智慧电网数位化挑战：产业如何迎头赶上？

本报告提供智慧型能源电网的数位化趋势调查，提供电网数位化的主要技术，主要的电网数位化技术的使用案例和优点，电网数位化的各地区的支出预测，智慧型能源技术的主要供应商简介等资讯。

实用的优点:

• 取得加速电网数位化的建议
• 了解与哪些科技公司合作
• 了解电网数位化如何应对能源公用事业公司面临的挑战

重要问题的答案：

• 支援智慧能源资产和系统数位转型的关键电网数位化技术有哪些？
• 延迟电网数位化有哪些风险？
• 电网管理软体主要有哪些分类？
• 哪些产业联盟正在推广数位化和虚拟变电站？

研究亮点：

• 主要电网数位化技术的用例和优势
• 预测电网数位化支出：按地区
• 智慧能源技术供应商简介

目录

主要发现

主要预测

主要公司与生态系

虚拟变电所

人工智慧世代

连接物联网和云端

能源数位孪生

能源网格管理软体

Actionable Benefits:

• Recommendations for accelerating grid digitalization.
• Understanding which technology players to partner with.
• Determine how grid digitalization can address the challenges energy utilities are facing.

Critical Questions Answered:

• What are the key grid digitalization technologies enabling digital transformation of smart energy assets and systems?
• What are the risks of delayed grid digitalization?
• What are the main energy grid management software categories?
• Which industry alliances are promoting digital and virtual substations?

Research Highlights:

• Key grid digitalization technology use cases and benefits.
• Grid digitalization spending forecasts by region.
• Smart energy technology vendor profiles.

Who Should Read This?

• Strategy executives at energy utilities.
• Product managers at smart energy technology vendors.
• Executives at foundational technology vendors (carriers, semiconductor companies, and hardware and software developers).

TABLE OF CONTENTS

Key Findings

Key Forecasts

Key Companies and Ecosystems

Virtual Substations

Generative AI

Connectivity the IoT and the Cloud

Energy Digital Twin

Energy Grid Management Software