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市場調查報告書

智慧電網數位化-新應用與影響評估

Digitalization in Smart Grid Networks - Emerging Application and Impact Assessment

出版商 Frost & Sullivan 商品編碼 921042
出版日期 內容資訊 英文 38 Pages
商品交期: 最快1-2個工作天內
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智慧電網數位化-新應用與影響評估 Digitalization in Smart Grid Networks - Emerging Application and Impact Assessment
出版日期: 2019年12月26日內容資訊: 英文 38 Pages
簡介

全球能源環境由於大規模引進分散型能源(DER)、開發數位通訊基礎建設、以公共事業為中心的交互記憶基礎微網格倡議等,每年都在進步。電力客戶為了保有其定位,將新的科技解決方案納入企業策略的一部分,顯得相當重要。由於先進技術,智慧電網應用程式及解決方案得以分析大規模的資料組合,找出既定模式,檢驗異常,根據學習經驗進行正確預測。大部分公共事業仍然遵從維護行程,僅能在關閉電源時處理。考慮到老舊的基礎建設、具變動性的可再生電力、EV等會引起負荷的變動性、不安性,使得電網脆弱,依賴既有解決方案和系統已經不是電力公司的有效選項。

本報告調查了智慧電網數位化的動向,並統整了數位智慧電網的概要、數位化推動因素與課題、數位化的新引進區域和影響、新的創新、使用案例、主要企業、成長機會、策略建議等。

目錄

第1章 執行摘要

第2章 數位智慧電網-概要

  • 高信賴度且有效率的能源需求擴大:促進採用智慧電網的重要動向
  • 雙向通訊:智慧電網主要的USP
  • 市場部門:配電、AMI、V2G、資料管理是智慧電網不可或缺的組成部門
  • 智慧電網零件對電網的效率和輸出有貢獻
  • 價值鏈整體的智慧電網生態系統環境

第3章 成長因素與挑戰

  • 品質資料組合、初期知識、技術組合的不足

第4章 數位智慧電網的新引進區域和影響

  • 新興ICT技術:智慧電網的基本組成要素
  • 有關智慧電網引進區域的技術基礎繪製
  • 從集中型分散電網轉型到分散型分散電網

第5章 專利、資金

  • 智慧電網專利申請數量急速增加:對創新與合作帶來極大影響
  • 需求方面的管理、送電與配電:公共事業相關者的主要創新領域
  • 2019年上半季:來自世界各地投資家的資金調集僅減少些許

第6章 新的創新、使用案例、主要企業

  • 區塊鏈基礎的能源交易平台:提供透明化的彈性市場
  • 以電網最佳化有效率地使用分散型能源資源
  • 公共事業供應商與高科技企業的合作:促使引進智慧電網
  • AI:在電網穩定性與可再生能源發電的預測中發揮重要功能
  • 新興技術:在能源業務交易中提供可追蹤性與透明性

第7章 成長機會、策略建議

  • 強化客戶管理:對智慧電網解決方案供應商來說的重要參數
  • 智慧電網:為共享經濟的所有相關者產生新的收益流

第8章 連絡資訊

目錄
Product Code: D8FE

Assessment on how digital technologies are shaking up electricity grid and the power industry

The global energy landscape in the United States is evolving every year with wide-scale adoption of distributed energy resources (DERs), developments in digital communication infrastructure, and transactive-based micro-grid initiatives that places utilities at the center. For utility customers to stay relevant, incorporating emerging technology solutions as part of their corporate strategy will be critical. Emerging technologies has the ability to empower smart grid applications and solutions to analyse large data sets, identify patterns, detect anomalies, and make precise predictions based on its learning experience.

A majority of utilities still follow a schedule for maintenance or will only react once the power goes out. Given the growing grid vulnerability caused by increasing presence of variable and unstable load, triggered by aging infrastructure, variable renewable power, and electric vehicles (EVs), utilities are realizing that relying on traditional solution and systems is no longer a viable option.

In brief, this research service covers the following points:

  • Digital smart grid- An overview
  • Drivers and challenges for smart grid adoption
  • Digitized smart grid applications and impact areas
  • Innovations and use cases
  • Patent and funding scenarios

Table of Contents

1.0. Executive Summary

  • 1.1. Research Scope
  • 1.2. Research Methodology
  • 1.3. Research Methodology Explained
  • 1.4. Key Findings

2.0. Digital Smart Grid - Overview

  • 2.1. Increasing Need for Reliable and Efficient Energy Demand is a Key Trend Driving Adoption of Smart Grids
  • 2.2. Two-Way Communication is a Key USP of Smart Grids
  • 2.3. Segmentation - Distribution, AMI, V2G, and Data Management are Integral Parts of Smart Grid
  • 2.4. Smart Grid Components Contribute Toward Grid Efficiency and Power Output
  • 2.5. Smart Grid Ecosystem Landscape Across the Value Chain

3.0. Drivers and Challenges

  • 3.1. Smart Grid Faces Key Challenges that Include Lack of Quality Datasets, and Initial Knowledge and Skillsets

4.0. Digitized Smart Grid Emerging Applications Areas and Impact

  • 4.1. Emerging ICT Technologies are the Fundamental Building Blocks of Smart Grids
  • 4.2. Technology-based Mapping with Respect to Smart Grid Application Areas
  • 4.3. Transitioning From Centralized to Decentralized Distributed Grid

5.0. Patent and Funding Landscape

  • 5.1. Proliferation in the Number of Smart Grid Patents Filed will Have a Significant Impact on Innovations and Collaborations
  • 5.2. Demand Side Management and Transmission and Distribution are Major Innovation Areas for Utility Stakeholders
  • 5.3. 1H2019 Saw Slight Decline in Funding from Investors Across the Globe

6.0. Emerging Innovations, Use Cases, and Key Companies in Digitized Smart Grid Arena

  • 6.1. Blockchain-based Energy Trading Platform Offers Flexible Marketplace with Transparency
  • 6.2. Grid Optimization Enables Efficient Utilization of Distributed Energy Resources
  • 6.3. Tech Companies in Collaboration with Utility Providers will Boost Adoption of Smart Grid
  • 6.4. AI Plays a Vital Role in Grid Stability and Renewable Energy Generation Forecasting
  • 6.5. Emerging Technology Would Provide Traceability and Transparency in Energy Business Transactions

7.0. Growth Opportunities and Strategic Recommendations

  • 7.1. Enhanced Customer Management will be a Key Parameter to Smart Grid Solution Providers
  • 7.2. Smart Grid to Enable New Revenue Streams for all the Energy and Power Stakeholders in Sharing Economy

8.0. Industry Contacts

  • 8.1. Key Contacts
  • 8.1. Key Contacts (continued)
  • Legal Disclaimer
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