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Solutions for Energy Infrastructure

Brought to you by ON Semiconductor and KEMET

The landscape for energy generation, distribution, and storage is rapidly evolving to fulfill targets set by government policy and increasing consumption. Heightened efficiency targets, reductions of CO2 emissions, and a focus on renewable and clean energy are key factors in this Energy Infrastructure Evolution.

ON Semiconductor offers a comprehensive portfolio of energy efficient solutions that serve the demanding needs of high-power applications including Silicon Carbide (SiC) Diodes, Intelligent Power Modules, and Current Sense Amplifiers.

Solar Inverters

Solar Inverter Diagram

Solar power modules are one of the most common commercial and consumer choices for generating renewable energy. This renewable energy comes with the challenge of integrating a variable power source into a standardized electrical network. Solar inverters play a crucial role in rectifying the DC solar panel into an AC electrical grid. In addition to efficient AC/DC conversion, solar inverters are commonly used to monitor the non-linear response of a photovoltaic diodes to ensure the maximum power is produced. ON Semiconductor offers a complete solution that is design to sense, protect, and control energy from the cell to the grid.

 

Uninterruptible Power Supplies (UPS)

UPS Diagram

An uninterruptible power supply is vital for digital networks that are time and data dependent. Computational analysis, data storage and distribution, telecommunication systems, and even select cities are all dependent on a constant power source that is promised with UPS. These protective power sources are commonly integrated into the flow of power. This ensures that battery or other storage devices are constantly being monitored and energized so that in the event of system failure the UPS is at full support capacity. This monitoring, charging, and AC/DC rectification requires silicon that is not only capable but also efficient at high current states. ON Semiconductor offers a complete energy efficient solution that is design to control and convert electrical power whether or not there is power failure.

 

Electric Vehicle Charging

Electric Vehicle Charging Diagram

Electric vehicle charging stations are the most essential components to the infrastructural make-up for EVs. Unlike solar conversion or backup power, EV charging stations are on the application edge. These stations need to be able to communicate and transfer power in a standardized format that allows for wide adaptability and usage. In addition to the complexities of fast charge time and efficient AC/DC rectification, EV charging stations also require safety and interactive features for the end user. ON Semiconductor offers a complete solution that is designed to quickly and seamlessly transfer electrical power to the electric vehicles.

 

 


Products

  • High Current Gate Drivers
  • Current Sense Amplifiers
  • 650 V/ 1200 V IGBTs
  • 650 V SuperFET III MOSFETs
  • 100 V/ 150 V PowerTrench MOSFETs
  • Power Integrated Modules
  • Silicon Carbide Diodes
  • High-Voltage Rectifiers
  • Optocouplers

High Current Gate Drivers

High Current Gate Drivers

Current Sense Amplifiers

Current Sense Amplifiers

650 V and 1200 V IGBTs

650 V and 1200 V IGBTs

650V SuperFET III MOSFETs

650V SuperFET III MOSFETs

100 V and 150 V PowerTrench MOSFETs

100 V and 150 V PowerTrench MOSFETs

Power Integrated Modules (PIMs)

Power Integrated Modules (PIMs)

Silicon Carbide Diodes

Silicon Carbide Diodes

High-Voltage Rectifiers

High-Voltage Rectifiers

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