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高圧碍子・高圧ブッシング・スペーサー・ダンパーレポート:第2版 (2016年)

HV Insulators, HV Bushings, Spacers & Dampers Report Ed 2 - 2016

発行 StatPlan Energy Limited 商品コード 254619
出版日 ページ情報 英文 79 pages, 52 figures, 35 tables
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本日の銀行送金レート: 1GBP=147.80円で換算しております。
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高圧碍子・高圧ブッシング・スペーサー・ダンパーレポート:第2版 (2016年) HV Insulators, HV Bushings, Spacers & Dampers Report Ed 2 - 2016
出版日: 2016年03月24日 ページ情報: 英文 79 pages, 52 figures, 35 tables
概要

2016年における高圧碍子およびブッシングの市場は50億ドルを超えると推計されており、年間成長率は7.8%となっています。

当レポートでは、高圧碍子・高圧ブッシング・スペーサー・ダンパーの市場を調査し、各種製品の種類と概要、技術・エンドユーズ部門・地域/主要国など各種区分別の市場規模の推移と予測、バリューチェーン、主要製造業者の概要などをまとめています。

エグゼクティブサマリー

  • 高圧碍子
  • 高圧ブッシング
  • スペーサー
  • ダンパー

第2章 高圧碍子・高圧ブッシング・スペーサー・ダンパー

  • 碍子
  • ブッシング
  • スペーサー
  • ダンパー

第3章 高圧碍子市場

  • 技術別:OIP・RIP

第4章 高圧碍子市場:エンドユーザー別

第5章 高圧ブッシング市場

  • ロジスティクス

第6章 碍子・ブッシングタイのシェア

  • 絶縁技術:OIP・RIP
  • 新しい碍子技術:RIS樹脂含浸合成
  • ハウジング材料
  • 技術開発

第7章 碍子:タイプと特徴

  • ピン碍子
  • ステーションポスト碍子・ラインポスト碍子
  • 懸垂碍子
  • 耐張碍子
  • 茶台碍子
  • 支線碍子
  • 送配電に用いられる碍子のタイプ
  • 送電線
  • 配電線
  • 磁器碍子 vs 複合碍子
  • NCIの一般的構造

第8章 スペーサー・ダンパー・他のコンポーネント市場

第9章 碍子・ブッシングの製造業者

  • 日本ガイシ / Locke Insulators
  • HSP & Trench Bushings Group - Siemens
  • ABB
  • Lapp (米国・ドイツ) - Pfisterer
  • Seves Group (フランス)
  • Von Roll
  • K-LINE INSULATORS LTD.
  • P Core Electric
  • Gruppo Bonomi
  • CERALEP
  • Aditya Birla Nuovo Ltd (インド)
  • Victor Insulators, Inc
  • Zhengzhou Orient Power Co Ltd
  • TE Connectivity
  • Sicame

第10章 バリューチェーン

第11章 送配電線のコンフィギュレーション

  • インフラの概要
  • ラインコンフィギュレーション

第12章 導体

  • 回路・位相・導体
  • 被覆電線(CC)
  • XLPE/HDPE被覆電線
  • 架空線
  • スペーサーケーブルシステム
  • 多導体
  • 架空バンドルケーブル (ABC)
  • 三相・一相・一条大地帰路
  • SWER

第13章 モーションコントロール・スペーサー・ダンパー

  • スペーサー
  • 硬質スペーサー
  • 半硬質スペーサー
  • フレキシブルスペーサー
  • 多関節型スペーサー
  • Hendrixスペーサー
  • 六導体スペーサー

第14章 ダンパー・ジャンパー・クランプ

  • ストックブリッジダンパー
  • スペーサーダンパー
  • システム取付具:クランプ・ジャンパー・コネクターなど
  • ジャンパー
  • スペーサークランプ
  • PGクランプ
  • 既製電線製品

第15章 施工法

  • 概要
  • ホットスティック
  • 絶縁手袋・ゴム手袋
  • 素手
  • ヘリコプター

図表

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目次

HV insulators and bushings constitute one of the most importance components of electricity supply systems. The failure of either an insulator or a bushing can cause catastrophic damage to equipment, injury and loss of life. Together they have a global market size over $5 billion in 2016 and growing at 7.8% a year.

THE MARKETS FOR HV INSULATORS, HV BUSHINGS, SPACERS & DAMPERS

The report gives market sizes and predicts future market trends in value for each of the three product groups. The markets for each product group are tabulated in $ value annually for a 5 year forecast period from 2015 to 2020, with the following analy-sis;

  • Global totals, totals of 11 regions, national markets of 75 countries

END USE SEGMENT

The market for HV insulators is analysed by end use - transmission and distribution

  • Global totals, totals of 11 regions, national markets of 75 countries

THE TECHNOLOGY

HV insulators are analysed by technology, material and core.

  • With a global break by the materials-glass, ceramic and composite;
  • With analysis by value for OIP (oil impregnated paper) and RIP (resin impregnated paper), globally, for every region and for each of 75 countries. The OIP and RIP technologies are described, with advantages and disadvantages of each technology.

INSULATORS, SPACERS AND DAMPERS, TYPES AND APPLICATIONS

The many different variants of insulator, spacer and damper are described, with details of their applications and with plentiful illustrations. Transmission and distribution networks are discussed and applications of the products in the networks reviewed.

VALUE CHAIN

The value chain for the electrical sector is analysed from the BOM (bill of materials) to the end market price, installed cost, and capex. Off-take of insulators and bushings operate at different levels in the value chain. This affects comparability of market demand for the two products.

MANUFACTURERS

The manufacturing landscape is discussed, and trends of globalisation pinpointed. Brief outlines of the 17 major manufacturers are provided.

Table of Contents

1. EXECUTIVE SUMMARY

  • High Voltage Insulators
  • HV Bushings
  • Spacers
  • Dampers

2. HV INSULATORS, HV BUSHINGS, SPACERS AND DAMPERS

  • Insulators
  • Bushings
  • Spacers
  • Dampers

3. THE MARKET FOR HV INSULATORS

  • THE MARKET FOR HV INSULATORS BY TECHNOLOGY - OIP and RIP

4. THE MARKET FOR HV INSULATORS BY END USERS

5. THE MARKET FOR HV BUSHINGS

  • Logistics

6. INSULATOR AND BUSHING TYPES BY SHARE

  • Insulation technology - OIP and RIP
  • New insulator technology - RIS Resin impregnated synthetic
  • Material of the housing
  • Technology development

7. INSULATORS, TYPES AND CHARACTERISTICS

  • Pin-type insulator
  • Station or line post insulators
  • Suspension insulators
  • Strain type insulators
  • Shackle type insulators
  • Stay insulators
  • Insulator types used in transmission and distribution
  • Transmission lines
  • Distribution lines
  • Porcelain versus composite insulators
  • NCI's general structure:

8. THE MARKET FOR SPACERS AND DAMPERS AND OTHER COMPONENTS

9. INSULATOR AND BUSHING MANUFACTURERS

  • NGK, Japan / Locke Insulators
  • HSP & Trench Bushings Group - Siemens
  • ABB
  • Lapp, USA and Germany - Pfisterer
  • Seves Group, France
  • Von Roll
  • K-LINE INSULATORS LTD.
  • P Core Electric
  • Gruppo Bonomi
  • CERALEP
  • Aditya Birla Nuovo Ltd, India
  • Victor Insulators, Inc
  • Zhengzhou Orient Power Co Ltd
  • TE Connectivity.
  • Sicame

10. THE VALUE CHAIN - FROM MATERIALS TO CAPEX

  • The value chain at 6 levels

11. TRANSMISSION AND DISTRIBUTION LINE CONFIGURATIONS

  • Overview of infrastructure
  • Line configurations

12. CONDUCTORS

  • Circuits, phases and conductors
  • Covered conductors (CC)
  • XLPE/HDPE Covered conductors
  • Aerial cables
  • Spacer cable systems
  • Bundled conductors
  • Aerial bundled cable (ABC)
  • Three Phase, Single Phase and Single Wire Earth Return Systems
  • SWER

13. MOTION CONTROL, SPACERS AND DAMPERS

  • Spacers
  • Rigid spacers
  • Semi-rigid spacers
  • Flexible spacers
  • Articulated spacers
  • Hendrix spacers
  • Spacer for six conductors

14. DAMPERS, JUMPERS AND CLAMPS

  • Stockbridge damper
  • Spacer dampers
  • System fittings, clamps, jumpers, connectors, etc.
  • Jumpers
  • Spacer clamps
  • PG clamp
  • Preformed line products

15. WORKING METHODS

  • Overview
  • Hot stick
  • Insulating gloves or Rubber gloves
  • Bare hand
  • Helicopter

Figures

  • Figure 1: Global sales of HV insulators, nominal $ million, 2015 to 2020
  • Figure 2: World market for HV insulators by region, current $, 2012 to 2017
  • Figure 3: Global market for HV insulators by technology shares, OIP and RIP, $ 2015
  • Figure 4: Global market for HV insulators by end use shares, transmission and distribution, $ 2015
  • Figure 5: Global sales of HV bushings, nominal $ million, 2015 to 2020
  • Figure 6: Pin type insulator
  • Figure 7: Horizontal line post insulator
  • Figure 8: Braced angular line post insulator
  • Figure 9: Vertical line post insulator
  • Figure 10: The world's largest HVDC transformer at Xiangjiaba, China, 2009
  • Figure 11: HVDC transformer at Three Gorges Dam, China, 2009
  • Figure 12: Outdoor bushings for a 550 kV transformer
  • Figure 13: Suspension insulator strings in 345kV power transmission lines
  • Figure 14: NKG Locke suspension insulators
  • Figure 15: Low voltage suspension insulators
  • Figure 16: Strain insulators on high voltage power lines
  • Figure 17: Global sales of spacers and dampers, nominal $ million, 2015 to 2020
  • Figure 18: World market for spacers and dampers by region, current $, 2012 to 2017
  • Figure 19: Configuration of a 400 kV transmission line with two bundled conductors per phase
  • Figure 20: Traditional single conductor per phase, double circuit transmission line
  • Figure 21: Typical condition faced by MV lines in Finland during wintertime.
  • Figure 22: Snow laden branches on a double circuit CC line in Sweden, no interruption to supply
  • Figure 23: Rigid spacer
  • Figure 24: Semi-rigid spacer
  • Figure 25: Flexible spacer
  • Figure 26: Articulated spacer for two conductors
  • Figure 27: Articulated spacer for four conductors
  • Figure 28: Spacers in a double circuit line, with three conductors per phase
  • Figure 29: Spacers on conductors and jumpers
  • Figure 30: Spacer mounted at a pole for a CC system in the UK
  • Figure 31: Spacer cable strung at a UK test site along with other and bare wire systems
  • Figure 32: Hendrix spacers in the US
  • Figure 33: Close up of spacers
  • Figure 34: Spacers for six conductors per phase, two three phase circuits
  • Figure 35: Stockbridge damper
  • Figure 36: Stockbridge damper in use
  • Figure 37: Vibration dampers in use
  • Figure 38: Quad spacer damper
  • Figure 39: Jumpers connecting two conductors
  • Figure 40: Jumper support insulator
  • Figure 41: Cantilever single-bolted
  • Figure 42: Nut-cracker single-bolted
  • Figure 43: Nut-cracker spring loaded
  • Figure 44: Parallel Grove (PG) Clamp
  • Figure 45: Installing a PG Clamp on ACCR
  • Figure 46: Installing the outer layer of rods on the cable
  • Figure 47: The end result, completed PLP Suspension assembly
  • Figure 48: Using a hot stick
  • Figure 49: “Extreme Safety” gloves
  • Figure 50: Line man delivered by helicopter for bare hand work on a 345 kV line
  • Figure 51: Bare hand work on a 500 kV conductor.
  • Figure 52: Line man supported by helicopter for bare hand work attaching a plastic bird diverter

Tables

  • Table 1: North American HV insulator market by country, nominal $, 2015 - 2020
  • Table 2: European and CIS HV insulator market by country, nominal $, 2015 - 2020
  • Table 3: Middle East and African HV insulator market by country, nominal $, 2015 - 2020
  • Table 4: Asia Pacific HV insulator market by country, nominal $, 2015 - 2020
  • Table 5: Latin American HV insulator market by country, nominal $, 2015 - 2020
  • Table 6: HV insulator market by region and technology shares, OIP and RIP, $ 2015
  • Table 7: North American HV insulator market by country and technology shares, OIP and RIP, $ 2015
  • Table 8: European and CIS HV insulator market by country and technology shares, OIP and RIP, $ 2015
  • Table 9: Middle East and African HV insulator market by country and technology shares,
  • Table 10: Asia Pacific HV insulator market by country and technology shares, OIP and RIP, $ 2015
  • Table 11: Latin American HV insulator market by country and technology shares, OIP and RIP, $ 2015
  • Table 12: HV insulator market by end use shares, transmission and distribution, $ 2015
  • Table 13: North American HV insulator market by end use, transmission and distribution, $ 2015
  • Table 14: European and CIS HV bushings market by end use shares, transmission & distribution, $ 2015
  • Table 15: Middle East and African HV insulator market by end use shares,
  • Table 16: Asia Pacific HV insulator market by end use shares, transmission and distribution, $ 2015
  • Table 17: Latin American HV insulator market by end use shares, 2015
  • Table 18: North American HV bushings market by country, nominal $, 2015 - 2020
  • Table 19: European and CIS HV bushings market by country, nominal $, 2015 - 2020
  • Table 20: Middle East and African HV bushings market by country, nominal $, 2015 - 2020
  • Table 21: Asia Pacific HV bushings market by country, nominal $, 2015 - 2020
  • Table 22: Latin American HV bushings market by country, nominal $, 2015 - 2020
  • Table 23: Global share of glass, ceramic and composite bushings.
  • Table 24: The structure of NCIs
  • Table 25: Advantages and disadvantages of composite versus porcelain insulators
  • Table 26: North American spacer and damper market by country, nominal $, 2015 - 2020
  • Table 27: European and CIS spacer and damper market by country, nominal $, 2015 - 2020
  • Table 28: Middle East and African spacer and damper market by country, nominal $, 2015 - 2020
  • Table 29: Asia Pacific spacer and damper market by country, nominal $, 2015 - 2020
  • Table 30: Latin American spacer and damper market by country, nominal $, 2015 - 2020
  • Table 31: Sales of NGK insulators
  • Table 32: Sales of Von Roll insulators
  • Table 33: Production of insulators by company
  • Table 34: Costs and mark-up from Bill of Materials to Capex
  • Table 35: Use of insulators, spacers and dampers by conductor configuration
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