Intelligent Power Module (IPM) Market Size

Intelligent Power Module (IPM) Market Analysis

The Intelligent Power Module Market size is estimated at USD 2.12 billion in 2024, and is expected to reach USD 3.63 billion by 2029, growing at a CAGR of 9.87% during the forecast period (2024-2029).

Industries like consumer electronics, industrial automation, renewable energy, automotive, and more frequently use intelligent power modules. They provide advantages such as increased power efficiency, smaller and lighter size and weight, higher reliability, and easier circuit design.

• Intelligent power modules are high-speed, low-loss IGBTs, diode power devices, integrated gate drives, and protective circuits housed in a single enclosure. The many advantages afforded by power electronics technology in motor control applications are driving up demand for these IPMs. The IPM's integrated over-temperature and voltage lock-out protection are also employed to improve system dependability.
• With the demand for electricity continuing to grow due to staggering population growth and the electrification of various industries, energy efficiency is a crucial concern. The increasing focus of multiple sectors to develop solutions that can help them reduce power wastage and enhance utilization efficiency is among the primary factors supporting the growth of the studied market as IPMs deliver significant efficiency gains with the latest generation of power semiconductors.
• Rising demand for renewable energy generation, OEM focus on offering creative and efficient energy and power monitoring modules, and soaring demand for IPMs in the industrial, automotive, and consumer electronics verticals are some of the primary drivers driving the intelligent power module market. Furthermore, trends in the personal computing industry, such as smaller system sizes, faster processors, and the need to support advanced applications, are expected to promote the market's growth, as intelligent power modules' small size results in fewer parts needing to be purchased, stored and put together.
• According to the IEA, in order to achieve the Net Zero Scenario, the supply of renewable energy is anticipated to continue growing by roughly 13 percent annually throughout the years 2022–2030. Additionally, global annual renewable energy investment must more than triple to around USD 4 trillion by 2030 to achieve net zero emissions by 2050. These elements will increase demand for a variety of semiconductor devices, creating a substantial market for IPMs.
• Several government programs throughout the world aimed at reducing carbon emissions and preserving the environment are driving the adoption of new energy vehicles such as hybrid plug-in electric vehicles, Electric Vehicles (EVs), and alternate fuel vehicles, wherein IPMs are widely used in oil pumps, AC compressors, onboard charging units, etc. Hence, the growth of the EV industry is expected to support the studied market's growth.
• Furthermore, IPMs are widely adopted in consumer appliances such as air conditioners, washing machines, vacuum cleaners, refrigerators, etc. For instance, the intelligent power module, SLLIMM, offered by STMicroelectronics, is a compact and highly integrated power molded module that combines smart driving and power switching sections to drive motors from a few watts up to 5 kilowatts in applications such as home appliances, fans, air conditioning inverters, pumps, servo motors, general purpose drives and more.
• However, for the rapid growth of the IPM industry, adopting new trends and technologies in IPMs is required. Building a highly efficient control structure is difficult as vendors focus on integrating numerous functionalities into a single chip, acting as a stifling factor for the technological growth of IPMs.
• Additionally, factors such as a higher cost and the growing design complexity as the application area and performance requirement from intelligent power modules expand further are also anticipated to challenge the studied market's growth.