Transportation and Agriculture Solutions
Efficient Electronic Components and Devices for Transportation and Agricutlure Solutions
The Next Generation of Transportation and Agriculture Solutions
Panasonic's commitment to innovation and reliability positions it as a leading partner in the Transportation and Agricultural industries. By focusing on key areas such as autonomy, electrification, and remote sensing, Panasonic develops advanced components and devices that enhance efficiency and performance. Our cutting-edge technologies are designed to meet the evolving needs of our partners, providing stability and accuracy across various equipment designs.
Whether you are working on autonomous mobile robots (AMRs), autonomous lawn mowers, or electrified agricultural machinery, Panasonic offers durable and effective product solutions. We are dedicated to supporting the development of the next generation of sustainable solutions in Transportation and Agriculture, helping you achieve your goals with confidence and precision. Partner with us to leverage our expertise and drive innovation in your projects.
Three Key Application Areas
1. Agriculture
Electric Lawnmower
Electric Tractor
Fertilizer Robot
Autonomous Harvester
2. Transportation
Hybrid/Electric Truck
Electric Delivery Van
Electric Bus
Self-Driving Car
Electric Snowmobiles
3. Construction/Other
Electric Excavator
Electric Forklifts
AGVs (Autonomous Guided Vehicles)
AMRs (Autonomous Mobile Robots)
Autonomous Driving
Improved Efficiency, Safety, and Productivity
Autonomous technologies encompass a wide range of robots and industrial equipment designed to navigate and operate independently within their environments. These devices leverage advanced sensors, artificial intelligence (AI), and sophisticated algorithms to perceive their surroundings, make decisions, and perform tasks without the need for predefined paths or direct human intervention. Here are some key types of autonomous technologies:
- Autonomous Mobile Robots (AMRs): Warehouse Robots, Delivery Robots
- Autonomous Ground Vehicles (AGVs): Self-Driving Cars, Agricultural Robots
- Electric Autonomous Machinery: Tractors, Lawn mowers
The hybrid capacitors, PhotoMOS® for power lines, automotive connectors for power inverters, and chip resistors for voltage sensing/BMS are essential components that enhance the efficiency and reliability of automated guided vehicles and autonomous mobile robots, ensuring optimal performance in power management and signal integrity during operation.
Block Diagram Reference
- [A] Voltage Sensing/BMS
- [B] DC/DC Converter
- [C] Power (Inverter)
- [D] Power Line
These components are essential for electric autonomous lawn mowers, enhancing power management and operational efficiency. Voltage sensing, chip resistors, and converters ensure reliable connections and regulation, while hybrid capacitors and power choke coils optimize energy storage and filtering, enabling seamless mower functionality.
Block Diagram Reference
- [A] Leak Detection/Voltage Sensing/BMS
- [B] DC/DC Converter
- [C] Power (Inverter)
Featured Products by Application
Advanced Driver Assistance System (ADAS)
Reduced Driver Fatigue and Enhanced Safety
Advanced Driver Assistance Systems (ADAS) represent a significant leap forward in automotive technology, enhancing both safety and convenience for drivers. By integrating an array of sensors, cameras, and radar systems, ADAS continuously monitors the vehicle's environment, providing real-time data to assist the driver in making informed decisions.
Key features of ADAS include: Collision Avoidance Systems, Lane Keeping Assistance, Adaptive Cruise Control, Blind Spot Monitoring, Parking Assistance, and Traffic Sign Recognition.
Block Diagram Reference
These products are essential for advanced driver assistance system applications, providing reliable power management and connectivity solutions. Hybrid capacitors and automotive connectors enhance efficiency and responsiveness, while chip resistors, power choke coils, and cooling fans ensure optimal performance and heat management in critical electronic components.
- [A] DC/DC Converter: SOC, FPGA, etc.
- [B] DC/DC Converter: Memory (DDR), etc.
- [C] DC/DC Converter: MCU, Transceiver, etc
- [Ci] DC/DC Converter: External Input, etc.
- [D] Cooling Fans for Heat Dissipation
- [E] BMS Connection
Featured Products by Application
Electrification
Increased Fuel Efficiency, Reduced Maintenance Costs, and Improved Productivity
Electrification refers to the transition from traditional fossil fuel-powered machinery and vehicles to electric alternatives in various sectors, including agriculture and transportation. This shift is driven by the need for more sustainable practices, reduced environmental impact, and enhanced operational efficiency. Below are some of the key benefits of electrification in these areas:
Benefits of Electrification: Increased Fuel Efficiency, Reduced Maintenance, Improved Productivity, Environmental Benefits
Hybrid capacitors and power choke coils are essential for optimizing the performance of DC/DC converters in electric agriculture machinery, ensuring efficient energy management. Additionally, automotive connectors for battery management systems and chip resistors for power applications contribute to reliable and robust functionality, enhancing the overall effectiveness of modern agricultural equipment.
Block Diagram Reference
- [A] Voltage Sensing/BMS
- [B] DC/DC Converter
- [C] Power (Inverter)
Our innovative products, including hybrid capacitors, mechanical relays for DC/DC converters, automotive connectors for battery management systems, chip resistors for precise voltage sensing, and power choke coils for inverters, are specifically designed to enhance the performance and reliability of electric forklift applications. These components ensure efficient power management and robust operational capabilities, making them ideal for demanding industrial environments.
Block Diagram Reference
- [A] Voltage Sensing/BMS
- [B] DC/DC Converter
- [C] Power (Inverter)
Featured Products by Application
LiDAR
Enhanced Decision-making and Operational Efficiency
LiDAR (Light Detection and Ranging) is a transformative technology that has applications across various fields, including transportation and agriculture. By emitting laser pulses and measuring the time it takes for the light to return after hitting an object, LiDAR can create detailed, three-dimensional maps of the environment. Here are some applications in both transportation and agriculture:
Transportation: Autonomous Vehicles, Infrastructure Monitoring and Urban Planning and Development.
Agriculture: Precision Farming, Crop Monitoring and Management, Irrigation Planning and Land Use Analysis.
Block Diagram Reference
These products are essential for advanced driver assistance system applications, providing reliable power management and connectivity solutions. Hybrid capacitors and automotive connectors enhance efficiency and responsiveness, while chip resistors, power choke coils, and cooling fans ensure optimal performance and heat management in critical electronic components.
- [A] LD Irradiation
- [B] PD Light Receiving Circuit
- [C] DC/DC Converter
- [D] Cooling Fans for Heat Dissipation
- [E] BMS Connection
Featured Products by Application
Featured Components & Devices for Transportation/Agriculture Solutions
HE-R Power Relays
Film Capacitors (ECWFJ and EZPV-D Series)
Automotive Connectors CF1 & CF2
Power Choke Coils/Inductors (LL Series)
ACTE3CH2A05V Automotive TE Relay TE Series
Thick Film Chip Resistors, High Temperature Type
Thin Film Chip Resistors, High Voltage Type
Hybrid Capacitors (ZV, ZTU, ZSU, ZUU, ZU)
Videos
Related Blog Posts
e-mobility
To achieve cost and range parity with internal combustion engines, electric vehicles (EVs) and hybrids are increasingly adopting:
- Higher voltage systems
- More energy-dense batteries
- Faster charging capabilities
Next-generation vehicles are also equipped with advanced sensors to enhance environmental awareness.
PhotoMOS® Technology
PhotoMOS® relays in automotive systems such as Battery Disconnect Units and Inverters offer key advantages which include:
- Space-saving design
- Support for high voltages
- Prevention of contact welding
It emphasizes the importance of derated voltage ratings to ensure long-term reliability in automotive environments.
Downloads
Transportation/Agriculture Block Diagrams
Thin Film Chip Resistors White Paper
Hybrid Capacitors Quick Guide
Transparent Conductive Film FineX-Transparent Heater
Contact Us For Any Design and Engineering Needs!
Panasonic is a leading provider in the Transportation and Agriculture industries, specializing in the development of advanced technologies that improve safety, comfort, and connectivity in vehicles and equipment. Our dedication to innovation is demonstrated through our extensive portfolio of high-quality components and devices designed to meet the evolving demands of these sectors.
We are committed to delivering innovative and creative design solutions tailored to specific application requirements. Our emphasis on quality and technological advancement makes us a trusted partner for organizations seeking to enhance their applications with cutting-edge solutions. Whether developing new systems or upgrading existing ones, Panasonic offers the expertise and products necessary to achieve your goals.
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