水电和核电市场的物联网价值链

本报告分析了全球水电和核电市场的物联网价值链，并总结了以下信息。

报告的好处：

• 详细分析物联网公司和水电和核电市场的整个生态系统
• 现有数字化领域以及核电和水电运营领域的智能硬件组件和增值服务（分析、机器学习 (ML)、人工智能 (AI)、数字孪生、安全物联网组件等） . 价值链评估及概述解释
• 可再生能源领域引入物联网技术的行业成熟度、驱动因素及问题分析
• 水电和核电物联网价值链技术市场现状和供应商生态系统展望：领先公司概览（Microsoft Azure、FogHorn、通用电气 (GE)、ABB 罗克韦尔自动化、艾默生、韩国电力公司 ( KEPCO）、霍尼韦尔、横河电机等）

分析大纲：

• 可再生能源市场光伏领域的物联网技术堆栈：详细分类
• 每个技术组件（硬件、边缘、分析供应商等）的主要供应商概述：对提供预测性维护、基于状态的监控和资产跟踪的供应商的详细分析。
• 按公用事业公司细分市场（包括公用事业服务的生产、分配和传输）的收入预测，与装机数量和装机容量的增长率比较（2021 年至 2030 年）

主要问题的回答：

• 谁为物联网价值链的特定部分提供服务？为水电和核能市场提供服务的物联网供应商之间的竞争趋势是什么？
• 物联网等技术如何促进生态和资源的可持续利用？分析和数据驱动的决策如何促进可持续行为和企业可持续发展议程？

本报告提及的公司：

目录

第 1 章执行摘要

第二章介绍

第三章战略建议

• 对水电和核电公司的建议
• 对技术提供商的建议
• 可持续发展建议

第四章行业展望：水电

• 混合水能生产
• 行业关注和挑战

第5章水电市场

• 传感器和网关
• 终端管理
• 网络安全
• PaaS（平台即服务）/SaaS（软件即服务）/软件
• 人工智能 (AI) 和机器学习 (ML)
• 支持核能发电的物联网技术

第 6 章供应商生态系统

• 水电
• 核能发电

第7章市场预测

Actionable Benefits:

• In-depth analysis of Internet of Things (IoT) players and overall ecosystem for the hydro and nuclear power generation markets.

• Evaluation and an overview of the value chain that explains the existing area of digitalization and intelligent hardware component to the nuclear and hydropower operation sites, as well as value-added IoT services, such as analytics, Machine Learning (ML), Artificial Intelligence (AI), digital twins, and security IoT components.

• Analysis of industry maturity, drivers, and challenges for the adoption of IoT technology in the renewable energy domain.

• Identify the current state of the technology market and the outlook of the vendor ecosystem across the hydro- and nuclear-based IoT value chains, highlighting strong market players, such as Microsoft Azure, FogHorn, General Electric (GE), ABB Rockwell Automation, Emerson, Korea Electric Power Corporation (KEPCO), Honeywell, and Yokogawa.

Research Highlights:

• A detailed breakdown of the IoT technology stack for the solar power generation segment of the renewable energy market.

• Overview of top vendors for each technology component, specifically hardware, edge, and analytics vendors; and an in-depth analytics of vendors offering predictive maintenance, condition-based monitoring, and asset tracking.

• Forecast of the utility enterprise segment revenue, including production, distribution, and transmission of utility services, which are relative to the growth of installations and capacity growth from 2021 to 2030.

Critical Questions Answered:

• Who services particular parts of the IoT value chain, and what are the competitive dynamics between IoT vendors serving the hydro- and nuclear-based energy markets?

• How can technology, such as the IoT, contribute to ecology and the sustainable use of resources, and how could analytics and data-driven decision-making be a catalyst for sustainable action and corporate sustainability agendas?

Who Should Read This?

• Industrial enterprises undergoing the transition to renewable energy and distributed power generation sources, to understand the ecosystem and players for each IoT solution segment.

• Product managers and analytics providers looking to benchmark their solution(s) or examine competitors.

• S-Suite and strategic advisors within the public and private sectors for the renewable energy industry, who are responsible for strategy formation, business development, and innovative solutions planning.

Companies Mentioned:

TABLE OF CONTENTS

1. EXECUTIVE SUMMARY

2. INTRODUCTION

3. STRATEGIC RECOMMENDATIONS

• 3.1. Recommendations for Hydro and Nuclear Operators
• 3.2. Recommendations for Technology Providers
• 3.3. Recommendation for Sustainability

4. INDUSTRY OUTLOOK: HYDRO POWER PLANTS

• 4.1. Hybrid Hydro Energy Production
• 4.2. Industry Concerns and Challenges

5. HYDRO MARKETS

• 5.1. Sensors and Gateways
• 5.2. Device Management
• 5.3. CyberSecurity
• 5.4. Platform-as-a-Service, Software-as-a-Service, and Software
• 5.5. AI and ML
• 5.6. IoT Technology Supporting Nuclear Power Generation

6. SUPPLIER ECOSYSTEM

• 6.1. Hydro
• 6.2. Nuclear

7. MARKET FORECASTS