Cover Image
市場調查報告書

全球水力發電產業:過去、現在、未來的發電統計 2025年

The Global Hydro Industry Historical, Present and Future Generation Statistics to 2025

出版商 NRG Expert 商品編碼 328093
出版日期 內容資訊 英文
訂單完成後即時交付
價格
Back to Top
全球水力發電產業:過去、現在、未來的發電統計 2025年 The Global Hydro Industry Historical, Present and Future Generation Statistics to 2025
出版日期: 2015年04月10日 內容資訊: 英文
簡介

在全球水力發電產業中,亞太地區尤其是成長顯著的廠房經濟的中國與印度預計最有成長。還有南美也預計成長。去年的裝置容量前4名國家,為中國、美國、巴西,及加拿大。中國及巴西持續開發大型工廠,不過,加拿大及美國致力於增強發電量,包含小規模及流入式計劃。

本報告提供全球水力發電產業的相關調查、水力發電的歷史、各發電技術,及對環境的影響等分析。

第1章 摘要整理

第2章 水力發電容量

第3章 水力發電的歷史

  • 美國的大型水庫的時代
  • 小型水力發電 (SHP)
    • 歐洲的SHP的開發
    • 中國的SHP的開發

第4章 技術背景

  • 水力發電的種類
    • 蓄水式水力發電
    • 流入式計劃
    • 微水力發電
    • 分水式水力發電
    • 抽蓄水力系統
    • 水頭
    • 壽命
    • 渦輪機技術:小型、中型、大型水力發電廠用
  • 新的創新

第5章 水力發電的基本負載、中間負載、尖峰負載

  • 需求的變化
  • 供給的安全

第6章 環境問題

  • 世界銀行的檢討
  • 水庫、水力發電廠對環境的影響
  • 溫室效應氣體、沼氣
  • 環境惡化範例
    • 小規模水力發電
    • 地震

第7章 來源

第8章 附錄1:電力的計算

目錄
Product Code: NRGHR2

Following years of stagnation and bad press, hydro power is experiencing resurgence. Technologies with a lower environmental impact such as run-of-river, small hydro and low head turbines are proving to be extremely popular to both appease critics of hydro and meet energy needs. So much so that in the USA, the regulator of hydro projects, the FERC, has signed memorandum of understandings with five states to streamline the licensing of small projects.

There has been an increase in pumped storage projects as a standalone option and retrofitted on to existing hydro power assets. As pumped storage is the most mature technology to store electricity generated from intermittent renewables such as wind and solar and then release it to meet peak demand. A large number of such projects are planned or under construction in the USA, China and Europe, which have a significant number of solar and wind projects installed or in the pipeline.

As in previous years, the top four countries in terms of installed capacity are China, the USA, Brazil and Canada. While China and Brazil are still developing mega plant, both Canada and the USA are focussing more on uprating, smaller scale and run-of-river projects. The most interesting is the Niagara tunnel, a giant tunnel to redirect water flow to increase electricity generation at the Sir Adam Beck Generating Stations, increasing electricity generation at the plants.

Worldwide there is a growing trend to plan hydro projects that meet both local demand and the export market. The main barrier to getting these and other projects off the ground is poor access to finance. Several Chinese banks are offering financing for both domestic and international projects, especially in Africa.

Usually these projects use Chinese companies such as Sinohydro, which constructs hydro projects, and Dong fang, a manufacturer of hydro turbines. Despite this competition, Alston Power, Andritz and Voith Hydro remain as the main manufacturers of hydro turbines. Collectively these companies hold 80% of the total market share and are horizontally integrated across the sector. All offer products and services for the lifetime of the plant and have moved into the tidal or ocean energy market. However, NRG EXPERT expects growing competition following the announcement that the Japanese companies, Hitachi, Mitsubishi Electric and Mitsubishi Heavy Industries, are planning to consolidate their operations into one business.

Innovation in the sector has been lacking and has mainly been in the use of computation for monitor-ing, diagnosis and control of plants. ABB is one of the main companies producing these products, especially for hydro plants in Europe.

More environmentally friendly hydro products are likely to enter the market in the future as the environmental impact of projects along with local opposition from tribal groups are significant barriers to the development of projects. In China many hydro projects are on hold pending environmental review. In North America hydro projects in tribal lands need the consent of the local community to go ahead. Not to mention projects in the Amazon basin can involve the relocation of tribal communities.

Highlights

Over the mid-term NRG EXPERT expects considerable growth in new hydro capacity. Most growth is expected in the Asia Pacific region, especially in the growing economic power houses of China and India. Along with neighbouring countries which export excess electricity over their borders. Significant growth is also expected in Latin America.

In the developed world pumped storage is going to keep a pace with growth of intermittent renewable capacity. Small hydro is likely to continue to grow in Europe due to generous feed-in tariffs. Canada and he USA are likely to continue uprating existing facilities. Large projects may be fewer and far between, especially projects with limited storage capacity. As their output is highly dependent upon rainfall, and future rainfall patterns are very hard to predict, and how they might be affected by climate change.

Table of Contents

1.Executive Summary

  • The contribution of hydro power to primary energy supply.
  • The importance of hydro power to electricity generation
  • Hydroelectric resources

2.Hydro electricity generating capacity

3.History of hydro power

  • The Big Dam period in the USA
  • Small Hydropower (SHP)
    • Development of SHP in Europe
    • Development of SHP in China

4.Technical Background

  • Types of hydropower
    • Impoundment hydropower
    • Run-of-river projects
    • Micro hydropower Projects
    • Diversion Hydropower
    • Pumped storage
    • Head
    • Life expectancy
    • Turbine technologies for small-, mid- and large-scale hydro plants
  • New innovations

5.Base Load, Intermediate and Peak Load with Hydropower

  • Variations of demand
  • Security of supply

6.Environmental concerns

  • World Bank review
  • Environmental impacts of dams and hydro plants
    • 1.Upstream of the dam, the imposition of a reservoir in place of a river valley.
    • 2.Changes in downstream morphology of riverbeds and banks, delta, estuary and coastlinedue to altered sediment load.
    • 3.Changes in downstream water quality: effects on river temperature, nutrient load, turbidity,dissolved gases, concentration of heavy metals and minerals.
    • 4.Reduction of biodiversity due to blocking of movement of organisms and because ofchanges 1, 2 and 3 above
  • Greenhouse gases and methane
  • Examples of environmental degradation
    • Small hydro power
    • Earthquakes

7. Sources

8. Appendix 1 - The computation of power

Back to Top