CASE - Initiatives in the "Electric" Area
![[Electric] Main Visual](../img/electric_hero.webp)
![[Electric] Main Visual](../img/ico_electric.svg)
CASE in the Automotive Industry
What is Electric (Electrification)?
In the automotive industry, the "Electric" area is the field constructing an environmentally friendly mobility society through the spread of motor-driven vehicles, such as automobiles and motorcycles, powered by electricity.
Through the spread of electric vehicles, we will help to reduce CO2 emissions, improve energy efficiency, alleviate problems of noise, reduce operating costs, and improve cooperation with renewable energy. Furthermore, through the use of electric technology, we will also contribute to the improved energy efficiency and longer service life of in-vehicle devices.
Our Vision
Use electrification technology to realize an environmentally friendly mobility society
Kyocera will utilize control technologies that maximize vehicle performance and energy efficiency to contribute to higher efficiency and performance for electric vehicles.
We will use advanced control technology to draw out the maximum possible vehicle performance and energy efficiency in order to support the high-efficiency, high-performance operation of electric vehicles. We are also pursuing the monitoring of charging and the strengthening of coordination with renewable energy to minimize environmental impact while promoting the sustainable use of energy.
Kyocera will contribute to the realization of sustainable and environmentally friendly mobility by fusing existing electrification technologies with new technologies.
Solutions in the Electric Area
Electric
Components
Ceramic Components for Pressure and Temperature Sensors (Refrigerant Pressure Measurement and Hydraulic Control)
These are high-precision ceramic components that support a wide pressure range from 2 bar to 400 bar. The use of alumina and single crystal sapphire eliminates the need for insulation processing and enables direct wiring printing and thick film resistance printing. The components are also highly resistant to temperature, pressure, and chemical substances, so they provide stable performance even if the conditions are harsh, such as in high-temperature environments and engine rooms. It is possible to support a wide variety of sensor applications due to technology that realizes highly precise molding with very little variation and a superior suitability for mass production.
Ferrite Material Components
These are soft ferrite materials that support a wide range of frequency bands and temperature ranges. In addition to a wide range of material variations, use is also possible for compact, highly precise and complex shapes. They are mainly used in communication equipment signal coils, transformers, and EMI filters, and also in a wide range of applications such as automotive EMC filters, choke coils for power supply circuits, and antenna coils. We also offer consultation on material development if you are unable to find a material that meets your needs.
Rotor Position Sensors (product manufactured by KYOCERA AVX)
This is a position sensor that has high accuracy and a fast response time and is mounted on the motors of hybrid and electric vehicles. It can contribute to the improvement of energy efficiency and the extension of range by accurately measuring the rotation angle of the rotor and supporting the optimal driving of the motor. It can also realize handling stability and a comfortable ride as it is equipped with a speed measurement function that enables smooth acceleration and deceleration by detecting vibration and inclination during driving and performing torque control. This is an important technology that supports performance improvements for electric vehicles and this highly reliable sensor will contribute to the development of the automotive industry as next-generation electrification advances.
Electric
Modules
Automotive Parts
We are developing next-generation automotive parts by combining Kyocera's original haptic transmission technology "HAPTIVITY®" with the IMSE® technology of TactoTek. "HAPTIVITY®" reproduces the tactile sensation of real buttons on a flat surface to provide excellent operability while preventing misoperation. IMSE® uses 3D injection molding technology to integrate electronic circuits with plastic to create parts that are lightweight and thin. The combination of these two technologies and the seamless and thin 3D shape achieved by IMSE® alone can contribute to increased design freedom, the more efficient use of space, and reduced consumption of resources.
LCDs for Electronic Mirrors
This is an LCD (Liquid Crystal Display) for rearview mirrors with display performance that remains clear even in strong light. Kyocera's curved glass cutting technology achieves excellent functionality without compromising the design of the rearview mirror. With the trend toward rearview mirrors using display images from rear-facing cameras for safety, we are also developing technology to reduce the burden on the driver of adjusting their line of sight when looking at the mirror while facing forward. With high reliability based on years of experience in the automotive market, our LCDs contribute to safer driving.
Peltier Modules for Battery Temperature Management
This is a thermal control module that uses the heat exchange on both sides of the element due to an electric current to produce the characteristics that heats on one side and cools on the other side. It extends battery life by regulating the temperature of an in-vehicle battery to maintain the appropriate operating environment. In addition, the application of this heating and cooling function to a seat heating and cooling system provides a comfortable environment inside a vehicle. This optimization of battery performance and regulation of temperature only around the seat area improves energy efficiency. This supports technological innovation on vehicles and also contributes to the realization of a sustainable and comfortable travel environment.
Electric
Systems
"EMOVision" EV Charging Monitoring Platform
This is a platform that monitors the charging of an EV. The situation of the EV charger operation and the status of charging are monitored in real time to improve the charging efficiency within the allowable power consumption. The platform supports the OCPP standard and is compatible with chargers from a wide range of manufacturers, so it can be deployed in a wide variety of environments. It offers continuous monitoring using a dedicated dashboard and a function for immediate notification in the event of an error, so it realizes the early detection of problems and enables prompt action. By supporting the stable operation of charging infrastructure, the platform helps promote the spread of EVs and contributes to the realization of a decarbonized society.
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