Declaration in the leading supplier of differentiated semiconductor technology programs in power, security, reliability, and performance (NASDAQ ID: MSCC) announced the use of LX2410A with its patented COOLRUNTM technology The IdealTM solar bypass device is designed to provide bypass paths in photovoltaic (PV) module applications. The LX2410A is a member of the US Gao Sen-American Awards Solar Bypass Series, which uses Schottky Diodes in the junction box to reduce the cost of the photovoltaic solar module by using high-performance solutions integrated under panels to reduce the cost of photovoltaic solar modules. Improve reliability.
SHAFY ELTOUKHY, Vice President and Business Sector Manager of Mei Gao Sen, said: "Our new LX2410A Ideal solar bypass device has unique advantages that exceed competition products, including thinner packaging and better lightning protection."
High-current PV module applications require the use of the bypass path as a protection mechanism to ensure that electric power can be generated when a portion of the photovoltaic array may be blocked or damaged. In addition, the industry also requires bypass devices to protect arrays to avoid lightning strikes. Mi Gaosi Mei LX2410A is the only two-way surge protection device that implements up to 500A surge protection in the forward and reverse, enhances the robustness and reliability of the device's life cycle.
The maximum thickness of the LX2410A is 0.7mm, which is designed to be installed inside the solar PV panel to reduce the junction box and the expensive copper wiring of the round-trip junction box, and can minimize system expenditure and achieve a smaller junction box. Less copper loss and higher power PV modules. This packaged weld spacing is 2.6 mm, which is compliant with the IEC61730-1 and IEC61730-2 standard crawling distance and gap requirements.
Europe's largest solar panel brand REC has evaluated active bypass devices such as LX2410A in its next-generation solar panel. The company's engineering team pointed out that the LX2410A device has a thin package and high efficiency, so it can be installed under the front glass of the REC solar panel, and can save large junction boxes and excessive cables to reduce system costs. REC is a PV technology leadership manufacturer, comprehensively manufacturing polysilicon wafers, batteries, panels, and systems have produced more than 15 million panels.
Unlike the Schottky diode, the LX2410A is an active device with extremely low voltage drop and reverse, which brings a higher PV module power output, and the fever and temperature rise during operation. Non-HICCUP, non-HICCUP, has eliminated radiation electromagnetic interference (EMI) from PV module string.
Dr. Heribert Schmidt, German Advanced Solar System Research Institute, Fraunhofer-Institute ISE: "The source bypass will replace the Schottky diode in the next-generation PV module design to improve efficiency and robustness, and optimize module structure and reduce overall System cost. "
Market research institutions IHS pointed out that 2015 global PV power generation capacity is expected to reach 57 GM (GW), which reflects that the market has increased by 48% since 2013. With a power generation capacity of each solar panel, it is calculated using three bypass devices. It is expected that the overall available markets (TAM) of these products in 2015 will exceed 600 million devices. Be
Other features of the LX2410A device include:
12.5A current supporting the International Electrotechnical Commission (IEC) test
Low forward voltage drop: vf = 95 mv @ IF = 10 A, Tcase = 110 ° C
Low reverse leakage current: IR = 12.5 ua @ VR = 33 V, TJ = 125 ° C
500A two-way lightning strike tolerance, in line with IEC 61000-4-5 requirements 6.1 requirements
Operating knot temperature range: -55 to 125 ° C
Reverse voltage up to 33 V
Excellent electrostatic discharge (ESD) performance
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