Inverters

Advanced solutions from Deye for maximum efficiency

Deye

Single Phase String Inverter

This series on-grid inverter power ranges from 1.5-10.5kW, which is suitable for the residential rooftop applications. It comes with one or two MPPT, applicable to single alignment and multiple alignments rooftop. What’s more, the new product- SUN-10.5K-G is one of the maximum power models of single-phase on-grid inverter on the market. Solution and service by Deye – professional single phase string inverter manufacturer.

Three Phase String Inverter :

Deye three-phase on-grid inverter power range is from 4kW to 110kW with 230/400Vac. So, it can connect to utility grid(230/400V) directly without transformer. All the inverters are equipped with LCD display and buttons, easy operation and maintenance specially for remote and poor areas.

For the SUN-110K-G03, it has 6 MPP trackers and 24 pairs of strings. The Max. DC input power is up to 150kW. So, it can save equipment investment via connecting more PV modules. Solution and service by leading 3 phase string inverter manufacturer.

Three Phase String Inverter(LV) :

This series 3 phase grid-tie inverter output voltage is 127/220V, which is designed for 127/220V grid of South American areas. The product portfolio
covers from 6kW to 50kW which is able to satisfy majority needs of residential and commercial PV plants. Deye 3 Phase Grid Tie Solar String Inverter(LV)

Three Phase String Inverter :

Deye three-phase on-grid inverter power range is from 4kW to 110kW with 230/400Vac. So, it can connect to utility grid(230/400V) directly without transformer. All the inverters are equipped with LCD display and buttons, easy operation and maintenance specially for remote and poor areas.

For the SUN-110K-G03, it has 6 MPP trackers and 24 pairs of strings. The Max. DC input power is up to 150kW. So, it can save equipment investment via connecting more PV modules. Solution and service by leading 3 phase string inverter manufacturer.

Three Phase String Inverter(LV) :

This series 3 phase grid-tie inverter output voltage is 127/220V, which is designed for 127/220V grid of South American areas. The product portfolio
covers from 6kW to 50kW which is able to satisfy majority needs of residential and commercial PV plants. Deye 3 Phase Grid Tie Solar String Inverter(LV)

Hybrid Inverter

An on-grid inverter’s main job is to convert DC power generated from the PV array into usable AC power. Hybrid inverters go a step further and work with batteries to store excess power as well. In the developing world, hybrid inverters are more of a necessity to compensate for weak or intermittent grids or a lack of grid electricity all together.

Deye hybrid inverters include single phase 3-16kW and three-phase 8-12kW, For the SUN-3K-SG04LP1-24-EU, it uses 24V battery bank and the rest of them adopts 48V battery. Also, the SUN-16K-SG01LP1-EU is the max single phase hybrid inverter on the global market.

The Grid-interactive inverter consists of several hardware elements. The Grid- interactive inverter controls and monitors the connection of the electricity from the power plants. In addition, it also controls the disconnection of excess power from the plants. It ensures the dispatch of power at the peak time based on demand.

Microinverter

Deye microinverters power ranges from 300W to 2000W, and it comes with different output voltage 220V/230V/127V. It supports multiple communication method  WIFI/PLC/Zigbee. Thanks to the MECD, communication gateway, the microinverter can be turned off remotely and immediately.

Compared with string inverter, microinverter can harvest maximum power of each panel for the independent MPPT design. Also, it gives you module level monitoring, making the O&M easier. Solution and service by Deye – famous Microinverter Manufacturer

There are two general classifications of power optimizers: analog and digital. Typically, an analog optimizer uses a discrete control to regulate the output from the source. In a sense, it is similar to the microinverter discussed above. However, unlike the microinverter, it does not use any semiconductor logic to accomplish its task, instead relying solely on the electrical signals it senses from the input voltage. In this respect, it is distinct from a load regulator, which monitors and controls the maximum amount of energy drawn by the equipment.