Solar photovoltaic Y-connectors: Efficient and reliable clean energy connectivity solutions
In today's world of pursuing sustainable development, solar photovoltaic technology as a green energy solution is getting more and more attention. In order to achieve the clean energy transition, various industries are looking for more efficient and reliable photovoltaic connectivity solutions. It is in this context that Shunkonn's proud product, the MCY10-2M2FPLN01 solar photovoltaic Y-connector, came into being. With its overall superior performance, this connector is a key component in the drive for sustainable energy.
Let's take a closer look at this exciting product.
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As one of Shunkonn's leading products, the MCY10-2M2FPLN01 solar PV Y-connector offers the perfect solution for the connection of photovoltaic systems with its superior performance and reliability.
The Y-connector offers a number of outstanding features:
High rated voltage: The MCY10-2M2FPLN01 Y-type connector has a rated voltage of 1000V, making it suitable for high-power solar systems. This means it can perform well in a variety of applications such as large commercial PV projects and home solar systems.
High rated current: The rated current of the connector is 30A, with good current transmission capacity, to ensure the efficient operation of the photovoltaic system. The MCY10-2M2FPLN01 connector delivers stable and reliable power, both under high load conditions and in complex current environments.
High waterproof rating: The connector has an IP68 waterproof rating, which effectively protects the connector from harsh environments such as rain, humidity and dust. Whether in coastal areas, high humidity or harsh weather conditions, the connectors work stably to ensure long-term reliability.
High quality insulation material: MCY10-2M2FPLN01 connector uses high quality polyphenyl ether (PPO) as insulation material. PPO has excellent weather resistance and corrosion resistance, and can work stably under various climatic conditions to ensure the long-term stability of the connector.
Copper tinned conductor inner core: The conductor inner core of the connector is tinned with copper material to provide excellent electrical conductivity and contact reliability. This design ensures a low contact resistance (≤0.35mΩ), thereby reducing energy loss and improving the efficiency of the photovoltaic system.
Applicable wiring specifications: The MCY10-2M2FPLN01 connector is suitable for wiring specifications of 4mm², providing flexible installation options for photovoltaic cables. This means that it can be adapted to the needs of multiple photovoltaic systems and provides engineers and installers with a convenient and simplified wiring process.
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Shunkonn is committed to providing customers with quality PV connectivity solutions. Our products undergo rigorous quality control and testing to ensure the highest level of performance and reliability. Whether it is a large commercial PV project or a home solar system, the MCY10-2M2FPLN01 solar PV Y-connector can provide you with superior connectivity results.
By choosing a solar PV Y-connector from Shunkonn, you will get an efficient and reliable clean energy connectivity solution. Our product is more than just a connector, it is a key component in advancing sustainable energy. Let's work together to build a greener, cleaner future!
The MCY10-2M2FPLN01 Solar PV Y-connector is an innovative product that Shunkonn has crafted to meet the growing demands of the PV industry. With excellent performance, reliable connectivity and easy installation, it provides a reliable solution for the construction and operation of photovoltaic systems.
If you are interested in our products, or would like to know more about the MCY10-2M2FPLN01 solar PV Y connector, please feel free to contact our professional team. We will be happy to provide you with technical support, answer questions, and tailor the solution that best suits your project needs.
By choosing a solar PV Y-connector from Shunkonn, you will move towards a clean energy future and jointly promote sustainable energy. Let's work together to create a green and sustainable tomorrow!
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