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GoodWe  |  SKU: GOODWE-GW15K-ET-20

GoodWe GW15K-ET-20 Asymmetric Hybrid Inverter 15kW - 3 Phase

926.201 Ft
Tax included

You can also pay in EUR (€)

Do you have a question?

Product related question? Contact us:

Monday - Friday: 08:00 - 16:00

+36 20 220 3049 | +36 70 513 3558

info@energiamegujitas.hu

Payment and shipping

Payment
The order total can be paid by bank transfer in advance, in HUF or EUR. Cash on delivery is available for orders up to HUF 500,000, with a handling fee of HUF 4,990. For orders over HUF 500,000, only bank transfer in advance is possible. The proforma invoice will be sent via email and will contain the necessary bank transfer details.

Shipping
We deliver orders throughout Hungary with the help of our reliable logistics partners or our own transport. Personal pickup is possible by prior arrangement. Shipping costs are determined based on the size, weight, and type of the ordered product:

  • Small package: HUF 3,790
  • Large package: HUF 6,490
  • Heat pump: free shipping
  • Solar panel and battery: individual shipping fee (based on size, weight, and quantity)

Description

The GoodWe ET G2 series is a three-phase hybrid inverter family designed for solar systems between 6–15 kW. It can be used with high-voltage lithium-ion batteries and provides management of PV production, battery energy storage, grid operation, and backup output in one device.

The battery voltage range is 150–720 V. The maximum charging and discharging current is 30 or 40 A, depending on the model. On the solar side, smaller capacity models have 2 MPPT trackers, while larger versions have 3. The MPPT operating range is 120–850 V.

The maximum PV input power ranges from 9.6–24 kW, depending on the model. The multiple MPPT design allows for system configurations even with different orientations or multi-array solar systems.

The backup output serves to supply a separate consumer circuit. The nominal backup power is 6–15 kVA. With adequate PV and battery-side power, short-term overload capacity can be up to 12–18 kVA for 60 seconds, depending on the model.