Product Specifications

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Product Description

Overview

Quick Details

Place of Origin: Guangdong, China

Brand Name: BAYKEE or OEM

Model Number: TYN3380K

Input Voltage: 380/400/415VAC+/-25%

Output Voltage: 380/400/415VAC+/-2%

Output Current: 20A

Output Frequency: 50/60Hz ± 0.5%

Output Type: Triple

Size: 600*620*1250mm~1380*950*1800

Type: DC/AC Inverters, Three phase / Three phase

Inverter Efficiency: 91%-95%

Certificate: CE,IEC

Warranty: 1 year

Weight: 236KG-1710KG

Output Power: 1 - 200KW

product name: 80kva three phase solar inverter

Application: Computer center

Display: 7 inch touch screen display

Inverter type: Off-grid Inverter

Protection: Overvoltage

Output waveform: Pure Sine Wave Output

Work mode: PV-Grid-Battery / PV-Battery-Grid

Computer communicate interface: RS232/RS485

Supply Ability

Supply Ability: 1000 Piece/Pieces per Month 80kva three phase solar inverter

Packaging & Delivery

Baykee hybrid solar inverter three phase 80kva solar inverter price list

 TYN33 Series Brief

TYN33 series solar inverter is a three phase inverter, which range from 10KVA to 200KVA, This inverter is a multifunctional intelligent power supply, which consists of MPPT solar controller, charger, rectifier, inverter, static transfer switch, main control circuit and display alarming circuit. It can set different inverter work mode according to users’ actual application.

Two Work Mode

1. PV---Grid---Battery: This series solar inverter is designed for real-time sharing function between solar power and utility power. Solar power priority, solar power supply power to inverter via MPPT controller, and then output pure sine wave AC power to load via inverter, meanwhile charge battery. When solar power is not enough, the utility power will supply power to load. In this way, we can maximum use solar power and utility power, reduce battery discharge time and extend battery lifespan.

2. PV-Battery-Grid ( Maximum use solar power under the stable environment of utility power ): Solar power supply power to inverter via MPPT controller, and then output pure sine wave AC power to load via inverter, meanwhile charge battery. When the solar power is not enough, to maximum use solar power, the battery will supply power to load. When the battery is discharged to a value, the utility power will supply power to load. The users can maximum use solar power, reduce grid power supply and save electricity.