Renewable Energies

Voltage protection devices are used for protecting electronic circuits (particularly ICs) from electrostatic discharges (ESD) and voltage surges such as lightning surges.

The electromagnetic compatibility (EMC) of electronic devices is specified in binding directives for all devices placed on the market. TDK offers compliant integrated solutions and also all relevant components for discrete solutions. 

For the booster and DC link of the solar inverter, TDK offers a wide selection of capacitors and inductors, suitable for all conceivable combinations of frequency, ripple current and temperature.

TDK offers suitable inductors, capacitors and sensors for the auxiliary power supply and the control of the solar inverter.

Due to varying solar radiation, the energy generated is increasingly being stored in battery systems so that it can be called up when needed and during peak loads.

Overvoltage protection devices are used for protecting the inverter against high spikes from the generator.

Filtering reduces the harmonics created from inverter before voltage and current are transferred to the output transformer. The filter systems contain basically film AC capacitors and reactors.

DC link capacitors are required to smooth the ripple current and voltage in the DC link circuit.

Wind turbines are also increasingly being connected to ESS (energy storage systems). High-current contactors are used to safely connect and disconnect the battery systems used for this purpose.

Voltage protection devices are used for protecting electronic circuits (particularly IC components) from electrostatic discharges (ESD) and voltage surges such as lightning surges.

Electromagnetic compatibility (EMC) has become an essential property of electronic equipment with binding directives for all equipment put on the market. TDK offers compliant integrated solutions and also all relevant components for discrete solutions.

For the DC link of the inverter, TDK offers a wide selection of capacitors and inductors, suitable for all conceivable combinations of frequency, ripple current and temperature.

The outputs of charging stations must be specially protected against overload. This requires fast and safe disconnection from the load even at high currents.