In today’s environmentally conscious world, Solar Storage is an increasingly popular system that captures energy and stores it to perform operations in the future. These Systems involve converting many forms of energy, such as electrical potential energy or kinetic energy, into more economically storable formats for short-term and long-term use. Panasonic product solutions include Relays, Passive Components, such as Capacitors, Metal Oxide Varistors, and more.
The demand for Electric Vehicles supports the contribution to global environmental health concerns by substantially reducing pollution and many other benefits. Industry experts forecast significant sales growth in the coming years for the automotive market, making EVs a key part of the next generation of vehicles and means of transport. To accommodate this influx, the network of EV Charging Stations must improve as more EVs take the roads. As a solution for EV Charger and EV Charging Station designs, Panasonic offers a wide range of Electronic Components and Devices that support charge control, communication, and human interface device requirements for EV Charging applications.
Eco-friendly, reliable, comfortable, and safe — key goals when designing next-generation automotive, other vehicles, and transportation equipment sub-systems. Panasonic provides industry-leading electronic solutions required to meet the extremely high quality and reliability standards required by Tier 1, 2, and 3 suppliers designing in the automotive and transportation space. With over 150,000 part numbers to consider, Panasonic is currently supplying electronic components and devices into electrification, chassis & safety, interior, and HMI systems worldwide. Learn more about Panasonic's commitment to providing relevant and strategic contributions to customers' cutting-edge automotive and transportation design requirements.
In this Panasonic presentation, discover the various Industrial Solutions for 5G Networking Applications. Learn more about how Panasonic's Passive and Electromechanical Components can be used in many types of 5G Networking hardware. As an industry-leading innovator, Panasonic shares a wide variety of 5G use case examples surrounding Panasonic's specialized Polymer Capacitors product line, as well as the DW Series Power Relays and RF Connectors.
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Panasonic components and devices are ideal for many of the demanding operating conditions and functions of AMRs (Autonomous Mobile Robots) and AGVs (Automated Guided Vehicles). Panasonic's solutions include Sensors, Batteries, and a wide range of Electronic Components that deliver high reliability and precision for specific Robotic tasks. Whether designing for logistics, medical, delivery or hospitality, Panasonic has solutions to meet AMR and AGV application requirements. Please visit the Robotics application examples below to learn more.
Need Robotics Device Design in Assistance? Contact Panasonic Now!
The medical industry depends upon Panasonic to supply reliable, quality products to support medical devices. Learn more about the technology devices that improve health sensing and the components that are suitable for critical care applications and much more!
Discover the Panasonic products powering the wide variety of devices that keeps medical facilities running and patients healthy. View all of the areas of a hospital room by room to view all medical application examples and Panasonic products that power them.
Panasonic's Electronic Components and Batteries for Medical Technology applications are used in products ranging from large equipment to small portable and wearable devices. Whether designing for healthcare, clinical or diagnostic purposes, Panasonic offers products for most medical application requirements.
Panasonic's Grid-EYE® Infrared Array Sensor can detect temperature distribution in a two-dimensional area without contact in retail stores, shopping malls, offices, and many other human detection applications. The Grid-EYE® Sensor works in tandem with software to identify the number and position of people based on their body temperature, outputting a thermal data image and recognizes where appropriate distancing or density is or isn't maintained.