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Leading the decarbonized society from electronics

Hitachi is engaged in research towards realizing a decarbonized society, starting with more efficient motors widely use in everything from electrical appliances to industry, and including power devices which are the key components in electrification of motor vehicles and trains, sensor devices for digitizing equipment operation status and environmental information, silicon quantum devices for realizing large-scale quantum computers, and semi-conductor manufacturing devices to support the electronics industry. We are seeking to create innovative solutions making full use of physical model analysis and device process technology.

Hitachi Begins Operation of Verification Environment for Energy Management Systems Leveraging its De-carbonization Technologies in Kyōsō-no-Mori

News release overview Hitachi Begins Operation of Verification Environment for Energy Management Systems Leveraging its De-carbonization Technologies in Kyōsō-no-Mori Will boost environmental co-creation with customers and achievement of zero emissions Tokyo, October 8, 2021 --- Hitachi , Ltd. (T...
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hitachi-rd-en @ hitachi-rd-en
News ReleaseEnergyAI & Data scienceElectronicsElectricity & PowerUrbanEnergy as a ServiceKyōsō-no-MoriDecarbonizationNews & Events

Compact, Lightweight Direct-Drive System To Make In-Wheel Electric Vehicles Closer To a Production Reality

News Release Overview Compact, Lightweight Direct-Drive System To Make In-Wheel Electric Vehicles Closer To a Production Reality World-class 2.5 kW/kg power density motor integrated with inverter and brake in a single unit, installed inside wheel Hitachi, Ltd. and Hitachi Astemo, Ltd. today joint...
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hitachi-rd-en @ hitachi-rd-en
News ReleaseControl systems & MechatronicsElectronicsMobilityIn-wheel motorElectrificationInverterNews & EventsNews Release（Control systems & Mechatronics）News Release（Electronics）

Hitachi develops highly flexible design technology based on physical model of TED-MOS SiC power device

New technology will contribute to realizing a decarbonized society by enabling product design aligned with a wide range of customer applications With the aim of helping achieve a decarbonized society, Hitachi previously developed TED-MOS*1, a power device with an innovative structure that uses th...
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hitachi-rd-en @ hitachi-rd-en
R&D TopicsElectronicsManufacturingElectricity & PowerSiC power device

Hitachi Develops the Most Compact, Lightweight EV Charging Technology in the Industry with Fast Charging and Multi-Vehicle Charging Capabilities

News release overview Hitachi Develops the Most Compact, Lightweight EV Charging Technology in the Industry with Fast Charging and Multi-Vehicle Charging Capabilities New technology will accelerate the spread of electric vehicles by reducing charging equipment's footprint by 40% and weight by 70%...
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hitachi-rd-en @ hitachi-rd-en
News ReleaseElectronicsUrbanMobilityManufacturingDecarbonizationEV chargingNews & EventsNews Release（Electronics）News Release（Urban）

HPSD and Hitachi Commercializes TED-MOS, a Newly Structured SiC Power Device That Balances Durability and Low Power Consumption Features

News release overview HPSD and Hitachi Commercializes TED-MOS, a Newly Structured SiC Power Device That Balances Durability and Low Power Consumption Features Contributing to creating a decarbonized society by improving the efficiency and energy saving performance of devices responsible for power...
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hitachi-rd-en @ hitachi-rd-en
News ReleaseElectronicsElectricity & PowerMobilityManufacturingSiC power deviceDecarbonizationNews & EventsNews Release（Electronics）News Release（Electricity & Power）

Hitachi successfully prototypes basic structure of two-dimensional silicon quantum bit array to overcome a barrier in large-scale quantum computer development

Balances CMOS semiconductor process affinity with stable quantum dot operation Hitachi has successfully developed a prototype for the basic structure of a quantum bit*1 array using silicon semiconductors that will help enable large-scale integration of quantum bits for quantum computers. Until no...
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hitachi-rd-en @ hitachi-rd-en
R&D TopicsSoftware & SystemsElectronicsQuantum computer

Development of a palm-sized controller system mountable in small spaces such as robot arms or hands and enabling reflexive control operations

Realizing one-millisecond reflexive control by implementation of network control and deep learning processing on hardware Hitachi has developed a high-speed controller system capable of reflexive operation control in response to external factors such as vibrations or collisions with humans. The d...
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hitachi-rd-en @ hitachi-rd-en
R&D TopicsElectronicsControl systems & MechatronicsElectronicsSoftware & SystemsManufacturing

Hitachi and Cambridge renew 30 year research partnership

News release overview Hitachi and Cambridge renew 30 year research partnership To collaborate in the realization of a practical quantum computer The University of Cambridge and Hitachi today announced that they have signed a new agreement to continue and grow their long-standing relationship thro...
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News ReleaseElectronicsQuantum computerHitachi Cambridge LaboratoryNews & EventsNews Release（Electronics）

Development of 8-km-long Magnesium Diboride Superconducting Wire

Reduces Cooling Power of Superconducting Magnet by Half Hitachi has developed 8-km-long magnesium diboride (MgB2) superconducting wire that can be used with refrigerator-based cooling without liquid helium, a scarce resource. Using this newly developed wire, Hitachi has manufactured a superconduc...
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hitachi-rd-en @ hitachi-rd-en
R&D TopicsMaterials science & Production engineeringElectronicsHealthcareElectricity & PowerMobility

Development of a Fast Matching Technique for Real-time Recognition of Objects with Complicated Shape

To automate human works in factories and logistics warehouses by robots Hitachi, Ltd. today announced the development of a fast matching technique between the image data captured by a 3-D camera(1) and the object shape data classified by AI. By using this technique, the complicated objects with f...
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hitachi-rd-en @ hitachi-rd-en
R&D TopicsAI & Data scienceElectronicsElectronicsControl systems & MechatronicsReal-time Recognition of ObjectsIndustrial robot

Research team led by the Hitachi Cambridge Laboratory demonstrates an innovative hybrid circuit for quantum computers

News release overview Research team led by the Hitachi Cambridge Laboratory demonstrates an innovative hybrid circuit for quantum computers Hitachi Europe today announced that researchers at the Hitachi Cambridge Laboratory, working in collaboration with academic partners at the University of Cam...
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hitachi-rd-en @ hitachi-rd-en
News ReleaseElectronicsSoftware & SystemsBackcasting R&DQuantum computerDigital technologies・people and society evolve togetherNews & EventsNews Release（Electronics）News Release（Software & Systems）

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Hitachi Proposes a New Qubit Control Method Suited to Large-Scale Integration Toward Practical Realization of a Silicon Quantum Computer

News release overview Hitachi Proposes a New Qubit Control Method Suited to Large-Scale Integration Toward Practical Realization of a Silicon Quantum Computer Through joint research with the Institute for Molecular Science, accelerate development of a quantum operating system Tokyo, June 12, 2023...
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hitachi-rd-en @ hitachi-rd-en
News ReleaseSoftware & SystemsBackcasting R&DElectronicsQuantum computerDigital technologies・people and society evolve togetherNews & EventsNews Release（Software & Systems）News Release Backcasting R&DNews Release（Electronics）

Hitachi and Hitachi Astemo Awarded the Prime Minister Prize of the National Commendation for Invention for the Insulation Structure of the 800V EV Inverter Power Module

News release overview Hitachi and Hitachi Astemo Awarded the Prime Minister Prize of the National Commendation for Invention for the Insulation Structure of the 800V EV Inverter Power Module Contributing to the widespread adoption of EVs and realization of carbon-neutral society through innovativ...
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hitachi-rd-en @ hitachi-rd-en
News ReleaseElectronicsMeasurement & AnalysesMobilityDecarbonizationElectrificationInverterNews & EventsNews Release（Electronics）News Release（Measurement & Analyses）

Hitachi and Hitachi Astemo Developed Thin-type Inverter Technology for EVs That is More Compact and Energy Efficient

News release overview Hitachi and Hitachi Astemo Developed Thin-type Inverter Technology for EVs That is More Compact and Energy Efficient New structure with simplified wiring improves production efficiency and reduces CO2 emissions Tokyo, May 24, 2022 – Hitachi, Ltd (TSE: 6501, "Hitachi") and Hi...
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hitachi-rd-en @ hitachi-rd-en
News ReleaseElectronicsMeasurement & AnalysesMobilityDecarbonizationElectrificationInverterNews & EventsNews Release（Electronics）News Release（Measurement & Analyses）

Hitachi and Hitachi Astemo Awarded the 68th Okochi Memorial Prize for the Development of a Compact and High Power Density Inverter for EVs and PHVs

News release overview Hitachi and Hitachi Astemo Awarded the 68th Okochi Memorial Prize for the Development of a Compact and High Power Density Inverter for EVs and PHVs Tokyo, March 23, 2022 – Hitachi, Ltd. (TSE: 6501, "Hitachi") and Hitachi Astemo, Ltd. ("Hitachi Astemo") jointly announced that...
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hitachi-rd-en @ hitachi-rd-en
News ReleaseElectronicsMeasurement & AnalysesMobilityDecarbonizationElectrificationInverterNews & EventsNews Release（Electronics）News Release（Measurement & Analyses）

Compact, Lightweight Direct-Drive System To Make In-Wheel Electric Vehicles Closer To a Production Reality

News Release Overview Compact, Lightweight Direct-Drive System To Make In-Wheel Electric Vehicles Closer To a Production Reality World-class 2.5 kW/kg power density motor integrated with inverter and brake in a single unit, installed inside wheel Hitachi, Ltd. and Hitachi Astemo, Ltd. today joint...
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hitachi-rd-en @ hitachi-rd-en
News ReleaseControl systems & MechatronicsElectronicsMobilityIn-wheel motorElectrificationInverterNews & EventsNews Release（Control systems & Mechatronics）News Release（Electronics）

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