Three phase hybrid inverter Deye 80kW SUN-80K-SG02HP3-EU-EM6

Triphasic Inverter Features Deye 80kW SUN-80K-SG02HP3-EU-EM6

The investors Deye hybrids are ideal for use in self-consumption facilities where they are used or will be used in future storage batteries. It is also an ideal inverter for installations without power grid connection or for those with poor connection. The built-in backup function will keep the home's electrical system running when the power grid fails.

This team Deye 80kW SUN-80K-SG02HP3-EU-EM6 has 6-MPPT, allows network injection or zero injection and is compatible with the latest high-voltage lithium batteries.

 Download the inverter data sheet Deye SUN-80K-SG02HP3-EU-EM6

Battery compatible with inverter Deye Hybrid SUN-80K-SG02HP3-EU-EM6

This three-phase hybrid inverter Deye supports high-voltage lithium batteries to store surplus solar panels, harness energy stored at night and thus maximise savings on the electricity bill.

 List of inverter compatible batteries Deye SUN-80K-SG02HP3-EU-EM6

The hybrid investors of Deye have a smart load function or back up function that not only allows them to operate in isolation with the battery alone but also helps to maximize the performance of the installation, allowing to combine, solar panels, batteries and the electricity grid avoiding as much as possible the energy taken from the grid and pouring excess into the network only when the batteries are charged and there are no consumption in the house.

Operating modes of the inverter Deye SUN-80K-SG02HP3-EU-EM6

- Off-grid mode

The hybrid investors Deye they are ideal for homes without mains electricity because of their integrated backup system and because they are compatible with most high-voltage lithium batteries on the market.

- Back up mode

Ideal for homes with poor grid connection or places where the grid is often down for long periods. The hybrid inverter can keep the batteries charged at times when there is a power grid and when the grid goes down, the inverter will continue to supply power to the house directly from the solar panels and the battery.

- Self-consumption mode

The usual mode of use of any house connected to the electricity grid. During sunny hours the house consumes energy from solar panels, if there is a surplus of production this energy can be stored in the battery or be sold to the electricity network. If the power demanded by the house is higher than that produced by the solar panels, the energy will first be taken from the battery and if it is not enough, another part of the electricity network will be taken.

- Mode of sale of surpluses

This inverter Deye it's designed to be injected into the grid so we can sell the surplus photovoltaics to our electricity marketer.