5KW PV on grid tie inverter can use with batteries - YTI-5000

In order to achieve higher power use requirements, the use of this product can be stacked, such as: 2 grid inverter 5KW of stack used is equal to 10KW.

For more info.Welcome to inquiry me for more details.
Contacts: Miss Joanna
powerelek(at)hotmail(.)com
sales(at)powerelek(.)com
We have confidence to be your best business partner in CHINA.All inquiries will be replied with in 24 hours.Welcome to send us inquiry for more details.

Place of Origin: Guangdong China (Mainland)

Brand Name:YITAI

Model No:YTI-5000

Port: Shenzhen,Guangzhou,Foshan

Minimum Order: 10Set/Sets

Delivery Time: 10 working days

Packaging Detail: 1sets/CTN

Supply Ability: 5000 Set/Sets per Month

Payment Terms: T/T(Bank Transfer),Western Union,PayPal

We accept sample order or small trial order.

If you are interested please get back to me for futher discussion, thank u ! Above price only for your reference.

General Characteristics:

The LED, LCD display function

1,Digital DSP Control,Isolating by transformer.

2,Assembled by IPM of Mitsubishi made in Japan

3,MPPT control, duly track of maximum power output of PV module

4,Pure sine wave output, auto in-phase grid-connected, fewer harmonic wave, no disturbance or impact on grid

5,Disturbance detection for Anti-islanding protection

6,Perfect function of protection and alarm

7,RS485/RS232、Ethernet、GPRS communication Interface, realizing long-distance datas-collection and monitoring for option.





Application:

1,Grid-connected generation station

2,Power Plant、Substation、Telecom room

3,Battery discharge

4,Government projects

5,Green power-generation

6,Small power stations for family self-reliance and realizing the real green-electricity.



Specification:

Model
YTI-5000
Rated Power(KW)
5KW

MPPT Range(VDC)

Vpv (46-75VDC)

or (82-128VDC)

Maximum Power Of Solar Module Array (KWp)
5.5

Maximum Input Current Of Array
22-100A

Maximum Open Circuit Voltage Of Array
450VDC

Maximum Efficiency
94%

MPPT Intensity
99%

Ripple Of DC Voltage
VPP