Name: 110kw Deye Inverter Grid Tied - End Loadshedding
Price: 69950.00 ZAR
Availability: InStock

110kw Deye Inverter Grid Tied

R69 950,00

The 110kW Deye Inverter Grid Tied is a 110kW grid-connected inverter for professionally designed solar, backup and energy-management systems. Converts photovoltaic DC energy into grid-compatible AC power. Supports professional system monitoring and protection when installed with the required accessories. Confirm compatibility, sizing and installation requirements before purchase.

In stock. In-stock orders are typically dispatched within one business day after payment and stock confirmation.Courier or self collection arranged with you after your order — no delivery fee at checkout.Secure card payment via PayGate. 30-day returns on eligible items.

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Fast dispatch In-stock orders typically dispatch within one business day after payment and stock confirmation.

Description

110kW Deye Inverter Grid Tied

The 110kW Deye Inverter Grid Tied is a grid-connected solar inverter designed to convert photovoltaic DC power into grid-compatible AC power. It is intended for professionally engineered PV systems where string voltage, current, protection and local grid requirements are correctly specified.

Key Features

Converts photovoltaic DC energy into grid-compatible AC power.
Supports professional system monitoring and protection when installed with the required accessories.
Suitable for integration into an engineered solar power system.

Technical Specifications

Brand	Deye
Product	110kW Deye Inverter Grid Tied
Product category	Inverters
Rated inverter power	110kW
Operating type	Grid-connected inverter

Suitable Applications

Commercial and industrial photovoltaic systems
Farms, warehouses and production facilities
Large backup or energy-management projects
Grid-connected or battery-supported installations, according to inverter type

Important Installation Information

Installation must be completed by a qualified electrician or solar installer. Confirm the exact model, battery compatibility, PV string voltage, input current, phase configuration, cable sizing, breakers, surge protection, earthing and local grid requirements before installation.