Over the past decade, a significant amount of efforts are being made to enhance energy efficiency and minimize carbon footprint due to the mounting concerns over global warming and depletion of fossil fuels. As the demand for energy-efficient solutions is likely to show no signs of slowing down, stakeholders in the intelligent power module market are under considerable pressure to provide efficient power conversion devices. The demand for intelligent power modules is set to witness noteworthy growth in the coming years, as they are increasingly being used in a range of applications in various industries.
The adoption of power semiconductor devices, including intelligent power modules is witnessing significant growth, as they are extensively being used in consumer electronic products, renewable power generation, electric vehicles, power supplies, and railway applications. At present, innovations are expected to gain significant momentum in the intelligent power module market, as key participants in the value chain are focusing on offering high performing, cost-effective, energy-efficient, and downsized intelligent power modules to fulfill the current industrial requirements. In addition, leading stakeholders are also leveraging the benefits of innovative package and chip technologies to improve the performance of their intelligent power modules. Due to these factors, the global intelligent power module market is expected to attain a market value of ~US$ 3.8 Bn by the end of 2027.
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New Intelligent Power Modules Curb Carbon Emissions and Enhance Energy Efficiency
The automotive sector has received a significant amount of criticism, especially in the past decade, owing to the high levels of carbon emission and the negative impact it has on the environment. In addition, as automobiles predominantly relied on fossil fuels, including oil, the onus was on automotive manufacturers to look for greener alternatives. As the demand for electricity continues to grow at an exponential rate due to staggering population growth, natural resources are depleting at a considerable pace. As per the International Energy Association, the global demand for electrical energy is set to increase by ~60% over the next couple of decades.
Thus, amidst these rising concerns pertaining to energy efficiency and sustainable utilization of natural resources, innovations in energy systems, particularly in the automotive sector are on the rise. Thus, due to the growing need for energy efficiency, the automotive electronics space is expected to undergo transformation. In the current scenario, as hybrid and fully electric vehicles are making a mark internationally, particularly in North America and Europe, the adoption of intelligent power modules is witnessing notable growth. Stakeholders in the current intelligent power module market are focusing on the development of intelligent power modules that are especially use in automotive applications. Moreover, at present, intelligent power module manufacturers are devoting resources to optimize system costs, improve power density, enhance power saving, improve mileage, and battery efficiency. While home appliances and servo drives are expected to remain the most prominent applications of intelligent power modules, deployment of intelligent power materials in the development of electric vehicles is set to grow at a rapid pace in the second half of the forecast period.
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Stakeholders Launch Improved Intelligent Power Modules for Range of Applications
Stakeholders operating in the current intelligent power module market are expected to introduce new products that are in-sync with current industrial requirements. Key participants in the intelligent power module market landscape are rolling out improved versions of intelligent power modules that are likely to be deployed for in an array of applications. Apart from launching new power semiconductor devices, stakeholders are also focusing on the design aspects of their intelligent power modules.
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In October 2018, Infineon Technologies launched a new intelligent power module for industrial motor drives. According to Infineon, the CIPOS Maxi is ideal for low-power drives in applications, including power factor correction, pumps, motors, fans, ventilation, and air conditioning. In their bid to expand their existing product offerings, the company also launched a new 3-phase intelligent power module, which is used to optimize the efficiency of washing machines, industrial drives, compressors, fans, etc.
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