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What is a GaN power transistor?

GaN achieves ultra-low switching loss at high switching frequency and is therefore a superior choice for both system efficiency and power density. Renewable energy systems using GaN power transistors do not needlessly waste solar energy during the conversion process.

What is a GaN based solar inverter?

GaN-based FETs exhibit superior thermal resilience, enhanced reliability, and extended lifetimes. By embracing GaN-based solar inverters and optimizers, the solar energy industry can achieve more significant energy savings, improved performance, and accelerated adoption of renewable energy sources.

Do GaN power transistors waste solar energy?

Renewable energy systems using GaN power transistors do not needlessly waste solar energy during the conversion process. GaN is important to solar designs because of its ability to offer significantly improved performance while reducing the energy and the physical space needed to deliver that performance, when compared with conventional silicon.

Why do solar companies use GaN devices?

Solar applications need to guarantee: The trend for higher power density results in very expensive cooling systems and silicon MOSFET solutions can no longer meet the power density required. That’s why leading solar companies are adopting GaN. GaN devices are ideal for the primary stage of microinverters or separate MPPT/optimizers.

What is a GaN power semiconductor?

GaN Systems power semiconductors empower increases in efficiency, torque, and range Powered micro-mobility devices benefit from designs that deliver excellent energy efficiency and power density, smaller and lighter physical designs, and overall cost efficiencies. GaN helps motor drive efficiency and charging effectiveness as with power tools.

Can GaN power ICs save energy?

Navitas estimates that the market for GaN chips in residential solar applications could reach $1 billion a year and that GaN power ICs have the potential to lower inverter costs by as much as 25% while delivering energy savings of 40% or more. Figure 4: GaN enables lower inverter cost and power dissipation.