistance and allowing outdoor installation. The flexible GoodWe monitoring system provides comprehensive real-time data and analytics for installers or system owners to maximize performance.
The performance of your solar system can be easily checked at any time from a computer via the GoodWe monitoring website or from a tablet or smartphone via a web portal.
Certifications:
- Safety standards: IEC62109-1&2;
- E.M.C.: EN 61000-6-1, EN 61000-6-2, EN 61000-6-3, EN 61000-6-4;
- Grid connection standards: VDE0126-1-1, AS4777.2, EN50438(PL), G83, ERDF-NOI-RES_13E, IEC61727, IEC62116;
General data:
- Operating temperature range: -25 ~ 60 ° C
- Operating relative humidity: 0% ~ 100%
- Operating altitude: max. 4,000 m
- Cooling: natural convection
- Display: LED&LCD
- Noise level: <25 dB
- Communications: RS485, Wi‑Fi
- Protection rating IP65
Technical specifications:
• Input:
- Max. DC power: 3900 W
- Max. input voltage: 500V
- Operating voltage: 360 V
- Start-up voltage: 80 V
- MPP voltage range: 80-450 V
- Max. input current/MPPT: 18 A
- Max. short-circuit current: 22.5 A
- Strings per input: 1
- Number of independent MPP inputs: 1
• Output:
- Rated power: 3000 W
- Max. apparent AC power: 3000 VA
- Rated voltage: 220 V / 230 V
- Frequency: 50 Hz / 60 Hz
- Max. output current: 13.5 A
- Adjustable power factor
Characteristics:
Documentation:
