ビジネストーク

新たな機会を捉えるためのオープンイノベーション

企業の規模とスタートアップの機敏さを兼ね備える
会議のスケジューリング
ポッドキャストを聴く
-15
+15
0:00
/
0:00
公益事業内ではイノベーションの拡大が困難である。
なぜ新たな機会を捉えるためにオープンイノベーションを行うのか？
オープンイノベーションは迅速な実験とより速い価値獲得を可能にします

 共に革新を進め、成果をスケールして展開します。 

主なメリット
チェックアイコン
より高速なスケーリング 
チェックアイコン
エコシステム・レバレッジ 
チェックアイコン
ガバナンス
チェックアイコン
文化的整合性 

NTTデータのサポート体制は？

01
イノベーション管理室 
02
生態系調査 
03
POCからスケールへのフレームワーク 
PoCの実行と検証
04
ガバナンス
プログラムのガバナンスと展開支援
チームビルディング、コミュニケーション、および研修
実証済みの効果
達成されたイノベーション成果
重要な結果
ガスおよび電力の送配電事業者は、定量的な改善を実現しています： 
チェックアイコン
ユースケースのスケーリング 

増加した

チェックアイコン
市場投入までに要する時間 

削減された

チェックアイコン
投資利益率

獲得 

企業規模のスケールとスタートアップのアジリティを両立します。

イノベーションを加速

話しましょう

NTT DATA関連の話題 
すべての講演を見る
Leverage Digital Channels to enhance Customer Experience
公益事業
エネルギー供給
Leverage Digital Channels to enhance Customer Experience
Cloud-ready by design. Resilient by nature. Built to help utility groups modernize portals, mobile services, and digital assistance across multiple operating companies
Professionals monitor and coordinate electricity grid operations from a modern control center with large analytical dashboards
公益事業
送電・配電
Strengthening grid resilience through Intelligent Outage Management
Predictive by design. Coordinated by nature. Built to help utilities anticipate disruption, restore faster and protect customer trust.
Autonomous inspection robot operating inside a high-voltage electrical substation at sunset, illustrating safer asset monitoring and predictive maintenance through autonomous robotics in utility infrastructure.
公益事業
送電・配電
Autonomous Visual Inspection and Asset Monitoring
High-voltage sites need constant vigilance, but every manual inspection adds time, cost, and exposure. Autonomous robotics brings safer eyes into the field
Aerial view of a modern electrical transmission substation connected to wind and solar energy infrastructure at golden hour, with three professionals walking along an internal road, illustrating collaboration and resilient energy networks
公益事業
送電・配電
Securing the digital utility OT/IT convergence in an increasingly connected grid
Connected by design. Resilient by nature. Built to secure the data-driven utility without slowing the future grid.
Technicians maintaining a communications tower
公益事業
送電・配電
Scaling Smart Grid Communications for the Next Generation of Utilities
Private 5G complements existing grid communications with the scale, reliability, and flexibility utilities need for a distributed, data-driven energy system
Technician monitoring an automated electrical substation for the digital grid
公益事業
送電・配電
Reinventing Substation Automation for the Digital Grid
Private 5G, Edge Computing, and advanced automation help substations evolve from isolated control assets into coordination points for a distributed, autonomous grid
A female engineer inspecting industrial equipment for predictive maintenance in a utility workshop
公益事業
発電・再生可能エネルギー
送電・配電
Scaling Predictive Maintenance for the Intelligent Utility
Continuous by design. Distributed by nature. Built to turn asset data into earlier action across the future grid
AI-Driven Forecasting for Renewable Energy Procurement
公益事業
発電・再生可能エネルギー
サプライチェーン＆インダストリー5.0
AI-Driven Forecasting for Renewable Energy Procurement
Markets move before purchase orders do. This turns that motion into an edge, helping renewable procurement teams buy earlier, negotiate smarter, and stay ahead of price volatility
Leverage Digital Channels to enhance Customer Experience
公益事業
エネルギー供給
Leverage Digital Channels to enhance Customer Experience
Cloud-ready by design. Resilient by nature. Built to help utility groups modernize portals, mobile services, and digital assistance across multiple operating companies
Professionals monitor and coordinate electricity grid operations from a modern control center with large analytical dashboards
公益事業
送電・配電
Strengthening grid resilience through Intelligent Outage Management
Predictive by design. Coordinated by nature. Built to help utilities anticipate disruption, restore faster and protect customer trust.
Autonomous inspection robot operating inside a high-voltage electrical substation at sunset, illustrating safer asset monitoring and predictive maintenance through autonomous robotics in utility infrastructure.
公益事業
送電・配電
Autonomous Visual Inspection and Asset Monitoring
High-voltage sites need constant vigilance, but every manual inspection adds time, cost, and exposure. Autonomous robotics brings safer eyes into the field
Aerial view of a modern electrical transmission substation connected to wind and solar energy infrastructure at golden hour, with three professionals walking along an internal road, illustrating collaboration and resilient energy networks
公益事業
送電・配電
Securing the digital utility OT/IT convergence in an increasingly connected grid
Connected by design. Resilient by nature. Built to secure the data-driven utility without slowing the future grid.
Technicians maintaining a communications tower
公益事業
送電・配電
Scaling Smart Grid Communications for the Next Generation of Utilities
Private 5G complements existing grid communications with the scale, reliability, and flexibility utilities need for a distributed, data-driven energy system
Technician monitoring an automated electrical substation for the digital grid
公益事業
送電・配電
Reinventing Substation Automation for the Digital Grid
Private 5G, Edge Computing, and advanced automation help substations evolve from isolated control assets into coordination points for a distributed, autonomous grid
A female engineer inspecting industrial equipment for predictive maintenance in a utility workshop
公益事業
発電・再生可能エネルギー
送電・配電
Scaling Predictive Maintenance for the Intelligent Utility
Continuous by design. Distributed by nature. Built to turn asset data into earlier action across the future grid
AI-Driven Forecasting for Renewable Energy Procurement
公益事業
発電・再生可能エネルギー
サプライチェーン＆インダストリー5.0
AI-Driven Forecasting for Renewable Energy Procurement
Markets move before purchase orders do. This turns that motion into an edge, helping renewable procurement teams buy earlier, negotiate smarter, and stay ahead of price volatility
ドラッグ