Jinko EAGLE JKM425N‑54HL4‑B 425 W Black‑on‑Black 108 Half‑Cell Mono Solar Panel (N‑Type TOPCon).
Jinko EAGLE JKM425N‑54HL4‑B 425 W Black‑on‑Black 108 Half‑Cell Mono Solar Panel (N‑Type TOPCon).

Jinko EAGLE JKM425N‑54HL4‑B 425 W Black‑on‑Black 108 Half‑Cell Mono Solar Panel (N‑Type TOPCon)

Regular price $202.02
Sale price $202.02 Regular price
Unit price
Ask a question

Ask a Question

* Required fields

Size guide Share
  • Estimated Delivery:Jun 28 - Jul 02

  • Free Shipping & Returns: On all orders under $50

Jinko EAGLE JKM425N‑54HL4‑B 425 W Black‑on‑Black 108 Half‑Cell Mono Solar Panel (N‑Type TOPCon).

Jinko EAGLE JKM425N‑54HL4‑B 425 W Black‑on‑Black 108 Half‑Cell Mono Solar Panel (N‑Type TOPCon)

Regular price $202.02
Sale price $202.02 Regular price
Unit price
Product description
Shipping & Return

Jinko Eagle 425W solar panel: High Efficiency and Durable Performance

The Jinko JKM425N-54HL4-B from the EAGLE series is one of the most sought-after high-efficiency panels in the residential solar market. Featuring N-Type TOPCon (Tunnel Oxide Passivated Contact) technology, this 425W module combines improved temperature tolerance, longer lifespan, and higher output than conventional P-type panels.

Key Features

  • 425W Output with High Efficiency (up to 21.76%) – More power in less space

  • N-Type TOPCon Technology – Delivers better long-term performance, lower LID (light-induced degradation), and greater efficiency under heat

  • Half-Cell Configuration (108 cells) – Reduces resistance and improves shading tolerance

  • Black-on-Black Design – Offers a sleek, modern appearance ideal for residential rooftops

  • PID Resistance and Salt Mist Ammonia Certified – Built for durability in harsh environments

  • Top Seller – Trusted by installers for reliability and long-term value

Technical Specifications

Parameter Value
Rated Power (Pmax) 425 W
Module Efficiency Up to 21.76%
Cell Type N-Type Monocrystalline TOPCon
Cell Count 108 Half-Cells
Max Power Voltage (Vmp) ~31.86 V
Max Power Current (Imp) ~13.34 A
Open Circuit Voltage (Voc) ~38.45 V
Short Circuit Current (Isc) ~14.04 A
Temperature Coeff. Pmax −0.30 %/°C
Operating Temp. Range −40°C to +85°C
Max System Voltage 1000 V (DC)
Maximum Fuse Rating 25 A
Connector Type MC4 Compatible
Certifications IEC 61215, IEC 61730, UL 61730, ISO 9001/14001, ISO 45001

Documents;

Data Sheet

Why Choose the Jinko EAGLE 425W N-Type?

  • Exceptional efficiency and durability in real-world conditions

  • Low degradation rates and 30-year performance warranty (on select versions)

  • Ideal for residential and small commercial projects where space, aesthetics, and performance matter most

 

Advanced N-Type TOPCon Technology for Maximum Efficiency

 

 

The Jinko Eagle 425W solar panel integrates cutting-edge N-Type TOPCon cell technology to greatly enhance power conversion efficiency. This innovation reduces electron recombination losses, enabling the panel to deliver superior energy output even under low-light conditions. As a result, users benefit from more reliable and consistent solar power generation throughout the year. Its half-cell design optimizes current flow and minimizes resistive losses, further boosting energy yield and improving overall system performance for residential or commercial installations.

 

 

Robust Black-on-Black Design for Aesthetic and Durability

 

 

This model features a sleek black-on-black appearance combining a black frame and black solar cells, making it an ideal choice for modern solar rooftop applications where visual appeal matters. Beyond aesthetics, the panel boasts corrosion-resistant materials and a sturdy frame engineered to withstand harsh weather conditions such as heavy winds, snow loads, and extreme temperatures. This makes the Jinko Eagle 425W solar panel a dependable investment that maintains both functionality and style over its long lifespan.

 

 

Optimized 108 Half-Cell Layout for Enhanced Energy Yield

 

 

Equipped with 108 half cells, the Jinko Eagle 425W solar panel improves shading tolerance and reduces resistance loss compared to traditional full-cell panels. This design also enhances thermal performance by distributing heat more evenly, preventing hotspots that can damage cells or diminish output. Consequently, homeowners and businesses deploying this panel can expect higher energy yields, improved reliability, and a lower levelized cost of electricity, contributing to faster return on investment and greater sustainability benefits.

 

 

Shipping cost is based on weight. Just add products to your cart and use the Shipping Calculator to see the shipping price.

We want you to be 100% satisfied with your purchase. Items can be returned or exchanged within 30 days of delivery.

Recently Viewed Products