世界のネットワーク事業者のサステナビリティ戦略市場 2024-2029年

Global Network Operator Sustainability Strategies Market: 2024-2029

世界のネットワーク事業者のサステナビリティ戦略市場 2024-2029年

世界のネットワーク事業者のサステナビリティ戦略市場 2024-2029年 12

Overview

Our Network Operator Sustainability Strategies research suite provides in-depth analysis and evaluation of how the dynamic and competitive network operator market is deploying environmental sustainability measures. It will primarily analyse operators’ technical use cases such as Cloud Computing, Open RAN (Radio Access Networks), Edge Computing, 5G, 6G, IoT (The Internet of Things), Fibre Optics, AI (Artificial Intelligence), Renewable Energy, Sustainable Supply Chains and Circular Economy.

Juniper Researchのネットワーク オペレーターの持続可能性戦略レポートは、ダイナミックで競争の激しいネットワークオペレーター市場が環境の持続可能性対策をどのように展開しているかについての詳細な分析と評価を提供します。主に、クラウドコンピューティング、オープンRAN(無線アクセスネットワーク)、エッジコンピューティング、5G、6G、IoT(モノのインターネット)、光ファイバー、AI(人工知能)、再生可能エネルギー、持続可能エネルギーなどの通信事業者の技術的ユースケースを分析します。

Research Deliverables

世界のネットワーク事業者のサステナビリティ戦略市場 2024-2029年 123

 

プレスリリース

Which Mobile Operators Lead the World in Sustainability?

Hampshire, UK – 14th October 2024: Juniper Research, the foremost experts in telecommunications markets, has named the world’s leading network mobile operators for sustainability.

The new study scored operators on several factors, such as their breadth and depth of sustainability initiatives, the array of sustainable technologies adopted, and their success achieved so far.

The top 3 operators with the most impactful sustainability initiatives were:

  1. KDDI (Japan)
  2. Deutsche Telekom (Germany)
  3. Verizon (US)

Juniper Research commended leading operator KDDI for its involvement in cloud technologies and circular economy strategies that focus on recycling network hardware. The operator reported that over 99% of disused network hardware was recycled in 2023. Additionally, the rising usage of cloud services has enabled KDDI to reduce its carbon emissions through automation, significantly reducing energy consumption. KDDI is also optimising datacentre operations and reducing the scale of physical networks through NFV (network function virtualisation), thus reducing energy consumption.