Deye 60 kW Hybrid Three-Phase Inverter (HV) SUN-60K-SG01HP3-EU

The Deye SUN-60K-SG01HP3-EU is a 60 kW three-phase hybrid inverter that works with a high-voltage (HV) lithium battery. Its IP65 enclosure can be installed outdoors and it delivers 100% unbalanced output on each phase. It is designed for storage-backed solar systems in energy-intensive commercial and industrial sites.

Key features

• 60 kW rated output, three-phase grid connection.
• High-voltage (HV) lithium battery support: lower current and less heat loss at the same power.
• 100% unbalanced output on each phase: every phase can be loaded independently, even with uneven loads.
• IP65 protection: dust- and water-protected wall-mounted enclosure suitable for outdoor use.
• Hybrid operation: runs with the grid when present and from the battery during an outage; surplus generation is stored.

Where it is used

• Factory and workshop rooftop plants
• Cold storage facilities and hotels
• Agricultural irrigation and greenhouses
• Commercial buildings that need uninterrupted power

Installation with Aden Solar

Aden Solar sizes the inverter and battery capacity from your site’s load profile, outage risk and roof area. We deliver turnkey installation: free site survey, string design, HV battery selection, switchboard and cabling, installation, grid connection, monitoring setup and commissioning. We are also your contact for after-sales technical support.

Frequently asked questions

What is a hybrid inverter?

A hybrid inverter manages energy flow between solar panels, the grid and a battery in one device. Generation feeds the loads first, the surplus charges the battery, and critical loads keep running from the battery during an outage.

What does unbalanced output mean?

In real buildings, loads are never spread evenly across three phases. An inverter with unbalanced output supplies each phase according to its own demand, so heavy use on one phase is covered even when the others are lightly loaded.

What is the difference between HV and LV batteries?

HV (high-voltage) batteries run at hundreds of volts, so the same power needs less current, thinner cables and loses less heat, which suits larger systems. LV (48 V) systems are common at household scale, easy to expand and cost-effective.

How much battery does a 60 kW inverter need?

It depends on how many hours and which loads you want covered during an outage. Aden Solar lists the critical loads during the site survey, reviews your daily consumption and calculates the required kWh in writing.