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  • TÜV 2642 Certificate

    Certificate No : R 50578871

    Issuing authority : TÜV RheinIand

    Valid period : 2023/4/26 - 2100/4/26



    The TÜV 2 PfG 2642/01.22 certification is a specialized standard created by TÜV Rheinland, a global leader in technical certification, to ensure photovoltaic (PV) cables meet stringent quality, safety, and performance requirements. This certification is particularly important for photovoltaic systems as it verifies that cables can withstand the specific stresses and environmental conditions common to solar installations. TÜV 2642 certification applies to DC cables, which are essential for connecting PV panels to inverters and other components in solar energy systems.

    The TÜV 2 PfG 2642/01.22 certification standard, often referred to simply as TÜV 2642, applies to single-conductor cables used in photovoltaic systems. TÜV Rheinland developed this standard to ensure that PV cables can operate safely and effectively under prolonged exposure to sunlight, temperature variations, moisture, and mechanical stresses. The standard is especially relevant for DC cables, which handle direct current and connect solar modules to inverters or junction boxes. TÜV 2642 certification emphasizes the environmental durability, electrical safety, and mechanical integrity of PV cables, making it one of the most respected certifications in the solar industry.



  • H05V-K&H07V-K Certificate

    Certificate No : R 50523371

    Issuing authority : TÜV RheinIand

    Valid period : 2021/11/11 - 2024/8/30





    The H05V-K and H07V-K certifications are important standards for flexible single-core cables, including those used in photovoltaic (PV) applications. These certifications, developed by the European Union (EU) and recognized internationally, ensure that cables used in a wide range of electrical systems meet specific safety, performance, and environmental requirements. The H05V-K and H07V-K standards are particularly relevant for cables intended for general electrical installations, including use in solar power systems, where flexibility, durability, and safety are paramount.

    The key distinction between H05V-K and H07V-K lies in their voltage ratings: the H05V-K cable is rated for up to 450/750V, while the H07V-K is rated for higher voltage levels, up to 750/1,000V. Both cables are often used for interconnecting electrical devices, but the H07V-K is more commonly used in industrial and larger-scale installations, including solar arrays and other renewable energy systems.

    The H05V-K and H07V-K certifications are essential for ensuring that cables used in photovoltaic systems meet the necessary safety and performance criteria. These cables are exposed to environmental challenges such as UV radiation, temperature extremes, moisture, and mechanical wear. The certifications ensure that cables are able to handle these conditions without breaking down or posing a safety risk to the system.

    For manufacturers, achieving the H05V-K and H07V-K certifications demonstrates that their cables comply with European electrical safety standards and are suitable for use in photovoltaic systems. For installers and system operators, these certifications provide assurance that the cables are safe, reliable, and durable, minimizing the risk of failures and enhancing the long-term performance of the solar power system.


  • IEC 62930 Single Core Certificate

    Certificate No : R 50477533

    Issuing authority : TÜV Rheinland

    Valid period : 2020/10/9 - 2024/8/30





    The IEC 62930 certification is an internationally recognized standard specifically designed for photovoltaic (PV) cables used in solar power systems. Developed by the International Electrotechnical Commission (IEC), the IEC 62930 standard outlines the requirements that PV cables must meet to ensure they perform safely and reliably in solar installations. Given that PV cables are essential for connecting solar panels to inverters and other system components, their reliability directly impacts the safety, efficiency, and longevity of solar energy systems. This certification focuses on the unique demands placed on PV cables, which are often exposed to extreme weather, high voltages, and mechanical stresses.

    The IEC 62930 standard is a technical specification that establishes a comprehensive set of criteria for the design, testing, and quality assurance of photovoltaic cables. As solar systems are increasingly adopted worldwide, a standardized approach is necessary to ensure that the cables used can withstand the environmental and electrical stresses specific to solar power applications. IEC 62930 certification confirms that cables meet high standards for durability, safety, and performance, making them suitable for long-term use in various climates and installation settings.

    For cable manufacturers, IEC 62930 certification is essential as it facilitates access to international markets, where regulators, installers, and customers increasingly demand certified products. For installers and end-users, IEC 62930-certified cables provide assurance that the components of a solar system are built to withstand the rigors of outdoor installation while providing safe and reliable energy transfer.



  • IEC 62930 Twin Core Certificate

    Certificate No : J 50477534

    Issuing authority : TÜV Rheinland

    Valid period : 2020/10/9 - 2024/8/30





    The IEC 62930 certification is an internationally recognized standard specifically designed for photovoltaic (PV) cables used in solar power systems. Developed by the International Electrotechnical Commission (IEC), the IEC 62930 standard outlines the requirements that PV cables must meet to ensure they perform safely and reliably in solar installations. Given that PV cables are essential for connecting solar panels to inverters and other system components, their reliability directly impacts the safety, efficiency, and longevity of solar energy systems. This certification focuses on the unique demands placed on PV cables, which are often exposed to extreme weather, high voltages, and mechanical stresses.


    The IEC 62930 standard is a technical specification that establishes a comprehensive set of criteria for the design, testing, and quality assurance of photovoltaic cables. As solar systems are increasingly adopted worldwide, a standardized approach is necessary to ensure that the cables used can withstand the environmental and electrical stresses specific to solar power applications. IEC 62930 certification confirms that cables meet high standards for durability, safety, and performance, making them suitable for long-term use in various climates and installation settings.

    For cable manufacturers, IEC 62930 certification is essential as it facilitates access to international markets, where regulators, installers, and customers increasingly demand certified products. For installers and end-users, IEC 62930-certified cables provide assurance that the components of a solar system are built to withstand the rigors of outdoor installation while providing safe and reliable energy transfer.





  • EN50618 Twin Core Certificate

    Certificate No : J 50478016

    Issuing authority : TÜV RheinIand

    Valid period : 2020/8/26 - 2024/8/30





    The EN 50618 certification is a crucial standard for photovoltaic (PV) cables in Europe, ensuring that cables used in solar power systems meet stringent safety, performance, and environmental requirements. This European standard, developed by the European Committee for Electrotechnical Standardization (CENELEC), specifically applies to cables designed for use in photovoltaic installations. The EN 50618 certification ensures that PV cables can withstand the unique environmental and mechanical stresses that occur in solar energy applications, providing a guarantee of both safety and durability over the long term.

    The EN 50618 certification is designed to address the specific needs of cables used in photovoltaic systems, including residential, commercial, and utility-scale solar installations. PV cables are typically exposed to harsh outdoor environments, including UV radiation, temperature fluctuations, moisture, and mechanical wear. The EN 50618 standard ensures that cables used in these systems can endure these conditions without degrading, providing safe and reliable operation for the lifetime of the system.

    For manufacturers, obtaining the EN 50618 certification demonstrates a commitment to producing high-quality, safe, and durable cables that comply with European Union regulations and industry best practices. For installers and system operators, the certification provides confidence that the cables used in their photovoltaic systems will meet high safety and performance standards, ensuring the overall safety and efficiency of the installation.


  • EN50618 Single Core Certificate

    Certificate No : R 50477532

    Issuing authority : TÜV RheinIand

    Valid period : 2020/8/14 - 2024/8/30





    The EN 50618 certification is a crucial standard for photovoltaic (PV) cables in Europe, ensuring that cables used in solar power systems meet stringent safety, performance, and environmental requirements. This European standard, developed by the European Committee for Electrotechnical Standardization (CENELEC), specifically applies to cables designed for use in photovoltaic installations. The EN 50618 certification ensures that PV cables can withstand the unique environmental and mechanical stresses that occur in solar energy applications, providing a guarantee of both safety and durability over the long term.

    The EN 50618 certification is designed to address the specific needs of cables used in photovoltaic systems, including residential, commercial, and utility-scale solar installations. PV cables are typically exposed to harsh outdoor environments, including UV radiation, temperature fluctuations, moisture, and mechanical wear. The EN 50618 standard ensures that cables used in these systems can endure these conditions without degrading, providing safe and reliable operation for the lifetime of the system.

    For manufacturers, obtaining the EN 50618 certification demonstrates a commitment to producing high-quality, safe, and durable cables that comply with European Union regulations and industry best practices. For installers and system operators, the certification provides confidence that the cables used in their photovoltaic systems will meet high safety and performance standards, ensuring the overall safety and efficiency of the installation.



  • TÜV 2PfG/1169 PV1-F Certificate

    Certificate No : T 50477531 01

    Issuing authority : TÜV RheinIand

    Valid period : 2020/8/26 - 2100/8/26





    The TÜV 2 PfG 1169/08.2007 certification is an internationally recognized standard developed by TÜV Rheinland for photovoltaic (PV) cables. This certification focuses on ensuring the durability, safety, and performance of cables used specifically in photovoltaic systems. PV cables play a vital role in solar power installations as they connect solar modules to inverters and other system components, safely conducting the electricity generated by solar panels. Since solar cables are often exposed to extreme outdoor conditions, TÜV 2 PfG 1169 certification is designed to ensure that these cables can withstand various environmental and electrical stresses.

    The TÜV 2 PfG 1169/08.2007 certification, commonly referred to as TÜV 1169, is a technical standard created by TÜV Rheinland for single-core, insulated photovoltaic cables. This standard focuses on establishing strict criteria for cables used in solar energy systems, including aspects of thermal durability, UV resistance, moisture protection, and mechanical strength. TÜV 1169 certification is intended to confirm that photovoltaic cables can maintain safe and reliable operation over a long service life under outdoor conditions.

    By providing standardized testing procedures, TÜV 1169 ensures that PV cables are suitable for their intended application, meeting the necessary durability and safety requirements for solar systems.



  • TÜV 2962 Floating Cable Certificate

    Certificate No : R 50633634

    Issuing authority : TÜV RheinIand

    Valid period : 2024/5/30 - 2100/5/30





    The TÜV 2962 Floating Cable Certificate is a specialized certification developed by TÜV Rheinland, a leading independent testing and certification organization, for floating cables used in photovoltaic (PV) systems. This certification focuses on ensuring the performance, safety, and durability of cables specifically designed for use in floating solar power installations, where solar panels are mounted on bodies of water such as lakes, reservoirs, and oceans.

    Floating solar power systems are gaining popularity as a solution to land scarcity for large-scale solar installations, particularly in regions where land is limited or expensive. However, the unique challenges of operating in aquatic environments—such as exposure to water, fluctuating temperatures, UV radiation, and constant movement—require cables that are specially designed to withstand harsh conditions. The TÜV 2962 Floating Cable Certificate ensures that the cables used in these floating PV systems meet high standards of safety, electrical performance, and durability, reducing risks associated with cable failure and enhancing the long-term performance of the system.


  • IEC 62893 Certificate

    Certificate No : R 50626648

    Issuing authority : TÜV RheinIand

    Valid period : 2024/4/17 - 2100/4/17





    The IEC 62893 certification is a critical standard for photovoltaic (PV) cables, developed by the International Electrotechnical Commission (IEC) to ensure the safety, reliability, and performance of cables used in solar power systems. As the solar energy industry grows globally, ensuring that cables meet high standards of quality and durability is essential for the efficient operation and longevity of PV systems. The IEC 62893 certification provides a comprehensive framework for testing and verifying the electrical, mechanical, and environmental properties of PV cables, ensuring they are fit for purpose in demanding solar energy applications.


    The primary purpose of the IEC 62893 certification is to ensure that cables used in solar energy systems are safe, reliable, and capable of withstanding the various challenges posed by outdoor installations. PV cables play a key role in connecting solar panels, inverters, and other components, transmitting electricity from the source to the grid or storage systems. These cables are exposed to extreme environmental conditions, including fluctuating temperatures, UV radiation, moisture, and mechanical stresses.


  • TÜV 2PfG 2693 Certificate

    Certificate No : R 50608766

    Issuing authority : TÜV RheinIand

    Valid period : 2023/11/15 - 2100/11/15





    The TÜV 2PfG 2693 certification is an important standard for photovoltaic (PV) cables, specifically focusing on their performance and safety in the context of solar energy systems. TÜV, or Technischer Überwachungsverein, is a globally recognized independent testing and certification organization based in Germany, known for its stringent standards in various industries, including the renewable energy sector. The TÜV 2PfG 2693 certificate is a certification that ensures the quality, safety, and reliability of cables used in photovoltaic applications. This certification is particularly crucial for ensuring the performance and longevity of cables used in solar power systems, which are exposed to various environmental factors such as UV radiation, temperature fluctuations, and mechanical stress.

    The TÜV 2PfG 2693 certification serves as a guarantee for manufacturers and consumers that the PV cables have undergone rigorous testing to meet high industry standards. This certification is designed to ensure that the cables are safe, durable, and effective for use in photovoltaic systems, offering essential protection against environmental risks and ensuring long-term performance. The certification process involves testing the cables under various conditions to evaluate their electrical properties, physical characteristics, and overall resilience.


  • TÜV 2PfG 2642 Certificate

    Certificate No : R 50578871

    Issuing authority : TÜV RheinIand

    Valid period : 2023/4/26 - 2100/4/26





    The TÜV 2 PfG 2642/01.22 certification is a specialized standard created by TÜV Rheinland, a global leader in technical certification, to ensure photovoltaic (PV) cables meet stringent quality, safety, and performance requirements. This certification is particularly important for photovoltaic systems as it verifies that cables can withstand the specific stresses and environmental conditions common to solar installations. TÜV 2642 certification applies to DC cables, which are essential for connecting PV panels to inverters and other components in solar energy systems.

    The TÜV 2 PfG 2642/01.22 certification standard, often referred to simply as TÜV 2642, applies to single-conductor cables used in photovoltaic systems. TÜV Rheinland developed this standard to ensure that PV cables can operate safely and effectively under prolonged exposure to sunlight, temperature variations, moisture, and mechanical stresses. The standard is especially relevant for DC cables, which handle direct current and connect solar modules to inverters or junction boxes. TÜV 2642 certification emphasizes the environmental durability, electrical safety, and mechanical integrity of PV cables, making it one of the most respected certifications in the solar industry.


  • CPR Dca Certificate

    Certificate No : 1008-CPR-MC 69266647 0001

    Issuing authority : TÜV Rheinland

    Valid period : 2023/5/10 - 2100/2/28



    The Construction Products Regulation (CPR) Dca classification is a European certification standard that outlines the fire performance requirements for construction products, including various types of electrical cables. As the use of electrical systems in residential, commercial, and industrial buildings expands, ensuring fire safety has become increasingly critical. Cables with the CPR Dca classification are designed to meet moderate fire performance requirements, making them suitable for applications where fire safety is a concern but does not require the highest level of fire resistance.

    Overview of CPR and Its Importance:
    The Construction Products Regulation (CPR) was established by the European Union to standardize safety, reliability, and quality across construction materials within the European market. This regulation includes specific classifications for cables based on their reaction to fire, which is vital for ensuring the safety of building occupants and protecting property.

    Dca Classification Explained:
    Under the CPR classification system, cables are tested for several fire-related characteristics, including flame retardancy, smoke production, and the release of toxic gases. The "Dca" classification signifies that the cable provides a moderate level of flame retardancy and emits limited smoke and toxic gases when exposed to fire.

    Applications and Suitability:
    Dca-rated cables are appropriate for installations in environments where some degree of fire safety is required but where the highest levels of flame resistance are not necessary. These include residential buildings, commercial spaces, and certain industrial applications. Dca cables are particularly suitable for:

    Residential and Commercial Buildings: Providing a balance between safety and cost-effectiveness.
    Moderate Fire Risk Areas: Where enhanced fire performance is needed, but Cca or higher classifications are not required.
    Benefits of Dca Classification:
    Fire Safety Compliance: Ensures that the cables meet European safety regulations, reducing fire hazards.
    Enhanced Safety: Limits the spread of fire and reduces smoke and toxic gas emissions, helping to protect occupants and property.
    Cost Efficiency: Offers a practical solution for applications where higher classifications might be unnecessary or too costly.

  • PV07AC-F Certificate

    Certificate No : R 50633634 0002

    Issuing authority : TÜV Rheinland

    Valid period : 2024/8/16 - 2100/2/28

    The TUV Cable Certification Process
    The process for obtaining TUV certification is both comprehensive and demanding. It involves several key steps to ensure that each cable product adheres to the highest standards for safety, performance, and environmental sustainability.

    Initial Product Evaluation: The first step in the TUV certification process is an in-depth evaluation of the cable’s design, materials, and intended use. This includes assessing factors such as insulation material, conductor size, resistance to environmental factors, and compliance with relevant industry standards.

    Rigorous Testing: Once the initial evaluation is complete, the cable undergoes a series of rigorous tests in a controlled environment. These tests examine the cable’s resistance to heat, moisture, UV radiation, mechanical stress, and chemical exposure. The testing also includes electrical performance tests to ensure that the cable can handle the necessary voltage and current levels without degradation.

    Compliance Check: Following the testing phase, the cable is subjected to a compliance check to verify that it meets all the relevant international standards, including those set by the IEC, UL, and other industry-specific bodies. TUV certification is granted only when a product passes these strict compliance checks.

    Continuous Monitoring and Re-certification: Once a cable is TUV certified, the certification is not a one-time event. The cable must undergo periodic inspections and testing to ensure it continues to meet the required standards throughout its lifecycle. This ongoing monitoring process helps maintain the integrity of the certification and ensures that customers continue to receive the highest-quality cables.

    How Our TUV-Certified Cables Benefit Your Photovoltaic Projects
    At [Your Company Name], we are committed to delivering high-performance cables that meet TUV certification standards. By choosing our TUV-certified cables for your photovoltaic projects, you are investing in:

    Long-Term Reliability: Our cables are designed to perform optimally for decades, reducing the likelihood of failures and minimizing maintenance costs.
    Safety and Compliance: With TUV-certified cables, you can be confident that your installation complies with the highest safety standards, protecting both your investment and the people who interact with your systems.
    Global Reach: Whether you are working on a domestic project or an international one, our TUV-certified cables ensure that your project adheres to the necessary global standards.
    Peace of Mind: Knowing that your cables have undergone rigorous testing and are certified by one of the world’s most trusted certification bodies provides peace of mind, allowing you to focus on the success of your photovoltaic project.

  • TÜV 2PfG 2693 Certificate

    Issuing authority : TÜV Rheinland

    Valid period : 2023/11/5 - 2100/2/28

    The TUV Cable Certification Process
    The process for obtaining TUV certification is both comprehensive and demanding. It involves several key steps to ensure that each cable product adheres to the highest standards for safety, performance, and environmental sustainability.

    Initial Product Evaluation: The first step in the TUV certification process is an in-depth evaluation of the cable’s design, materials, and intended use. This includes assessing factors such as insulation material, conductor size, resistance to environmental factors, and compliance with relevant industry standards.

    Rigorous Testing: Once the initial evaluation is complete, the cable undergoes a series of rigorous tests in a controlled environment. These tests examine the cable’s resistance to heat, moisture, UV radiation, mechanical stress, and chemical exposure. The testing also includes electrical performance tests to ensure that the cable can handle the necessary voltage and current levels without degradation.

    Compliance Check: Following the testing phase, the cable is subjected to a compliance check to verify that it meets all the relevant international standards, including those set by the IEC, UL, and other industry-specific bodies. TUV certification is granted only when a product passes these strict compliance checks.

    Continuous Monitoring and Re-certification: Once a cable is TUV certified, the certification is not a one-time event. The cable must undergo periodic inspections and testing to ensure it continues to meet the required standards throughout its lifecycle. This ongoing monitoring process helps maintain the integrity of the certification and ensures that customers continue to receive the highest-quality cables.

    How Our TUV-Certified Cables Benefit Your Photovoltaic Projects
    At [Your Company Name], we are committed to delivering high-performance cables that meet TUV certification standards. By choosing our TUV-certified cables for your photovoltaic projects, you are investing in:

    Long-Term Reliability: Our cables are designed to perform optimally for decades, reducing the likelihood of failures and minimizing maintenance costs.
    Safety and Compliance: With TUV-certified cables, you can be confident that your installation complies with the highest safety standards, protecting both your investment and the people who interact with your systems.
    Global Reach: Whether you are working on a domestic project or an international one, our TUV-certified cables ensure that your project adheres to the necessary global standards.
    Peace of Mind: Knowing that your cables have undergone rigorous testing and are certified by one of the world’s most trusted certification bodies provides peace of mind, allowing you to focus on the success of your photovoltaic project.

  • NYY-O, NYY-J Certificate

    Certificate No : R 50587238

    Issuing authority : TÜV Rheinland

    Valid period : 2024/9/11 - 2100/2/28

    The TUV Cable Certification Process
    The process for obtaining TUV certification is both comprehensive and demanding. It involves several key steps to ensure that each cable product adheres to the highest standards for safety, performance, and environmental sustainability.

    Initial Product Evaluation: The first step in the TUV certification process is an in-depth evaluation of the cable’s design, materials, and intended use. This includes assessing factors such as insulation material, conductor size, resistance to environmental factors, and compliance with relevant industry standards.

    Rigorous Testing: Once the initial evaluation is complete, the cable undergoes a series of rigorous tests in a controlled environment. These tests examine the cable’s resistance to heat, moisture, UV radiation, mechanical stress, and chemical exposure. The testing also includes electrical performance tests to ensure that the cable can handle the necessary voltage and current levels without degradation.

    Compliance Check: Following the testing phase, the cable is subjected to a compliance check to verify that it meets all the relevant international standards, including those set by the IEC, UL, and other industry-specific bodies. TUV certification is granted only when a product passes these strict compliance checks.

    Continuous Monitoring and Re-certification: Once a cable is TUV certified, the certification is not a one-time event. The cable must undergo periodic inspections and testing to ensure it continues to meet the required standards throughout its lifecycle. This ongoing monitoring process helps maintain the integrity of the certification and ensures that customers continue to receive the highest-quality cables.

    How Our TUV-Certified Cables Benefit Your Photovoltaic Projects
    At [Your Company Name], we are committed to delivering high-performance cables that meet TUV certification standards. By choosing our TUV-certified cables for your photovoltaic projects, you are investing in:

    Long-Term Reliability: Our cables are designed to perform optimally for decades, reducing the likelihood of failures and minimizing maintenance costs.
    Safety and Compliance: With TUV-certified cables, you can be confident that your installation complies with the highest safety standards, protecting both your investment and the people who interact with your systems.
    Global Reach: Whether you are working on a domestic project or an international one, our TUV-certified cables ensure that your project adheres to the necessary global standards.
    Peace of Mind: Knowing that your cables have undergone rigorous testing and are certified by one of the world’s most trusted certification bodies provides peace of mind, allowing you to focus on the success of your photovoltaic project.

  • CPR Cca Certificate

    Certificate No : 1008-CPR-MC 69265618

    Issuing authority : TÜV Rheinland

    Valid period : 2021/9/9 - 2100/9/9





    The Construction Products Regulation (CPR) Cca classification is a European certification standard that addresses fire performance for construction products, including photovoltaic (PV) cables. As solar power installations grow throughout Europe, fire safety standards for all electrical components, especially those used in residential and commercial buildings, have become increasingly important. Cables with the CPR Cca classification meet stringent requirements for flame retardancy, smoke production, and toxic gas emissions in the event of a fire, making them ideal for use in solar power systems installed in or on buildings.

    The Construction Products Regulation (CPR) was established by the European Union to create uniform standards for construction materials to ensure safety, reliability, and quality across the European market. Under CPR, cables are classified by their reaction to fire, which is especially important for PV systems integrated into or mounted on buildings. This classification system evaluates various characteristics, including flame retardancy, smoke production, and the release of toxic gases when cables are exposed to fire.

    In this classification system, the "Cca" designation represents a high level of flame retardancy. Cca-rated PV cables have been tested for their reaction to fire and are deemed suitable for installations in areas with moderate fire safety requirements, such as residential and commercial buildings. For solar power systems, the CPR Cca classification is essential to minimize fire hazards, protect people and property, and comply with European safety regulations.




  • TÜV 2PfG 2750 Certificate

    Certificate No : R 50586755

    Issuing authority : TÜV Rheinland

    Valid period : 2023/5/17 - 2100/5/17





    The TÜV 2PfG 2750 certification is a German quality standard developed by TÜV Rheinland, a leading international testing and certification organization. This certification specifically targets the requirements for photovoltaic (PV) cables used in solar power systems. TÜV 2PfG 2750 is recognized globally and has become a trusted benchmark for PV cables, particularly in Europe and increasingly around the world. The standard addresses essential characteristics of PV cables that ensure durability, safety, and efficient performance over the long lifespans expected of solar installations. For manufacturers, installers, and end-users, TÜV 2PfG 2750 certification provides assurance that cables meet stringent quality and reliability standards, making them suitable for demanding environmental and operational conditions in solar power applications.

    The TÜV 2PfG 2750 standard was created in response to the specific demands of the photovoltaic industry, where cables are often exposed to challenging outdoor conditions and need to maintain high levels of electrical performance over extended periods. Photovoltaic systems typically operate for 20-30 years, meaning that the cables need to be durable and resistant to a variety of environmental stressors, including sunlight (UV exposure), extreme temperatures, and moisture. As the adoption of solar power expands globally, there is an increasing demand for PV cables that meet high standards of reliability and safety.


  • TC TC-ER Certificate

    Certificate No : E533209

    Issuing authority : UL LLC

    Valid period : 2023/5/29 - 2100/2/28

    What is UL Standard TC-ER?
    UL (Underwriters Laboratories) is a leading global safety certification organization that develops and tests standards for a wide range of products and systems. The UL Standard TC-ER certification specifically applies to Tray Cables that are used in industrial, commercial, and residential wiring, including for photovoltaic systems.

    The “TC-ER” designation stands for Tray Cable - Exposed Run, and it refers to cables that are designed to be run exposed (without additional protective coverings or enclosures) and are often installed in cable trays or other direct wiring systems. UL Standard TC-ER cables must meet strict safety and performance requirements to handle the voltage and environmental stresses present in renewable energy systems like PV installations.

    UL certification ensures that cables meet the requirements for:

    Electrical safety under normal and fault conditions
    Mechanical strength to withstand wear and tear, including in high-traffic environments or in systems exposed to extreme conditions
    Environmental durability to resist moisture, chemicals, temperature fluctuations, and other elements found in both indoor and outdoor installations
    When you use UL Standard TC-ER cables, you can be confident that your photovoltaic system will maintain high operational standards while meeting regulatory compliance and safety guidelines.

  • EN 50620 Certificate

    Certificate No : R 50626645

    Issuing authority : TÜV RheinIand

    Valid period : 2024/4/17 - 2100/4/17





    The EN 50620 certification is a European standard specifically designed for the performance and safety of photovoltaic (PV) cables used in solar energy systems. This certification ensures that cables used in photovoltaic applications meet stringent requirements for quality, durability, and safety under diverse and often harsh environmental conditions. As the solar energy industry continues to grow, having reliable and high-performance cables is essential for the safety and efficiency of PV systems, which is why the EN 50620 certificate is vital for manufacturers and end-users alike.


    The EN 50620 certification provides a set of standardized requirements for PV cables that ensures they can safely and effectively handle the electrical power and environmental stresses present in solar energy systems. PV cables are integral components in solar installations, connecting solar panels, inverters, batteries, and the grid. These cables must withstand a wide range of challenges, including extreme temperatures, exposure to UV radiation, mechanical wear, and moisture. The EN 50620 standard ensures that cables used in these systems can meet these demands over the long term, supporting the overall efficiency and safety of the solar installation.


  • UL 854 & UL 1893 Certificate

    Certificate No : E533118

    Issuing authority : UL LLC.

    Valid period : 2023/2/28 - 2024/8/30





    The UL 854 and UL 1893 certifications are important standards for photovoltaic (PV) cables, ensuring they meet stringent safety, performance, and durability requirements. Both certifications are issued by Underwriters Laboratories (UL), a leading independent safety organization known globally for its expertise in evaluating electrical products. These certifications specifically apply to cables used in solar power systems, which are crucial for safely transmitting electricity from solar panels to inverters, electrical grids, or energy storage systems. Ensuring that PV cables comply with these certifications guarantees that they meet industry safety codes and can withstand the harsh conditions typical in solar energy installations.

    The UL 854 certification is focused on the medium-voltage (MV) cables used in photovoltaic systems. Specifically, this certification applies to cables that are rated for 600 volts or lower, and it verifies that these cables are safe for use in both residential and commercial solar installations. The UL 854 standard is particularly important for cables that will be installed in close proximity to photovoltaic panels, junction boxes, and other components of a PV system where cable failure could cause significant risks, such as electrical shorts or fires.

    The UL 854 certification process ensures that the cables have the necessary electrical properties to safely carry power generated by solar panels. This includes confirming proper insulation resistance, voltage ratings, and current-carrying capabilities. Cables that carry the UL 854 certification are also evaluated for their ability to withstand physical wear, temperature extremes, UV radiation, and exposure to moisture, all of which are common challenges in outdoor environments.


  • UL 1072 Certificate

    Certificate No : E531786

    Issuing authority : UL LLC.

    Valid period : 2022/12/7 - 2100/12/7





    The UL 1072 certification is an important standard for medium-voltage cables used in photovoltaic (PV) systems, issued by Underwriters Laboratories (UL), a globally recognized independent safety certification organization. This certification ensures that medium-voltage cables meet rigorous safety, electrical, and mechanical performance standards, making them suitable for use in photovoltaic power systems operating at higher voltages, typically ranging from 1,000 to 35,000 volts. The UL 1072 standard applies to cables that are used to transmit electricity from solar panels to inverters, transformers, and other components in utility-scale or commercial solar installations, where medium-voltage transmission is required.


    The UL 1072 certification is designed to provide assurance that the medium-voltage cables used in photovoltaic systems can perform safely and reliably over the lifetime of the installation. As solar energy projects continue to expand, particularly in large-scale solar farms, the need for durable and safe cables that can handle medium voltage levels becomes increasingly critical. The UL 1072 certification helps mitigate risks associated with cable failures, such as electrical fires or system downtime, by ensuring that cables meet industry-recognized safety and performance standards.


  • UL758 Certificate

    Certificate No : E522621

    Issuing authority : UL LLC.

    Valid period : 2022/3/2 - 2100/8/30





    The UL 758 certification is a key standard for appliance wiring materials (AWM), which includes cables used in a wide range of electrical applications, including photovoltaic (PV) systems. Issued by Underwriters Laboratories (UL), a globally recognized safety certification organization, the UL 758 certification ensures that electrical cables, including those used in solar power systems, meet rigorous safety, performance, and environmental requirements. The certification is particularly important for cables that are used in appliances and systems where safety, durability, and long-term reliability are critical.

    The UL 758 certification is essential for ensuring the safety and reliability of cables used in photovoltaic applications. Although UL 758 is a broader standard than some others that specifically address PV cables, it provides critical testing for wiring materials that are used within a wide range of electrical systems, including solar power installations. The standard is particularly relevant for cables that must withstand rigorous environmental conditions and ensure proper functioning in systems that generate and transmit electrical power.

    For manufacturers, achieving the UL 758 certification is a mark of quality and compliance with recognized safety and performance standards. For installers, it provides confidence that the cables used in PV systems meet required safety standards and are suitable for the specific electrical needs of solar energy applications.


  • UL4703 Single Core Certificate

    Certificate No : UL-US-2401151-0

    Issuing authority : UL LLC.

    Valid period : 2024/1/10 - 2100/1/10





    The UL 4703 certification is a crucial standard for photovoltaic (PV) cables used in solar power installations. This certification, developed by Underwriters Laboratories (UL), ensures that PV cables meet specific requirements for durability, safety, and reliability, making them suitable for the demanding conditions solar systems often face. A robust UL 4703 certification is essential for solar power systems, as these cables serve as the backbone of electrical connectivity between PV panels, inverters, and other system components.

    UL 4703 is a certification standard specifically designed for photovoltaic wires and cables. Solar power systems require specialized wiring due to their exposure to extreme outdoor conditions, including sunlight, high and low temperatures, moisture, and sometimes salt spray or chemicals. UL 4703 evaluates PV cables for their ability to withstand these stresses and ensures that they can safely handle the DC voltage levels associated with solar installations.

    Cables that meet UL 4703 certification are constructed with insulation and jacket materials that provide high durability, excellent electrical insulation, and protection against degradation from environmental factors. These characteristics are vital for maintaining system efficiency, safety, and longevity, as PV cables often remain in service for decades.



  • UL 1277 Certificate

    Certificate No : UL-US-2322807-0

    Issuing authority : UL LLC.

    Valid period : 2023/5/29 - 2024/8/30





    The UL 1277 certification is a crucial standard for multi-conductor cables used in a variety of electrical systems, including photovoltaic (PV) applications. Issued by Underwriters Laboratories (UL), a globally recognized safety science organization, the UL 1277 certification ensures that cables meet rigorous safety and performance standards. This certification is essential for cables used in photovoltaic systems, where reliability, safety, and durability are paramount. The standard applies to multi-conductor cables, which are typically used for both interconnecting photovoltaic modules and connecting other key system components, such as inverters, junction boxes, and charge controllers.

    The UL 1277 standard ensures that the cables used in photovoltaic systems are designed to safely carry the electrical currents generated by solar panels. These cables need to be durable enough to handle environmental challenges such as exposure to sunlight, temperature fluctuations, moisture, and mechanical stress, all of which are common in solar power installations. The certification helps manufacturers meet safety and performance requirements while giving installers and system owners confidence in the long-term reliability of the cables used in solar energy systems.

    For manufacturers, obtaining the UL 1277 certification demonstrates their commitment to producing high-quality, safe, and reliable cables for use in PV systems. For installers and system operators, the certification guarantees that the cables used in their solar systems comply with the necessary safety standards and can withstand the demanding conditions typical of outdoor solar installations.


  • ETL Certificate

    Certificate No : 5024311

    Issuing authority : Intertek

    Valid period : 2024/1/30 - 2024/8/30





    The ETL certification, provided by Intertek, is an important mark of quality, safety, and performance for photovoltaic (PV) cables used in solar power installations. ETL certification ensures that photovoltaic cables meet stringent standards required for electrical safety, environmental resistance, and operational durability. In the context of solar power systems, ETL-certified cables play a critical role, as they connect PV panels to inverters and other essential components, facilitating the efficient transmission of electricity while withstanding challenging outdoor conditions.

    The ETL certification is an internationally recognized testing and certification program administered by Intertek, a global testing, inspection, and certification company. ETL certification signifies that a product has been tested and complies with specific safety and performance standards. For photovoltaic cables, ETL certification confirms that the cable meets standards related to electrical safety, environmental durability, and mechanical resilience, ensuring it can perform reliably in the demanding conditions of solar installations.

    Intertek's ETL certification is based on standards developed by organizations such as the American National Standards Institute (ANSI), the International Electrotechnical Commission (IEC), and Underwriters Laboratories (UL). These standards set out requirements for cables used in solar energy systems, providing rigorous criteria for aspects like UV resistance, flame retardancy, and high-voltage insulation, among other attributes.



  • UL3003 Certificate

    Certificate No : UL-US-2414315-0

    Issuing authority : UL LLC.

    Valid period : 2024/4/16 - 2100/4/16



    Underwriters Laboratories (UL) certification is essential in ensuring that photovoltaic (PV) cables used in solar installations meet specific safety, durability, and performance standards. The UL 3003 standard, in particular, pertains to photovoltaic cables, playing a critical role in enhancing the safety and efficiency of solar power systems.

    UL 3003 is a certification standard developed specifically for photovoltaic cables used in solar applications. These cables are essential components in solar power systems as they transport electricity generated by solar panels to the inverters and subsequently to the electrical grid or storage systems. Given the nature of outdoor and often harsh environmental conditions in which these cables operate, UL 3003 ensures that photovoltaic cables can withstand prolonged exposure to sunlight, extreme temperatures, and potential mechanical and electrical stresses.

    SUNKEAN DG series cables, i.e. distributed power generation cables, are high-quality cables that can be adapted to a wide range of micro inverters. They have successfully passed the most accurate and targeted certification for distributed power generation cables by the authoritative UL: UL3003. This means that SUNKEAN DG series cables can be directly used in distributed power generation projects, with both safety and quality assurance.


  • UL4703 Certificate

    Certificate No : E517066

    Issuing authority : UL LLC.

    Valid period : 2020/9/30 - 2100/9/30



    The UL 4703 certification is a crucial standard for photovoltaic (PV) cables used in solar power installations. This certification, developed by Underwriters Laboratories (UL), ensures that PV cables meet specific requirements for durability, safety, and reliability, making them suitable for the demanding conditions solar systems often face. A robust UL 4703 certification is essential for solar power systems, as these cables serve as the backbone of electrical connectivity between PV panels, inverters, and other system components.

    UL 4703 is a certification standard specifically designed for photovoltaic wires and cables. Solar power systems require specialized wiring due to their exposure to extreme outdoor conditions, including sunlight, high and low temperatures, moisture, and sometimes salt spray or chemicals. UL 4703 evaluates PV cables for their ability to withstand these stresses and ensures that they can safely handle the DC voltage levels associated with solar installations.

    Cables that meet UL 4703 certification are constructed with insulation and jacket materials that provide high durability, excellent electrical insulation, and protection against degradation from environmental factors. These characteristics are vital for maintaining system efficiency, safety, and longevity, as PV cables often remain in service for decades.



  • CSA C22.2 NO. 239 Certificate

    Certificate No : UL-CA-2319814-0

    Issuing authority : UL LLC.

    Valid period : 2023/5/29 - 2024/8/30





    The CSA C22.2 No. 239 certification is an important standard for cables used in photovoltaic (PV) systems in Canada. Issued by the Canadian Standards Association (CSA), this certification ensures that cables used in solar power systems meet high safety, performance, and durability requirements. Specifically, the CSA C22.2 No. 239 standard applies to cables that are designed to be used in photovoltaic power generation systems, ensuring their safety and reliability in harsh environmental conditions. This certification is essential for manufacturers, installers, and system operators to ensure that the cables used in Canadian solar installations comply with the necessary safety and performance standards.

    The CSA C22.2 No. 239 certification is designed to ensure that cables used in photovoltaic systems are durable enough to withstand the specific demands of solar power applications. PV cables are exposed to harsh outdoor conditions such as sunlight, temperature fluctuations, moisture, and mechanical stress. The CSA C22.2 No. 239 standard addresses these challenges by setting stringent requirements for electrical, mechanical, and environmental performance. This helps to ensure that PV cables remain safe, reliable, and functional over the long term, reducing the risk of failures or hazards such as electrical shorts or fires.

    For manufacturers, obtaining the CSA C22.2 No. 239 certification provides assurance that their products are compliant with Canadian safety standards and are designed to perform reliably in photovoltaic applications. For installers and system operators, the certification ensures that the cables used in their solar installations are safe, high-quality, and suitable for the specific environmental conditions in Canada.


  • UL44 & CSA C22.2 No. 38-18 Certificate

    Certificate No : E533208

    Issuing authority : UL LLC.

    Valid period : 2023/4/25 - 2024/8/30





    The UL 44 and CSA C22.2 No. 38-18 certifications are essential standards for thermoplastic and thermoset cables, including those used in photovoltaic (PV) applications. These certifications, issued by Underwriters Laboratories (UL) and the Canadian Standards Association (CSA) respectively, ensure that cables used in solar energy systems meet strict safety, electrical, and environmental performance requirements. Specifically, these standards are applicable to the insulation and jacketing of cables that are intended for use in various electrical systems, including photovoltaic installations. They provide critical testing for the durability, safety, and reliability of cables, particularly in harsh outdoor conditions where PV cables are typically exposed.

    The UL 44 and CSA C22.2 No. 38-18 certifications are crucial for guaranteeing that cables used in photovoltaic systems can safely carry electrical power and withstand the environmental stresses typical of solar installations. These cables need to resist UV radiation, extreme temperatures, mechanical stress, and other elements they may encounter in outdoor environments, including exposure to chemicals or moisture.

    For manufacturers, obtaining these certifications demonstrates their commitment to producing high-quality, compliant cables that adhere to established safety standards. It allows manufacturers to market their products with confidence, knowing they meet the stringent requirements set by industry leaders in safety and performance. For installers and system operators, these certifications ensure that the cables they use will perform reliably and safely, reducing the risk of failures and system malfunctions over time.


  • CSA C22.2 No. 271 Certificate

    Certificate No : UL-CA-2400876-0

    Issuing authority : UL LLC.

    Valid period : 2024/1/10 - 2024/8/30





    The CSA C22.2 No. 271 certification is a key standard for photovoltaic (PV) cables in Canada, ensuring that they meet the necessary safety, performance, and durability requirements for use in solar energy systems. Issued by the Canadian Standards Association (CSA), this certification focuses on cables that are designed for use in solar power systems—both residential and commercial—where they must safely and reliably transmit electricity from solar panels to inverters, electrical grids, or energy storage systems.

    The CSA C22.2 No. 271 standard is specific to solar power cables used in PV installations, providing guidelines for cables that need to operate safely under demanding outdoor conditions. This certification evaluates various key attributes of PV cables, including electrical properties, environmental resistance, mechanical durability, and fire safety. It ensures that cables are capable of withstanding the challenges of fluctuating temperatures, UV radiation, moisture, and mechanical stress commonly encountered in solar power applications.

    The primary goal of the CSA C22.2 No. 271 certification is to ensure the safety, reliability, and performance of cables used in solar power systems operating in Canada. As solar energy continues to grow in popularity, particularly in regions where traditional land-based solar installations may not be feasible, the demand for high-quality, durable, and safe PV cables has increased. This certification addresses that need by verifying that cables used in these systems are not only capable of transmitting power but can also endure the harsh environmental conditions typical of solar power systems, ensuring their longevity and safe operation.

    By meeting the CSA C22.2 No. 271 standard, manufacturers can ensure their cables are suitable for use in Canadian PV installations, providing solar designers, installers, and system operators with the confidence that the cables meet the highest safety and performance standards required for outdoor solar applications.


  • PV-CQD&T&Q Certificate

    Certificate No : 1790-12024-003

    Issuing authority : JET

    Valid period : 2022/9/20 - 2024/8/30





    The PV-CQD&T&Q Certificate is an important certification for photovoltaic (PV) cables, ensuring that they meet rigorous standards for safety, performance, and environmental durability in solar energy applications. This certification is granted to cables that are specifically designed for use in solar power systems, where reliability and long-term performance under harsh environmental conditions are crucial. The PV-CQD&T&Q certification is particularly focused on testing for quality, durability, and environmental compliance, making it an essential credential for manufacturers and users of photovoltaic cables in solar installations.

    The PV-CQD&T&Q Certificate ensures that photovoltaic cables are capable of handling the unique demands of solar installations, including exposure to ultraviolet (UV) radiation, temperature extremes, mechanical stress, moisture, and other environmental factors. Given the increasing demand for solar energy worldwide, it is critical that the cables used in these systems are durable, safe, and efficient over the long term.

    For manufacturers, obtaining the PV-CQD&T&Q Certificate is a way to demonstrate that their cables meet the required international standards for PV applications. This certification enhances product credibility and instills confidence in consumers, installers, and system operators. For installers and system operators, this certification serves as an assurance that the cables used in solar energy systems will perform effectively and safely, minimizing the risk of system failures or maintenance issues.


  • PVCQ Certificate

    Certificate No : 1790-12024-002

    Issuing authority : JET

    Valid period : 2021/6/2 - 2100/6/30



    The PV-CQ (Photovoltaic Cable Quality) certificate is a key quality standard specifically designed for photovoltaic (PV) cables used in solar energy systems. This certification ensures that the cables meet essential performance, safety, and durability criteria necessary for reliable operation in renewable energy applications. Given the increasing demand for clean energy solutions, the PV-CQ certificate serves as an important tool to guarantee that PV cables are fit for purpose, providing long-lasting performance in harsh environmental conditions and under demanding mechanical and electrical loads.

    With the universal 1500V voltage and copper conductor, PV-CQ cable can adapt to solar cell modules, extension cables between solar cell modules and junction boxes, wiring cables between connection boxes and power regulators in the Japanese market. In addition, it passed the JET certification and has excellent flame retardant and weather resistance, ensuring the security and stability of Japanese market projects. From the appearance, there is a white stripe on the XLPO sheath of the PV-CQ cable, which can help distinguish it from other types of cables.


  • PVCC Certificate

    Certificate No : JET1790-12024-001

    Issuing authority : JET

    Valid period : 2020/10/1 - 2100/2/28



    The PVCC Certification is a crucial certification for photovoltaic (PV) cables, ensuring they meet stringent safety, performance, and environmental durability standards for solar applications. This certification is awarded to cables specifically designed for solar power systems, where reliability and long-term performance under harsh environmental conditions are essential. The PVCC Certification emphasizes quality, durability, and environmental compliance, making it an indispensable credential for PV cable manufacturers and users in solar installations.

    PVCC Certification ensures that PV cables are capable of meeting the unique demands of solar power systems, including exposure to UV radiation, extreme temperatures, mechanical stress, humidity, and other environmental factors.

    The certification verifies that the cables maintain high safety standards, reducing risks such as electrical faults and fire hazards. It also ensures optimal electrical performance, contributing to the overall efficiency of the solar power system.

  • PV-CQ Certificate

    Certificate No : JET1790-12024-002

    Issuing authority : JET

    Valid period : 2022/6/29 - 2100/2/28

    The PVCQ Certification is an important certification for photovoltaic (PV) cables, ensuring they meet high standards of safety, performance, and environmental resilience for solar power applications. This certification is specifically designed for cables used in PV systems, emphasizing their ability to perform reliably under various environmental stresses over a long period. The PVCQ Certification focuses on quality control, safety measures, and environmental compliance, making it a critical credential for both manufacturers and users of PV cables.

    PVCQ Certification involves rigorous quality control processes, ensuring that every batch of cables produced meets consistent standards of excellence. This minimizes the risk of defects and enhances the overall reliability of solar power systems.

    For manufacturers, PVCQ Certification enhances product credibility, showcasing their commitment to producing high-quality and safe PV cables.

    The Japanese Standard Cable Certification (JIS) is a mark of quality, safety, and performance that ensures cables used in photovoltaic systems meet the high standards required for both domestic and industrial applications. Whether you are working on a residential solar installation or a large-scale photovoltaic power station in Japan, choosing JIS-certified cables provides peace of mind, knowing that your system meets the highest safety standards while ensuring long-term reliability and efficiency.

  • HCV Certificate

    Certificate No : JET7665-12004-1001

    Issuing authority : JET

    Valid period : 2020/8/7 - 2027/8/6

    The HCV Certification is a key certification for high-voltage cables used in various industrial and energy applications, including renewable energy systems such as photovoltaic (PV) installations. This certification ensures that high-voltage cables meet rigorous standards for safety, performance, and durability, making them suitable for demanding environments where reliability and efficiency are paramount.

    HCV Certification involves comprehensive testing and quality control processes to ensure that the cables consistently meet high standards. This provides assurance to users that the cables will perform reliably over their intended lifespan.

    For both manufacturers and users, HCV Certification ensures that high-voltage cables are safe to use, reducing the risk of electrical hazards and improving the overall safety of the system.

    The Japanese Standard Cable Certification (JIS) is a mark of quality, safety, and performance that ensures cables used in photovoltaic systems meet the high standards required for both domestic and industrial applications. Whether you are working on a residential solar installation or a large-scale photovoltaic power station in Japan, choosing JIS-certified cables provides peace of mind, knowing that your system meets the highest safety standards while ensuring long-term reliability and efficiency.

  • AL-IV Certificate

    Certificate No : JET7665-12001-1004

    Issuing authority : JET

    Valid period : 2024/9/6 - 2031/9/5

    IV Certification is a crucial certification for photovoltaic (PV) cables, ensuring that they meet stringent safety, performance, and durability standards for solar power applications. This certification is specifically designed for cables used in solar energy systems, ensuring their reliability and safety when exposed to the various environmental factors typical of outdoor solar installations.

    IV Certification focuses on the longevity of PV cables, ensuring they are built to withstand long-term use without significant degradation in performance. The certification includes testing for resistance to aging, UV degradation, and ozone exposure.

    IV-certified cables reduce the risk of electrical hazards, overheating, and fire, ensuring that solar power systems operate safely and efficiently.

    The Japanese Standard Cable Certification (JIS) is a mark of quality, safety, and performance that ensures cables used in photovoltaic systems meet the high standards required for both domestic and industrial applications. Whether you are working on a residential solar installation or a large-scale photovoltaic power station in Japan, choosing JIS-certified cables provides peace of mind, knowing that your system meets the highest safety standards while ensuring long-term reliability and efficiency.

  • CU-CV Single Core Certificate

    Certificate No : JET7665-12004-1002

    Issuing authority : JET

    Valid period : 2022/2/15 - 2029/2/14

    CV Certification is an important certification for photovoltaic (PV) cables, ensuring that they meet critical standards for safety, performance, and environmental durability in solar energy applications. This certification is particularly relevant for cables used in PV systems that are exposed to various environmental factors, including UV radiation, temperature fluctuations, and mechanical stress, ensuring long-term reliability and efficiency in solar installations.

    CV Certification ensures that cables meet international standards for PV systems, which is essential for global market acceptance and for meeting regulatory requirements in various regions.

    CV-certified cables reduce the risk of electrical hazards, fire, and other risks, ensuring the safe operation of solar power systems.

    The Japanese Standard Cable Certification (JIS) is a mark of quality, safety, and performance that ensures cables used in photovoltaic systems meet the high standards required for both domestic and industrial applications. Whether you are working on a residential solar installation or a large-scale photovoltaic power station in Japan, choosing JIS-certified cables provides peace of mind, knowing that your system meets the highest safety standards while ensuring long-term reliability and efficiency.

  • CU-IV

    Certificate No : JET7665-12001-1002

    Issuing authority : JET

    Valid period : 2022/2/15 - 2029/2/14

    IV Certification is a crucial certification for photovoltaic (PV) cables, ensuring that they meet stringent safety, performance, and durability standards for solar power applications. This certification is specifically designed for cables used in solar energy systems, ensuring their reliability and safety when exposed to the various environmental factors typical of outdoor solar installations.

    Cables bearing the IV Certification comply with international standards for PV cables, facilitating their acceptance in markets worldwide and ensuring they meet regulatory requirements for solar installations.

     IV-certified cables reduce the risk of electrical hazards, overheating, and fire, ensuring that solar power systems operate safely and efficiently.

    The Japanese Standard Cable Certification (JIS) is a mark of quality, safety, and performance that ensures cables used in photovoltaic systems meet the high standards required for both domestic and industrial applications. Whether you are working on a residential solar installation or a large-scale photovoltaic power station in Japan, choosing JIS-certified cables provides peace of mind, knowing that your system meets the highest safety standards while ensuring long-term reliability and efficiency.

  • AL-CV Single Core Certificate

    Certificate No : JET7665-12004-1006

    Issuing authority : JET

    Valid period : 2024/9/6 - 2031/9/5

    CV Certification is an important certification for photovoltaic (PV) cables, ensuring that they meet critical standards for safety, performance, and environmental durability in solar energy applications. This certification is particularly relevant for cables used in PV systems that are exposed to various environmental factors, including UV radiation, temperature fluctuations, and mechanical stress, ensuring long-term reliability and efficiency in solar installations.

    CV Certification ensures that cables meet international standards for PV systems, which is essential for global market acceptance and for meeting regulatory requirements in various regions.

    CV-certified cables reduce the risk of electrical hazards, fire, and other risks, ensuring the safe operation of solar power systems.

    The Japanese Standard Cable Certification (JIS) is a mark of quality, safety, and performance that ensures cables used in photovoltaic systems meet the high standards required for both domestic and industrial applications. Whether you are working on a residential solar installation or a large-scale photovoltaic power station in Japan, choosing JIS-certified cables provides peace of mind, knowing that your system meets the highest safety standards while ensuring long-term reliability and efficiency.

  • AL-CV Multi Core Certificate

    Certificate No : JET7665-12004-1007

    Issuing authority : JET

    Valid period : 2024/9/6 - 2031/9/5

    CV Certification is an important certification for photovoltaic (PV) cables, ensuring that they meet critical standards for safety, performance, and environmental durability in solar energy applications. This certification is particularly relevant for cables used in PV systems that are exposed to various environmental factors, including UV radiation, temperature fluctuations, and mechanical stress, ensuring long-term reliability and efficiency in solar installations.

    CV Certification ensures that cables meet international standards for PV systems, which is essential for global market acceptance and for meeting regulatory requirements in various regions.

    CV-certified cables reduce the risk of electrical hazards, fire, and other risks, ensuring the safe operation of solar power systems.

    The Japanese Standard Cable Certification (JIS) is a mark of quality, safety, and performance that ensures cables used in photovoltaic systems meet the high standards required for both domestic and industrial applications. Whether you are working on a residential solar installation or a large-scale photovoltaic power station in Japan, choosing JIS-certified cables provides peace of mind, knowing that your system meets the highest safety standards while ensuring long-term reliability and efficiency.

  • CU-CVD&T&Q Cable Certificate

    Certificate No : 1790-12004-002

    Issuing authority : JET

    Valid period : 2023/4/5 - 2100/4/30

    How JIS-Certified Cables Benefit Your Photovoltaic Projects
    Using JIS-certified cables for your photovoltaic projects provides several advantages:

    Safety Assurance: JIS-certified cables undergo rigorous safety testing, providing confidence that your solar installation is safe for both users and operators.
    Durability: Designed to withstand extreme weather, seismic activity, and long-term environmental exposure, JIS-certified cables deliver reliable performance throughout the lifespan of your PV system.
    Regulatory Compliance: In Japan, using JIS-certified cables ensures full compliance with local regulatory standards, helping to avoid delays and regulatory issues in your project.
    Enhanced System Efficiency: High-quality cables ensure efficient power transmission and minimal energy loss, helping to maintain the overall efficiency of your photovoltaic system.
    Sustainability and Environmental Responsibility: With an emphasis on eco-friendly materials and sustainability, JIS-certified cables contribute to the overall sustainability of your renewable energy project.
    Conclusion
    The Japanese Standard Cable Certification (JIS) is a mark of quality, safety, and performance that ensures cables used in photovoltaic systems meet the high standards required for both domestic and industrial applications. Whether you are working on a residential solar installation or a large-scale photovoltaic power station in Japan, choosing JIS-certified cables provides peace of mind, knowing that your system meets the highest safety standards while ensuring long-term reliability and efficiency.

  • AL-CVD&T&Q Cable Certificate

    Certificate No : 1790-12004-003

    Issuing authority : JET

    Valid period : 2024/11/5 - 2100/2/28

    How JIS-Certified Cables Benefit Your Photovoltaic Projects
    Using JIS-certified cables for your photovoltaic projects provides several advantages:

    Safety Assurance: JIS-certified cables undergo rigorous safety testing, providing confidence that your solar installation is safe for both users and operators.
    Durability: Designed to withstand extreme weather, seismic activity, and long-term environmental exposure, JIS-certified cables deliver reliable performance throughout the lifespan of your PV system.
    Regulatory Compliance: In Japan, using JIS-certified cables ensures full compliance with local regulatory standards, helping to avoid delays and regulatory issues in your project.
    Enhanced System Efficiency: High-quality cables ensure efficient power transmission and minimal energy loss, helping to maintain the overall efficiency of your photovoltaic system.
    Sustainability and Environmental Responsibility: With an emphasis on eco-friendly materials and sustainability, JIS-certified cables contribute to the overall sustainability of your renewable energy project.
    Conclusion
    The Japanese Standard Cable Certification (JIS) is a mark of quality, safety, and performance that ensures cables used in photovoltaic systems meet the high standards required for both domestic and industrial applications. Whether you are working on a residential solar installation or a large-scale photovoltaic power station in Japan, choosing JIS-certified cables provides peace of mind, knowing that your system meets the highest safety standards while ensuring long-term reliability and efficiency.

  • ISO 9001 Cartificate

    Certificate No : 25023Q12106RIM

    Issuing authority : ZhongQiu United International Certification

    Valid period : 2024/1/15 - 2026/1/9





    ISO 9001 certification is an internationally recognized quality management standard that applies to a wide range of industries and products, including photovoltaic (PV) cables used in solar power systems. Administered by the International Organization for Standardization (ISO), the ISO 9001 standard provides a framework for implementing and maintaining a quality management system (QMS) to ensure consistent product quality, customer satisfaction, and continual improvement. In the photovoltaic industry, ISO 9001 certification demonstrates a company’s commitment to producing reliable and high-quality PV cables, ensuring they meet the needs of solar power applications.

    ISO 9001 is part of the ISO 9000 family of quality management standards and is the most widely used standard for quality management systems worldwide. The ISO 9001 standard establishes principles and criteria that enable organizations to consistently deliver products and services that meet both regulatory requirements and customer expectations. While ISO 9001 doesn’t define specific product attributes, it provides guidelines for establishing processes that support high-quality production, continuous improvement, and effective management practices.

    For photovoltaic cable manufacturers, achieving ISO 9001 certification means they have implemented a quality management system that aligns with internationally accepted practices. This QMS covers all aspects of production, from material sourcing to final testing, ensuring that the cables meet industry standards, customer specifications, and regulatory requirements. Although ISO 9001 certification isn’t specific to photovoltaic cables, it offers substantial benefits for the solar industry by promoting product reliability, consistency, and customer satisfaction.




  • TÜV 2PfG 2915 Certificate

    Certificate No : R 50680340 0001

    Issuing authority : TÜV Rheinland

    Valid period : 2025/6/3 - 2100/6/3

    The TÜV 2PfG 2915/07.23 certification is a specialized standard created by TÜV Rheinland, a global leader in technical certification, to ensure photovoltaic (PV) cables meet stringent quality, safety, and performance requirements. This certification is particularly important for photovoltaic systems as it verifies that cables can withstand the specific stresses and environmental conditions common to solar installations. TÜV 2PfG 2915 certification applies to DC cables, which are essential for connecting PV panels to inverters and other components in solar energy systems.

  • TÜV SK4A Certificate

    Issuing authority : TÜV SÜD

    Valid period : 2025/6/3 - 2100/6/3

    We are proud to announce that our SK4A photovoltaic connector has been certified by TÜV SÜD, one of the world’s leading testing and certification organizations. This certification ensures that the SK4A connector meets the highest international standards for safety, performance, and reliability in photovoltaic systems. TÜV SÜD certification is a strong testament to the quality and durability of our product, providing our customers with added confidence in long-term outdoor and high-voltage solar applications.

  • ISO 14001 Certificate

    Certificate No : LBC230032ROS

    Issuing authority : LBC

    Valid period : 2023/4/17 - 2026/4/16





    ISO 14001 is an internationally recognized standard for environmental management systems (EMS). This certification outlines a framework for organizations to follow in order to improve their environmental performance and reduce their ecological footprint. For photovoltaic (PV) cable manufacturers, obtaining ISO 14001 certification demonstrates a commitment to environmental responsibility, efficient resource use, and sustainability. In a sector directly tied to renewable energy, aligning with ISO 14001 allows PV cable manufacturers to enhance their environmental credentials, streamline processes, reduce waste, and meet increasing regulatory and customer demands for eco-friendly practices.

    ISO 14001 was developed by the International Organization for Standardization (ISO) to help companies manage their environmental impacts through a structured and systematic approach. This certification is widely applicable across various industries, but it holds particular importance for photovoltaic cable manufacturers as their products are integral to renewable energy solutions. By obtaining ISO 14001 certification, PV cable manufacturers demonstrate that they are actively working to minimize their environmental impact, which resonates well with customers, partners, and stakeholders in the renewable energy sector.



  • IATF 16949 Certificate

    Certificate No : 128811/A/0001/SM/En

    Issuing authority : URS

    Valid period : 2023/11/17 - 2026/11/16





    The IATF 16949 certification is an internationally recognized quality management standard developed by the International Automotive Task Force (IATF) specifically for the automotive sector. Although not exclusively for photovoltaic (PV) cables, the IATF 16949 standard is increasingly relevant for PV cable manufacturers who seek to supply products to automotive companies integrating solar technology into their vehicles or facilities. With the automotive industry's growing interest in sustainability and renewable energy, PV components, including cables, are finding applications in electric vehicles (EVs), solar-powered charging stations, and other automotive-related renewable energy projects.

    The IATF 16949 certification focuses on quality management principles that ensure consistency, reliability, and continuous improvement in manufacturing processes. By obtaining this certification, PV cable manufacturers demonstrate their commitment to high standards of quality and process efficiency, which are critical in applications where dependability and safety are paramount.

    The IATF 16949 certification originated to harmonize various quality management standards used by automotive manufacturers worldwide. As automotive manufacturers increasingly adopt sustainable technologies, including solar energy, the demand for high-quality PV cables suitable for automotive applications is rising. For PV cable manufacturers, meeting the IATF 16949 standards aligns them with the quality and operational expectations of the automotive industry, opening doors to supply opportunities and partnerships within this sector.

    IATF 16949 builds upon ISO 9001, the globally recognized standard for quality management systems, and incorporates additional requirements specific to automotive production, such as risk management, process efficiency, and defect prevention. For PV cable manufacturers, the certification ensures they adhere to rigorous standards that emphasize product consistency, minimal defects, and effective quality control — all crucial factors for automotive applications where cable reliability is critical.




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