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6.4 kWatt DIY Solar Grid-Tie Kit-With Micro-Inverter & Racking System

Maximum Power - Pmax (W)

400 W

Short Circuit Current - Isc (A)

13.68 A

Power Temperature Coefficient

-0.32%/°C

Current Temperature Coefficient

+0.048%/°C

Module Efficiency

20.48 %

Dimensions

1722×1134×30mm

Weight

21.4kg

Junction Box

IP68, 3 diodes

Cells

12×9 pieces monocrystalline solar cells series strings

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Type: Physical

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Spec sheet: Download
Spec sheet2: Download

Extra added features are the benchmark of a 6.4 kWatt DIY Solar Grid-Tie Kit, which is the key to a better future. Therefore, the investments should follow a similar pattern. Talking about a solar system, a better investment can help you in many ways like saving money. But this is quite evident in the form of solar kits. 

A solar kit is the assembly of different components. It not only helps you to provide many of the components but acts as a secure investment for the future. Now, let us have a look at some of the promising features.


Complete Inspection

Our visual representation explains our mode of inspection. It is carried out with the help of design plans. Therefore we prepare such plans by research and by seeking information from our reliable clients. Our plans are fully supported by laws and regulations as per city therefore there is no reason to ignore it. For all the plans we provide you revisions till your assurance.


Components of System

VSUN solar DIY module

Half Cell; Bifacial; Single Glass module (Up to 30% extra power generation yield from the back side)

Black-on-Black module (perfect for your roof)

Micro-inverter (four panels can be installed with one micro-inverter)

Wi-Fi cloud monitoring system

Racking system with attachments

PV cable and connectors, micro-inverter cabling and connectors, utility disconnect box.

Grid tie-in connectors and roof junction box according to the plan set.


What’s extra?

There are just two extra things. They include wiring and conduit. Connection is from the array to the main service panel. 


Certifications and Warranty

25-year Warranty for Materials and Processing

30-year Warranty for Extra Linear Power Output

IEC 61215, IEC 61730 & UL 1703; UL 61730, IEC 62804 (PID) 

IEC 62716 (Ammonia Resistance), IEC 61701 (Salt Mist Level 6), 

ISO 9001: 2015, ISO 14001: 2004, OHSAS 18001: 2007



Racking

There are many components within this system. Testing conditions are set to be stabilized and for the better working of equipment. Evaluation is followed for better performance. 


Working of Microinverter

The demand for solar panel technology is increasing with time. There lies the involvement of many devices that help convert sunlight. After solar panels, there is an intense need to have inverters. It is for equal distribution of alternate current to a residential system. Therefore, microinverters to help with conversion in a productive manner. It satisfies certain properties like efficiency, productivity, and value for money. 

DIY system of installation

This design is capable of fitting with each panel easily. Here the plug-and-play technique provides an easy system of installation. Moreover, this device has a lesser need for wiring. There the cables are lesser in number to provide an easy installation. Another significant advantage is some extra space by lesser wiring. Further, to make it easy for the customers it always comes with an installation guide. So, it helps customers when they face installation issues.

This design is capable to fit with each panel easily. Here the plug-and-play technique provides an easy system of installation.

Moreover, this device has a lesser need for wiring. There the cables are lesser in number to provide an easy installation. Another significant advantage is some extra space by lesser wiring. Further, to make it easy for the customers it always comes with an installation guide. So, it helps customers when they face installation issues.

  • Satisfying US regulations

We provide products certified as per the regulations of products by the US. Here, the certifications are preferred, fulfilling the criteria of FCC, UL, NEC 2017, and 2020.


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Temperature Characteristics and Maximum Ratings


Power Temperature Coefficient

-0.32%/°C

Current Temperature Coefficient

+0.048%/°C

Voltage Temperature Coefficient

-0.27%/°C

NOCT

45°C(±2°C)

Bifaciality

70%±10%

Maximum System Voltage [V]

1500

Series Fuse Rating [A]

30


Electrical Characteristics at Standard Test Conditions(STC)


Open Circuit Voltage - Voc (V)

37.36 V

Maximum Power - Pmax (W)

405 W

Maximum Power Current - Impp (A)

12.92 A

Module Efficiency

20.74% 

Short Circuit Current - Isc (A)

13.78 A

Maximum Power Voltage - Vmpp (V)

31.36 V



Packaging and System Design


Dimensions

1760×1125×1253mm

Container 20'

216

Container 40'

468

Container 40'HC

936

Withstanding Hail

Maximum diameter of 25 mm with impact speed of 23 m/s

Temperature Range

-40 °C to + 85 °C

Application class

Class A

Maximum Surface Load

5,400 Pa


Material Characteristics


Weight

21.4kg

Dimensions

1722×1134×30mm

Frame

Black anodized aluminum profile

Front Glass

White toughened safety glass, 3.2 mm

Back Sheet

Transparent black-mesh back sheet

Cell Encapsulation

EVA (Ethylene-Vinyl-Acetate) or POE

Junction Box

IP68, 3 diodes

Cells

12×9 pieces monocrystalline solar cells series strings

Cable&Connector

Portrait: 500 mm (cable length can be customized, 1×4 mm2, compatible with MC4