Technology / Service Profile
![[Adaptation] Flood simulator](https://jprsi.go.jp/en/img/tech/361/350/231)
[Adaptation] Flood simulator "DioVISTA/Flood", "FloodS" - enabling simulate floods on the web
The flood simulator supports evacuation planning and education for disaster-prevention.
![[Adaptation] Disaster Image Analysis System using AI](https://jprsi.go.jp/en/img/tech/434/350/231)
[Adaptation] Disaster Image Analysis System using AI
AI-based Image analysis system to rapidly ascertain large-scale disaster site situations using aerial images captured by drones and helicopters.
![[Adaptation] Advanced Sewage Treatment System and Recycled Water Production System](https://jprsi.go.jp/en/img/tech/435/350/231)
[Adaptation] Advanced Sewage Treatment System and Recycled Water Production System
Contribute to water sustainability effective management through advanced sewage treatment system and recycled water production system
![[Adaptation] Distributed Control of Data Center Workload](https://jprsi.go.jp/en/img/tech/400/350/231)
[Adaptation] Distributed Control of Data Center Workload
To realize a carbon-neutral society, we make effective use of renewable energy by coordinating and controlling data centers and power grids. The system effectively utilizes renewable energy and green energy-consuming processes such as generative AI.
![[Data Center ] Virtual Storage Platform(VSP) One Block](https://jprsi.go.jp/en/img/tech/412/350/231)
[Data Center ] Virtual Storage Platform(VSP) One Block
Eco-friendly infrastructures drive sustainability and cost efficiency
![[Data Center] UNIPARA-UP2001i series UPS](https://jprsi.go.jp/en/img/tech/436/350/231)
[Data Center] UNIPARA-UP2001i series UPS
Designed for large-scale data centers saves both energy and space
![[Data Center] Inverter Modular Chiller “Matrix Σ (Matrix Sigma)”](https://jprsi.go.jp/en/img/tech/439/350/231)
[Data Center] Inverter Modular Chiller “Matrix Σ (Matrix Sigma)”
A new refrigerant R32 is adopted in consideration of environmental impact. Space-saving and large-capacity "Matrix Sigma“.
![[Energy Transition] HVDC (High-Voltage Direct Current)](https://jprsi.go.jp/en/img/tech/358/350/231)
[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.
![[Energy Transition] EconiQ™: eco-efficient portfolio](https://jprsi.go.jp/en/img/tech/437/350/231)
[Energy Transition] EconiQ™: eco-efficient portfolio
EconiQ™ is eco-efficient portfolio for reducing environmental impact and increasing energy efficiency, whilst future-proofing technology investments.
![[Energy Transition] WindSTAR™ transformers](https://jprsi.go.jp/en/img/tech/438/350/231)
[Energy Transition] WindSTAR™ transformers
WindSTAR™ liquid-filled transformers are ideal solutions for fixed and floating offshore wind applications.
Their reliable, energy-efficient, and compact construction is well suited for installation in wind turbine towers or nacelles.
![[Energy Transition] Nuclear (Next generation Small Modular Reactor)](https://jprsi.go.jp/en/img/tech/444/350/231)
[Energy Transition] Nuclear (Next generation Small Modular Reactor)
The BWRX-300 developed by a nuclear alliance between GE Vernova and Hitachi is a Next-generation Small Modular Reactor (SMR) that is commercially available with the lead project underway. It improves safety by deploying innovative safety systems while improving economics and reliability by simplifyi…
![[Energy Transition] HyFlex™ hydrogen power generator](https://jprsi.go.jp/en/img/tech/440/350/231)
[Energy Transition] HyFlex™ hydrogen power generator
The HyFlex™ hydrogen power generator is based on zero emission fuel cell technology, designed to electrify assets, decarbonize operations and advance a sustainable energy future for all.
![[Energy Transition] Hydrogen production system](https://jprsi.go.jp/en/img/tech/441/350/231)
[Energy Transition] Hydrogen production system
Hitachi is pursuing research and development to achieve a large-scale, low-cost hydrogen production system by combining Hitachi Energy's power systems and high voltage technologies with water electrolysis control technologies.
Through low-cost hydrogen production and solutions for stable…
![[Energy Transition] Hydrogen Transport System](https://jprsi.go.jp/en/img/tech/443/350/231)
[Energy Transition] Hydrogen Transport System
Hitachi is developing a hydrogen separation system in collaboration with Nitto that can provide gas with the desired hydrogen concentration for various users connected to the existing gas grid.
![[Energy Transition] Integrated control of electric and gas grid](https://jprsi.go.jp/en/img/tech/442/350/231)
[Energy Transition] Integrated control of electric and gas grid
Energy management solution to supply-demand mismatch and overload in highly-integrated electric and gas grid with high penetration of renewable energy and hydrogen.
![[Energy Saving] e-mesh EMS](https://jprsi.go.jp/en/img/tech/445/350/231)
[Energy Saving] e-mesh EMS
The e-mesh digital ecosystem enables the digitalization of distributed energy resources.
Accurate demand planning and power generation forecasts improve energy efficiency and economic benefits.
![[Electrification] Grid-eMotion® Flash - Ultra-Fast Charging Technology](https://jprsi.go.jp/en/img/tech/446/350/231)
[Electrification] 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.
![[Electrification] Grid-eMotion® Fleet](https://jprsi.go.jp/en/img/tech/447/350/231)
[Electrification] 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.
![[Electrification] Multi-Port EV Charger](https://jprsi.go.jp/en/img/tech/448/350/231)
[Electrification] 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…
![[Electrification] Battery Trains](https://jprsi.go.jp/en/img/tech/449/350/231)
[Electrification] 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.