VEICHI VCS-108H Series Monocrystalline Bifacial Solar Panel

Product Features

VCS-108H Series 405-430W Monocrystalline Bifacial Solar Panel Overview

These monocrystalline bifacial solar panels are known for their high energy conversion efficiency, VCS-108H monocrystalline solar panel typically ranging from 405 to 430 watts. This means they can generate a substantial amount of electricity from sunlight, making them suitable for various applications.

Features of VCS-108H Series 405-430W Monocrystalline Bifacial Solar Panel

1. New circuit design, lower internal current, lower internal current Resistance loss gallium doped silicon wafer, ﬁrst year attenuation＜1%, linear attenuation Minus ≤0.4%.

2. Unique circuit design signiﬁcantly reduces hot spot temperature and reduces work Rate loss increases component power generation.

3. Increase power generation by 3% and reduce cost per kilowatt hour.

4. TUV SGS has twice the industry standard PID resistance(Potential induced attenuation) test (85"C/85% RH 192 hours).

5. High standard waterproof performance, eﬀective protection against harsh environments.

Quality Assurance

Comprehensive Product and System Certiﬁcation

IEC 61215, IEC 61730
ISO9001: 2015/Quality Management System
ISO14001: 2015/Environmental Management Systems
ISO45001: 2018/Occupational Health and Safety Management
System Certiﬁcation

Applications for VCS-108H Series 405-430W Monocrystalline Bifacial Solar Panel

The VCS-108H series 405-430W monocrystalline bifacial solar panels are suitable for a wide range of applications, including residential rooftop installations, commercial solar projects, and utility-scale solar farms.

Technical Specifications

Component performance under STC standard（tolerance：0~+5W)
VCS-108H-405-D	Maximum rated power(W): 405 Maximum power voltage (V): 31.40 Maximum power current (A): 12.90 Open circuit voltage(V): 38.07 Short circuit current(A): 13.85 Component efficiency(%): 20.74
VCS-108H-410-D	Maximum rated power(W): 410 Maximum power voltage (V): 31.59 Maximum power current (A): 12.98 Open circuit voltage(V): 38.20 Short circuit current(A): 13.93 Component efficiency(%): 21.00
VCS-108H-415-D	Maximum rated power(W): 415 Maximum power voltage (V): 31.78 Maximum power current (A): 13.06 Open circuit voltage(V): 38.33 Short circuit current(A): 14.01 Component efficiency(%): 21.25
VCS-108H-420-D	Maximum rated power(W): 420 Maximum power voltage (V): 31.96 Maximum power current (A): 13.14 Open circuit voltage(V): 38.46 Short circuit current(A): 14.09 Component efficiency(%): 21.51
VCS-108H-425-D	Maximum rated power(W): 425 Maximum power voltage (V): 32.15 Maximum power current (A): 13.22 Open circuit voltage(V): 38.59 Short circuit current(A): 14.17 Component efficiency(%): 21.76
VCS-108H-430-D	Maximum rated power(W): 430 Maximum power voltage (V): 32.33 Maximum power current (A): 13.30 Open circuit voltage(V): 38.72 Short circuit current(A): 14.25 Component efficiency(%): 22.02

Component performance under the NOCT standard
VCS-108H-405-D	Maximum rated power(W): 309.8 Maximum power voltage (V): 29.45 Maximum power current (A): 10.52 Open circuit voltage(V): 36.20 Short circuit current(A): 11.16
VCS-108H-410-D	Maximum rated power(W): 313.5 Maximum power voltage (V): 29.60 Maximum power current (A): 10.60 Open circuit voltage(V): 36.30 Short circuit current(A): 11.23
VCS-108H-415-D	Maximum rated power(W): 317.3 Maximum power voltage (V): 29.70 Maximum power current (A): 10.68 Open circuit voltage(V): 36.40 Short circuit current(A): 11.30
VCS-108H-420-D	Maximum rated power(W): 321.1 Maximum power voltage (V): 29.90 Maximum power current (A): 10.75 Open circuit voltage(V): 36.50 Short circuit current(A): 11.36
VCS-108H-425-D	Maximum rated power(W): 325 Maximum power voltage (V): 30.00 Maximum power current (A): 10.82 Open circuit voltage(V): 36.60 Short circuit current(A): 11.42
VCS-108H-430-D	Maximum rated power(W): 328.7 Maximum power voltage (V): 30.20 Maximum power current (A): 10.89 Open circuit voltage(V): 36.80 Short circuit current(A): 11.49

Temperature Characteristic
Maximum Power temperature coefficient(Pmax)	-0.34%℃
Open Circuit voltage temperature coefficient(Voc)	-0.26%℃
Short Circuit voltage temperature coefficient(Isc)	-0.05%℃
Working temperature	-40~+85℃
Rated operating cell temperature	42±2℃

Mechanical Behavior
Specifications	Single crystal silicon 182×182mm
Battery arrangement	Single crystal 108[2✖(9✖6)]
Component dimensions	1722✖1134✖30mm
Component weight	24.5kg
Component panel	2mm-2mm semi tempered glass
Component border	Anodic oxygen film aluminum alloy
Junction box	IP68, 3 Diodes
Wireway	4.0 square millimeters(IEC)
Wire length(including connectors)	300mm, wire length can be customized
Connector	KSW-CN01