Top Transformational Trends in Power Electronics Sector

Power consumption is one of the most challenging concerns in the modern world, and the business is continually evolving

Fremont, CA: Experts predict that the worldwide power electronics market will reach $46.81 billion by 2027, which is not unexpected given the technology's wide range of applications. Power transformation and regulation are necessary for industries such as automotive and transportation, consumer electronics, renewable energy, the industrial sector, etc.

Power consumption is one of the most challenging concerns in the modern world, and the business is continually evolving. Let's look at some of the power electronics technologies that experts predict will emerge in 2022.

• GaN Chargers

Today, it's apparent that silicon, as the core of electronic chips, can no longer sustain further electronic progress. GaN (gallium nitride), like other materials that might eventually replace silicon, is becoming a more effective alternative. GaN power transistors, in particular, have the potential to overcome significant difficulties in power electronics, particularly in the consumer and automotive markets.

• Data Center GaN Power Supplies

The rapid growth of IoT and machine learning technologies also resulted in an explosion of data centers that consume enormous power. As a result, data center operators are seeking more efficient options, and GaN power supply may be one of them.

Smaller & more efficient GaN power sources will enable data centers to boost server density by up to 56 percent while lowering capital expenses. Furthermore, GaN-based technologies will cut CO2 emissions.

• Electric Vehicles

Since the advent of electric cars, the most challenging issue has been power storage and consumption. These two criteria determine how far the car can go and how frequently it must get charged, so it's no surprise that EV producers are looking for better alternatives to standard silicon-based power electronics.

GaN batteries offer a higher capacity and lower size, making them ideal for electric cars. As a result, EV manufacturers have no choice but to adopt this technology by 2022.

• Sustainability

In 2020, total US electricity consumption resulted in 0.85 pounds of CO2 emissions per kWh, according to Independent Statistics & Analysis. Because energy and heat are the key causes of greenhouse gas emissions, it is critical to minimize power usage by making it more efficient. GaN technologies can help with this.

Furthermore, GaN transistor-based energy storage devices lose four times less power, making them crucial for home and commercial renewable energy storage systems.

• Supply Shortage

Energy is a critical component of the contemporary economy that affects all areas of our life. New technologies like GaN semiconductors will progressively alter the technological environment and the economic landscape.