Littelfuse Products for
the EV Charging Market
SiC MOSFET – 1200V, 80/120/160 mOhm
Enhancement mode silicon carbide MOSFET optimized for high-frequency switching in power converters
Production of new EV charging equipment to increase at a compound annual growth rate (CAGR) of 22% between 2018 and 2026
Batter Energy Storage System - Although renewable sources are great for generating sustainable energy, the demand to consume that energy does not always coincide with the time that the energy is generated. Battery energy storage systems help store energy when it is produced and allow consumption at times when energy
production is low.
Solar Inverter & Charge Controller - With solar energy being a great source of renewable energy, an inverter takes DC energy generated by a photovoltaic (PV) panel and converts it to AC power. A charge controller is used to efficiently control the use of power generated by the PV panel to charge batteries providing local
acked by nearly 100 years of experience, Littelfuse experts can help you extend the life of your equipment and improve your system’s performance overall. We can provide guidance on what combination of solutions works best for your unique system, plus insights on codes and standards.
Power conversion efficiency is a key concern for fast charging systems and is measured by the power delivered to a vehicle versus the power taken from the AC grid.
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2019 Littelfuse Inc.
Industrial Battery Charger - Passenger vehicles like cars and buses are not the only ones to become electric. Material handlers, such as fork lifts, also use batteries as the main source of energy to drive motion. Industrial battery chargers are specialized equipment designed to safely and efficiently charge batteries on these light electric vehicles.
Windmill Rectifier - Wind power is another great source of renewable energy. The rectifier and inverter in the windmill electrical system safely and efficiently convert power generated by the motion of the windmill blades into power that can be either stored or transmitted over the
Telecom Rectifier - Rectifiers are instrumental in powering data centers and the cloud infrastructure. A rectifier converts AC power, usually from the electrical grid, into a clean and stable source of DC power to run all of the supporting information and communication technology equipment.
For more detailed information check out our EV Charging infrastructure presentation
Electrical safety for users is of top importance when dealing with equipment that could potentially expose people to electrical shock or other hazards.
Uninterruptible Power Supply -
An uninterruptible power supply (UPS) keeps critical electrical and electronic systems running in the event of a power failure. Various power conversion circuits are used to keep backup batteries charged and provide a clean AC power supply to
AC Level 2
Majority of charging to occur at home or workplace during a span of several hours (AC charging)
EV Charging Equipment
by Type in 2018
Your life with Littelfuse
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For an infrastructure installation intended to provide over 10 years of service in harsh environments, system reliability is critical to ensure a return
Consumer demand for charging times to emulate fuel refill time for long-distance trips (DC charging)
Increasing production of electrified vehicles: estimated 6 million vehicles in 2019 growing to 16 million vehicles
Explore additional applications that work with Littelfuse technology
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EV Charging Equipment
Evolving business models: increase property value; revenue generation
High-speed power fuses suitable for protecting critical power electronics and semiconductors from overcurrent threats
3-Phase Rectifier Bridges
AC power rectifiers with standard or fast recovery diodes, suitable for a wide range of operating voltages
UltraMOV– High Surge, Radial Leaded Varistors
Ideal for lightning surge protection, with a maximum surge current rating up to 10kA (single 8/20μs pulse)