At Pallidus, we are dedicated to providing solutions that empower industries to achieve greater efficiency, reliability, and performance, ushering in a new era of technological advancement. Our premium and ultra premium wafers leverage the unique properties of silicon carbide to usher in the next generation of power electronics, from electric vehicles to renewable energy sources, 5G communications, and aerospace and defense applications.
Silicon Carbide Applications
Efficiency in Motion
Unlocking the potential of silicon carbide to drive electric vehicles and transportation forward
Silicon carbide is having tremendous influence over the entire electric-vehicle industry as it offers a variety of benefits that will lead to improved efficiency and performance of electric vehicles and other forms of transportation. From SiC’s ability to operate at higher temperatures than traditional Silicon which allows for better thermal management to higher power density and lightweight components, Silicon Carbide can contribute to improved efficiency, performance, durability, and extended driving or flying ranges for electric vehicles and aircrafts.
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5-10% less energy consumed, increased range and faster charging.
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500kg weight savings $10s of millions in savings per aircraft life.
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25% energy savings, 30% lower weight, improved safety.
Energize the Green Revolution
Pave the way for the next generation of renewable energy solutions with silicon carbide wafers
A sustainable future requires the next level of responsible power generation. Silicon carbide (SiC) is increasingly being utilized in renewable energy systems due to its unique advantages that contribute to the efficiency and reliability of these systems, reducing energy loss. Compared to traditional silicon-based devices, Silicon carbide power electronics exhibit lower switching losses and higher efficiency, which is critical for maximizing the electricity generated from renewable sources like wind and solar. SiC properties help reduce energy losses during power conversion, faster switching speeds for more precise control, and longer lifespans of components of renewable energy systems, all of which support improvement of the overall economic viability of renewable energy projects.
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50% lower conversion losses, 3-5% more system efficiency. One less windmill in a farm of 20.
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50% lower losses, makes solar more competitive with fossil fuel.
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Reduces losses during DC to AC electricity conversion by 90%.
Empowering Tomorrow's Connectivity
Unleash the power of silicon carbide wafers for cutting-edge industrial and 5G innovations
From smart cities to improving military intelligence and logistics, 5G communications can revolutionize how businesses operate and deliver services. Silicon carbide (SiC) offers several benefits in the context of 5G communications, particularly in the development of high-frequency and high-power electronic devices.
Silicon carbide has a wide bandgap, allowing for high-frequency operation of electronic devices, which is crucial in 5G communications for improved data rates and increased network capacity. Its higher voltage capability is advantageous to the design of efficient power amplifiers and other components in 5G communication systems and allows for more compact and lightweight designs of electronic components, great for 5G infrastructure in urban environments that require space-efficient solutions.
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5% direct power savings, 25% smaller footprint and cooling load.
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Decreases the cost per bit by 10x in 5G networks.
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Handles 10 times Higher voltages and operates above 300C reducing weight and size.