Technology / Service Profile
![1. [Emerging Energy Demand] Sustainable Data Centers (Hitachi)](https://jprsi.go.jp/en/img/tech/484/350/231)
1. [Emerging Energy Demand] Sustainable Data Centers (Hitachi)
Hitachi provides integrated data center solutions that support customers across the full lifecycle: plan, build, optimise, and operate. Through our Think Beyond the Data Center proposition, we bring together expertise in energy systems, infrastructure, and digital innovation to address the most pres…
![2. [Mitigation & Adaptation] Flood simulator](https://jprsi.go.jp/en/img/tech/361/350/231)
2. [Mitigation & Adaptation] Flood simulator "DioVISTA/Flood", "FloodS" - enabling simulate floods on the web
The flood simulator supports evacuation planning and education for disaster-prevention.
![3. [Mitigation & Adaptation] Nutrient Supply Management for Blue Carbon (Hitachi)](https://jprsi.go.jp/en/img/tech/485/350/231)
3. [Mitigation & Adaptation] Nutrient Supply Management for Blue Carbon (Hitachi)
Contributing to decarbonization, environmental restoration, and ecosystem conservation through effective nutrient supply management in marine areas.
![4. [Energy Transition] Nuclear Technology (Hitachi)](https://jprsi.go.jp/en/img/tech/486/350/231)
4. [Energy Transition] Nuclear Technology (Hitachi)
Hitachi and Hitachi GE Vernova Nuclear Energy develop comprehensive nuclear energy solutions, including:
• Restarting nuclear power plant operations in Japan
• Next-generation reactors: HI-ABWR*1, BWRX-300
• Decommissioning technologies of the Fukushima Daiichi Nuclear Power Sta…
![4-1. [Energy Transition] Nuclear (Next generation Small Modular Reactor)](https://jprsi.go.jp/en/img/tech/490/350/231)
4-1. [Energy Transition] Nuclear (Next generation Small Modular Reactor)
The GE Vernova Hitachi Nuclear Energy BWRX-300 is a commercially available Small Modular Reactor (SMR) with the lead project underway in Ontario, Canada. It deploys innovative safety systems while improving economics and reliability by simplifying the plant system and minimizing the equipment.
![4-2. [Energy Transition] Nuclear Highly Innovative ABWR(HI-ABWR)](https://jprsi.go.jp/en/img/tech/444/350/231)
4-2. [Energy Transition] Nuclear Highly Innovative ABWR(HI-ABWR)
The Highly Innovative ABWR (HI-ABWR) is an innovative light water reactor based on the internationally standardized ABWR (UK ABWR), which has already received a Design Acceptance Confirmation (DAC) in the UK.
HI-ABWR enhances the UK ABWR by implementing passive safety systems, mitigation of…
![5. [Energy Transition] Solutions Contributing to Grid Stability for Non-Fossil Energy Utilization (Hitachi)](https://jprsi.go.jp/en/img/tech/487/350/231)
5. [Energy Transition] Solutions Contributing to Grid Stability for Non-Fossil Energy Utilization (Hitachi)
Hitachi is driving the global energy transition with a portfolio of advanced technologies designed to support cleaner, more resilient power systems.
![5-1. [Energy Transition] OceaniQ™: Innovative solutions designed for the offshore environment](https://jprsi.go.jp/en/img/tech/438/350/231)
5-1. [Energy Transition] OceaniQ™: Innovative solutions designed for the offshore environment
OceaniQ is Hitachi Energy’s innovative offshore portfolio of products, solutions, and services for reducing costs, increasing safety and improving efficiency for the offshore segment.
Ruggedized, proven portfolio that addresses the unique challenges of the offshore energy environment.
…
![5-2. [Energy Transition] EconiQ™: eco-efficient portfolio](https://jprsi.go.jp/en/img/tech/437/350/231)
5-2. [Energy Transition] EconiQ™: eco-efficient portfolio
EconiQ is Hitachi Energy’s eco-efficient portfolio for sustainability where products, services and solutions are proven to deliver exceptional environmental performance.
Breakthrough technology unlocks the widest range in SF6-free switchgear applications & accelerates the transition to n…
![5-3. [Energy Transition] HVDC (High-Voltage Direct Current)](https://jprsi.go.jp/en/img/tech/358/350/231)
5-3. [Energy Transition] HVDC (High-Voltage Direct Current)
HVDC is highly efficient for transmitting large amounts of electricity over long distances, integration of renewables and interconnecting grids, opening up new sustainable transmission solutions.
![6. [Energy Transition] Sustainable Mobility Solutions (Hitachi)](https://jprsi.go.jp/en/img/tech/488/350/231)
6. [Energy Transition] Sustainable Mobility Solutions (Hitachi)
Hitachi's Electrification Technology for Mobility is a comprehensive suite of innovations designed to decarbonize transportation across short, medium, and long distances. The technology includes battery-powered trains, multi-port EV chargers, and Grid-eMotion® Fleet/Flash systems for electric v…
![6-1. [Energy Transition] Battery Trains](https://jprsi.go.jp/en/img/tech/449/350/231)
6-1. [Energy Transition] Battery Trains
Green hybrid technology cuts emissions and fuel consumption by 50% compared to traditional diesel trains. Our products can help deliver a seamless, sustainable transport network.
![6-2. [Energy Transition] Grid-eMotion® Fleet](https://jprsi.go.jp/en/img/tech/447/350/231)
6-2. [Energy Transition] Grid-eMotion® Fleet
Grid-eMotion Fleet is a full ‘grid-to-plug’ solution for large-scale public transport and commercial fleets, enabling operators to charge more with less.
![6-3. [Energy Transition] Grid-eMotion® Flash - Ultra-Fast Charging Technology](https://jprsi.go.jp/en/img/tech/446/350/231)
6-3. [Energy Transition] Grid-eMotion® Flash - Ultra-Fast Charging Technology
Grid-eMotion Flash technology allows for ultra-fast charging at intermediate stops optimizing operational cost and availability for fleet operators and facilitating electrification of urban mass transit.
![6-4. [Energy Transition] Multi-Port EV Charger](https://jprsi.go.jp/en/img/tech/448/350/231)
6-4. [Energy Transition] Multi-Port EV Charger
Multi-Port EV charger reduces charging time and, thus, congestion at charging spots, while bidirectional charge/discharge control technology stabilizes voltage and eliminates grid congestion caused by REEV.
High-efficiency power conversion technology maximizes the potential of EVs as distribu…
![7. [Energy Transition] Hydrogen Solutions and R&D (Hitachi)](https://jprsi.go.jp/en/img/tech/489/350/231)
7. [Energy Transition] Hydrogen Solutions and R&D (Hitachi)
Our comprehensive hydrogen solutions encompass grid to stack systems that connect high-voltage grids to hydrogen production system, zero-emission generators powered by hydrogen, and an integrated supply-demand control system currently under development, to establish robust infrastructure for hydroge…
![7-1. [Energy Transition] Hydrogen Solutions (Grid to Stacks & HyFlex™)](https://jprsi.go.jp/en/img/tech/492/350/231)
7-1. [Energy Transition] Hydrogen Solutions (Grid to Stacks & HyFlex™)
Comprehensive solutions for connecting green hydrogen cover from centralized grid connected systems (grid to stack) to zero-emissions generators (HyFlex™).
Grid to stack is a complete power supply package designed to connect green H2 production facilities to high voltage grids.
HyFle…
![7-2. [Energy Transition] Integrated power and hydrogen supply and demand control technologies](https://jprsi.go.jp/en/img/tech/442/350/231)
7-2. [Energy Transition] Integrated power and hydrogen supply and demand control technologies
Integrated supply and demand control technology for electricity and hydrogen including low-cost hydrogen production, and hydrogen tranportation system, contributes to build a hydrogen value chain and realize a sustainable society to enable optimal hydrogen production and supply of hydrogen at concen…