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  • Jinko Cheetah PERC Half Cell Module 320W 325W 330W 335W 340W 345W Jinko Solar Panel for Soar System
  • Jinko Cheetah PERC Half Cell Module 320W 325W 330W 335W 340W 345W Jinko Solar Panel for Soar System
  • Jinko Cheetah PERC Half Cell Module 320W 325W 330W 335W 340W 345W Jinko Solar Panel for Soar System
  • Jinko Cheetah PERC Half Cell Module 320W 325W 330W 335W 340W 345W Jinko Solar Panel for Soar System
  • Jinko Cheetah PERC Half Cell Module 320W 325W 330W 335W 340W 345W Jinko Solar Panel for Soar System
  • Jinko Cheetah PERC Half Cell Module 320W 325W 330W 335W 340W 345W Jinko Solar Panel for Soar System
Jinko Cheetah PERC Half Cell Module 320W 325W 330W 335W 340W 345W Jinko Solar Panel for Soar System

Jinko Cheetah PERC Half Cell Module 320W 325W 330W 335W 340W 345W Jinko Solar Panel for Soar System

  • 3000 - 79999 Watts
    $0.27
  • >= 80000 Watts
    $0.24

Customization:

Customized logo(Min.Order: 10000 pieces)
Customized packaging(Min.Order: 10000 pieces)
Graphic customization(Min.Order: 10000 pieces)

Jinko Cheetah PERC Half Cell Module 320W 325W 330W 335W 340W 345W Jinko Solar Panel for Soar System

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Efficiency Energy Conversion: Equipped with PERC (Passivated Emitter and Rear Cell) technology and half-cell design, the Jinko Cheetah module maximizes sunlight absorption and reduces power loss, delivering outputs ranging from 320W to 345W.
  • Durability & Reliability: Built with monocrystalline solar cells and a robust metallic frame, the panel ensures long-term performance under diverse environmental conditions.

Key features

  • 1. Advanced PERC Half-Cell Technology

  • With PERC half-cell technology and monocrystalline solar cells, you can achieve up to 20% higher energy conversion efficiency than traditional full-cell panels*. The half-cell design reduces resistance losses, maximizing power output even in partial shading conditions.

  • 2. Modular Mounting Design for Seamless Installation

  • With pre-drilled mounting holes and a lightweight aluminum frame, you can install this panel 30% faster than panels requiring custom brackets*. The sleek, grid-patterned surface ensures easy integration into any rooftop or ground-mounted system.

  • 3. High-Power Output for Greater Energy Demands

  • With outputs ranging up to 345W, you can generate 15% more power per panel compared to standard 300W models*. The optimized PERC technology ensures reliable performance across varying sunlight conditions.

  • 4. Versatile Deployment for Diverse Applications

  • With an adaptable design featuring a white backsheet and robust frame, you can deploy this panel in residential, commercial, or utility-scale projects with 20% better shading resistance than black-backed panels*. The white backsheet reflects light, enhancing efficiency in high-temperature environments.

  • 5. Comprehensive Global Certifications for Trust

  • With IEC, TÜV SÜD, and EPR Germany certifications, you can ensure compliance with global safety and environmental standards, surpassing non-certified alternatives*. These certifications validate durability, efficiency, and eco-friendly manufacturing practices.

Product details

Jinko Cheetah PERC Half Cell Module 320W 325W 330W 335W 340W 345W Jinko Solar Panel for Soar System

The Jinko Cheetah PERC Half Cell Module is a high-performance solar panel designed for residential, commercial, and utility-scale systems. With monocrystalline PERC technology and half-cell architecture, it delivers enhanced efficiency and durability. Certified to global standards (IEC, TÜV SUD, EPR Germany), this module combines sleek aesthetics with robust construction, featuring a black solar grid pattern and white backsheet for optimal light absorption and reduced shading.

Technical specifications

FeatureSpecificationBenefit
Cell TypeMonocrystalline PERC Half-CellHigher energy conversion efficiency and reduced power loss.
CertificationsIEC 61215/61730, TÜV SÜD, EPR Germany PackingEnsures compliance with global safety and performance standards.
Max Power Output320W–345W (adjustable configurations)Flexible power options to meet diverse project requirements.
Backsheet MaterialWhite polymer-based TPT (Tedlar/PET/Tedlar)Reflects sunlight, minimizes thermal loss, and enhances long-term durability.
Frame DesignAluminum alloy with pre-drilled mounting holesEasy installation and compatibility with standard racking systems.
Temperature Coefficient-0.31%/°C (Pmax)Superior performance in high-temperature environments compared to industry averages.

Customization guide

Adjustable parameters include power output (320W–345W) and mounting configurations to accommodate residential rooftops, commercial ground mounts, or utility-scale installations. The half-cell design allows for partial shading tolerance, making it ideal for complex environments.

Get inspired

With PERC technology, you can achieve 15–20% higher energy yields in low-light conditions. The half-cell architecture reduces resistive losses, enabling consistent performance even in partial shade. The white backsheet reflects stray light back to the cells, boosting efficiency by up to 2% compared to traditional black backsheets.

Choose your model

ParameterBase Model (320W)Advanced Model (335W)Pro Model (345W)
Power Output320W+4.7% (335W)+7.8% (345W)*
Efficiency19.2%+10% (21.1%)+15% (22.2%)
Temperature Tolerance-40°C to 85°CEnhanced heat dissipationMilitary-grade cooling
Weight21 kg22 kg23 kg

Supplier's note

  1. Technical Breakthroughs:

    • PERC Half-Cell Technology: Reduces resistive losses by 50%, enabling 22.2% efficiency in Pro models—20% higher than conventional panels.
    • White Backsheet Design: Reflects 15% more light to cells, improving output in diffuse-light conditions.
    • TÜV SÜD Certification: Guarantees compliance with rigorous safety standards for extreme weather resilience.
  2. Optimal Version Selection:

    • Base Model (320W): Ideal for small residential rooftops or budget-conscious projects.
    • Advanced Model (335W): Balances cost and performance for mid-sized commercial setups.
    • Pro Model (345W): Perfect for utility-scale farms or industrial applications requiring peak efficiency. The Pro’s 22.2% efficiency and military-grade cooling ensure stable output in harsh climates.

Frequently asked questions

  • Which Jinko Cheetah PERC Half Cell Module model suits residential rooftop installations?

  • How do I maintain the Jinko Solar Panel’s white backsheet for optimal efficiency?

  • Monocrystalline vs Polycrystalline: Why choose Jinko’s monocrystalline cells for solar systems?

  • Can Jinko Cheetah PERC Half Cell Modules be customized for ground-mounted systems?

  • Is the Jinko PERC Half Cell Module’s material FDA-approved for agricultural use?

  • How does the half-cell technology in Jinko’s 340W module improve performance?

  • Are Jinko Cheetah PERC Modules suitable for commercial solar farms?

  • What certifications ensure the reliability of Jinko Solar Panels?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Power OutputCommercial rooftops, utility-scaleIndustry: 300–320W (IEC 61215)
Base: 320W
Advanced: 345W▲▲▲
(▲▲▲: 25W gain over Base)
Advanced delivers 25% more annual energy (▲▲▲)
Base meets baseline energy needs
Base may underperform in large-scale setups; Advanced has higher upfront cost
Cell TechnologyHigh-efficiency installationsIndustry: Polycrystalline (16–18% efficiency)
Base: Monocrystalline PERC (21%)
Advanced: Monocrystalline PERC Half-Cell (22.8%▲)
(▲: +1.8% efficiency)
Advanced reduces shading loss by 15% (▲)
Base outperforms polycrystalline
Industry standard less efficient; Advanced requires specialized mounting
EfficiencySpace-constrained rooftopsIndustry: 18–20%
Base: 21%
Advanced: 22.8%▲ (▲: +1.8% gain)
Advanced maximizes space utilization (▲)
Base ideal for moderate space needs
Base may require 10% more panels for same output; Advanced costs 15% more
DurabilityHarsh climates, long-term projectsIndustry: IEC 61215 (200 thermal cycles)
Base: IEC 61215 (250 cycles)
Advanced: IEC + TÜV (300 cycles▲)
(▲: 20% more cycles)
Advanced withstands extreme temps (▲)
Base exceeds industry durability norms
Industry standard may degrade faster; Advanced adds 5% to installation cost
CertificationsEU-compliant projectsIndustry: IEC
Base: IEC, TÜV
Advanced: IEC, TÜV, EPR_Germany▲
(▲: Adds EU Packaging Compliance)
Advanced meets German EPR regulations (▲)
Base covers global standards
Base lacks EPR for German projects; Advanced may have longer lead times
Design & TechnologyAesthetic-sensitive installationsIndustry: Full-cell modules
Base: PERC cells
Advanced: Half-cell + PERC▲▲
(▲▲: 15% less power loss)
Advanced minimizes hotspots (▲▲)
Base reduces light-induced degradation
Industry standard prone to shading loss; Advanced tech requires trained installers

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