30 Jan 2017  |  North America

Global Module Level Power Electronics (MLPE) Market, Forecast to 2021

Low Product Prices and Increasing Investments in Renewables Accelerate Growth

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This market engineering study talks about the Module Level Power Electronics (MLPE) market, which includes both microinverters and DC optimizers. It also tracks the current global MLPE market and provides forecasts by revenue, units, and region till 2021 at the total market level and also for microinverters and DC optimizers. The study explains the...

Low-power electronics, also known as low-power electronic design, refers to the designing and manufacturing of electronic devices that consume less power. Over the years, the number of transistors on integrated chips has grown exponentially, enabling the production of complex electronic devices that are portable and mobile. However, the existing se...

The growth of modern electronic technology based on semiconductor transistors is almost reaching an impasse because the Moore’s Law is almost reaching its fundamental limits. In a few years, transistors will reach a state where they cannot be further shrunk. This calls for immediate measures to find ways and alternatives to replace the present tr...

The TechVision division of Frost & Sullivan has evaluated high power electronics technologies, and has assessed innovations that will have an impact on various applications in the near-, medium-, and long- term. Increasing need for high-power/high-voltage, high-temperature and high switching frequency power electronic devices in applications such ...

Power electronics, consumer electronics, power modules, silicon carbide (SiC), metal-oxide-semiconductor field-effect transistors (MOSFETs), Schottky barrier diode (SBD), batteries, flexible devices, smart devices, wearable devices, sensors, are important in the microelectronics technology domain. Just as how graphene, micro-supercapacitors, wear...

Silicon-based power electronic device, the most popular and well established material technology is witnessing constant improvements with regard to power handling capability. However with silicon subjected to certain theoretical limitations, wide bandgap semiconductor materials holds promise to deliver high efficiency leading to savings in energy. ...