2021年美國水電國際展覽會

HydroVision International

全球最大水電展

展會時間：2021年09月21-23日

• 舉辦周期：一年一屆

• 展會規模：15，000+㎡

媒體宣傳：www.world-fairs.org

• 舉辦展館：美國-俄勒岡州波特蘭會議中心

• 展會主辦方：Clarion Energy

  
  

因受新型冠狀病毒影響，原定于2021年06月15-17日舉辦的美國水電展現改期為2021年09月21-23日在美國-俄勒岡州波特蘭會議中心舉辦，特此通知，敬請諒解！

展會介紹

美國國際水電展Hydro Vision International是全球最大最專業的水電展會，由全球著名的美國PennWell集團主辦。該展是PennWell公司旗下Hydro Vision系列展覽會議的北美展。PennWell集團是全球領先的展覽會議主辦方及知名出版商，其旗下Hydro Vision系列展還有：Hydro Vision Europe歐洲展，Hydro Vision Russia俄羅斯展，Hydro Vision Brasil巴西展。Clsrion集團自成立以來，一直致力于為全球電力及能源供應商、服務提供商、專業人士、政府事業機構、大學研究院等各方，提供最為權威的行業數據，為其提供新產品發布、技術交流、信息服務場所和貿易交流平臺，為各國貿易企業深入開拓國際市場提供了最佳的貿易機會。2021年美國國際水電展將于6月15-17日在美國-明尼阿波利斯會議中心隆重開幕。截止2019年8月已經超過200+展商預定2021年展位，歡迎中國展商參觀和參展！與中展世貿一起去海外掘金吧！

上屆回顧

       2019美國國際水電展共有來自52個國家的近332名國際展商參展，880多種專業產品亮相，達7，000以上人次的專業觀眾參觀，60多場專業會議，400個專業演講嘉賓出席。絕大部分參展商都達到了很好的參展效果。92%的展商表示將參加2020年展會，91%的參展商表示現場獲得的意向客戶將會超出預期。99%的參觀者展會效果超出預期；98%的參觀者表示現場獲取的信息非常有價值；90%的參觀者表示會將展會推薦給同事。

參展商表示參展的目的：74%參展商想通過展會建立新的業務；49%提示市場知名度；43%產品和服務的營銷；39%鞏固現有業務；25%探查競爭對手的情況；24%發布新產品、新技術和新服務；8%聯絡當地代理。

Hydro Vision系列展會同期都會有專業的高端會議，研究和探討行業最新技術和產品，對行業未來的發展起到了推動的作用。此次展會及會議，為美國水電展奠定了其在全球水電部門的重要地位。

市場分析

美國聯邦能源委員會的研究認為，目前全美國還可以在5,677座水庫大壩上安裝水輪發電機組，其總容量可達30,000MW，其中57%容量的機組（17,052MW）可安裝在已建水庫大壩上，14%容量的機組（4,326MW）為擴機，只有8,000MW的機組容量需要通過新建工程來實現。

      目前，美國有331個無壩發電項目在規劃中，總裝機容量4370MW；已有407MW規模的工程開工建設，另外還有263MW的裝機規模已經獲得批準。由于美國2020年將有70%的水電站大壩服役超過50年，部分小型工程達不到功能要求而退役。因此，美國通過新增機組替補退役容量。2020年之前將新增1088.1MW的機組容量補償退役機組。圖8。2018年，美國計劃在現有無發電功能的水壩上新增水輪發電機組22臺，裝機255MW。有一座非常小的水電站，裝機只有0.8MW的機組退役。

       2021年，美國電力裝機計劃增長67598.2MW，總裝機達到1155859.7MW。期間，抽水蓄能保持不變，煤、油電裝機分別減少13246MW、315.9MW。其余電力品種均有不同程度地增加。燃氣發電裝機增加最大，為507046.4MW，風電增加18479.7MW，太陽能發電增加9101.5MW，核電增加2312.3MW。常規水電增加268.4MW，其他可再生能源增加合計891.7MW。各種能源電力增退容量年變化見圖9。

    美國電力發展的基本原則是：降煤、增氣，適度發展可再生能源。多種能源發電裝機均衡發展，沒有一枝獨大，也沒有大起大落，更沒有為了發展新能源替代別的高能量密度的電力品種。2017年和2021年各種用于發電的能源品種裝機.

往屆回顧

展出面積：150，000平方米

展商數量：300多家展商
觀眾數量：150，600人

展品范圍

1、水電站運營企業；

2、水電電力總承包工程：特級企業，一級企業，二級企業，三級企業；

3、送變電專業承包：一級企業，二級企業，三級企業；

4、水電發電設備：各類發電設備，風力發電設備，太陽能技術及設備，清潔可再生能源，電廠發電設備、原子核反應堆、鍋爐、、渦輪機、發動機、用電系統、蒸汽透平以及其它能源發電系統、泵、閥門、閥門執行器等；

5、電機和發電機：直流發電機、交流發電機、小于100KW的發電機、電動機、電動工具及其它電機和發電機等；

6、輸變電設備：變壓器、儀表互感器、電力變頻器、電力電容避雷器、接地電阻、電抗器、電爐和加熱設備、電焊機、絕緣器及其它輸變電設備、配電裝置和控制設備、開關裝置、高壓開關、高壓斷路器、低壓斷路器等設備制造等；

7、電站設備及產品：電力裝置、高壓開關、傳輸、配電網絡、變壓器、電流互感器、電壓互感器、電力電容器、高壓開柜、監控器、電機工程、電力供應和附件、電線電纜、絕緣材料、測量設備等。

聯系方式

  Clarion中國辦事處：

 中展世貿（北京）國際會展有限公司

 China Exhibition World Co.,Ltd

聯系人:呂遙，田英，巫玉華

電話：010-65920071               廈門辦事處：0592-3133736

傳真：010-52283937               郵箱：zizhen.liu@clarionevents.com  expo@world-fairs.org

QQ：2355473899                    網址：www.world-fairs.org

地址：北京市朝陽區西大望路34號合興商務樓426室

福建省廈門市湖里區高新技術園安嶺二路89號金鳳大廈8013室 (廈門辦事處)

部分市場信息

Hydro is largest source of renewable energy in 19 U.S. states

09/11/2018    

 By  Elizabeth Ingram   Managing Editor                

Hydroelectricity represented the largest share of electricity generation among renewable sources in 19 states in 2017, according to the U.S. Energy Information Administration.

By comparison, hydro was the largest renewable electricity source in 28 states in 2007. EIA says the drop in 2017 correlates with wind and solar becoming more common. Wind was the most prevalent renewable electricity generation source in 16 states in 2017 and solar was the most prevalent in seven states.

In addition, hydropower was the most prevalent of all electricity generation sources in six states in 2017. Washington had the largest hydroelectricity share in 2017, at 72% of the state’s total electricity generation. The other states were Oregon, Idaho, Vermont, South Dakota and Maine. Among all of the electricity generation sources, hydroelectricity is the only renewable source to be the most common among all sources in any state, EIA says.

However, wind was the second largest electricity generation source in six states. EIA says that as more wind turbines are constructed and come online, Kansas and Iowa may become the first states to have a renewable source other than hydroelectricity provide the largest share of their electricity generation.

Electricity generated from biomass had the second largest generation share in three states in 2017, and the share of electricity generate by biomass trails only hydro in Maine and Vermont, making them two of only three states where renewable fuels provided both of the top two generation shares. The third is South Dakota, where hydroelectricity and wind were the most prevalent sources.

Solar was the second largest generation source in only one state, Nevada. Solare generation’s share is highest in California, where it provided 16% of the state’s 2017 total.

For the U.S. as a whole, hydro was the highest renewable electricity generation source in 2017, providing 7% of the national total. However, EIA says that by 2019 wind is expected to surpass hydro, based on the latest forecasts in its Short-Term Energy Outlook.

Click here for more information on this analysis.

Last month, EIA reported that hydro had the highest average construction cost per kilowatt of any generating technology installed in 2016, more than double the next closest technology, which was solar.

U.S. utilities preparing dams, hydro plants for Hurricane Florence

09/12/2018    

By  Elizabeth Ingram     Managing Editor                

Multiple utilities in the Carolinas have released updates regarding preparedness of their dams and hydro plants in anticipation of Hurricane Florence in the U.S., which is being called a monster.

The National Hurricane Center of the National Oceanic and Atmospheric Administration says the storm is expected to “bring life-threatening storm surge and rainfall to portions of the Carolinas and mid-Atlantic states.” As of 8 am eastern time on Wednesday, Sept. 12, the center said the storm was moving WNW at 17 mph. It may bring more than 20 inches of rainfall to some areas.

Several hydro plant owners have announced work to prepare for the hurricane, with Duke Energy drawing down the reservoirs behind some of its dams.

The U.S. Army Corps of Engineers is posting updates on its Twitter account @USACEHQ. The Corps says: “Dams reduce the risk of downstream flooding, but do not eliminate it. Risk remains from potential massive rainfall & flooding downstream from other drainage areas not associated with the dams. USACE is also coordinating with @ArmyIMCOM for impacts to installation dams.” Additionally, the Corps is actively monitoring and managing dams in the path of Florence to make as much water storage available as possible and will continue to monitor and manage these dams throughout the event.

The South Carolina Department of Health and Environmental Control is urging local pond and dam owners to lower their water levels. “Owners of reservoirs with functional gates or flashboards should consider operating them to provide additional storage for the anticipate rainfall,” said Jill Stewart, director of the department’s dam safety and stormwater permitting division.

On Sept. 11, senior officials from the U.S. Department of Energy and Department of Homeland Security joined a call with the chief executive officers of electric companies in the path of Hurricane Florence to discuss the mutual assistance preparation and staging activities under way, according to a press release from the Edison Electric Institute.

As is the case with most severe storm events, the bulk of the work to mitigate damage is likely to occur after the storm has abated. Valuable lessons have been learned from past incidents. However, in general, hydropower facilities and dams have proven resilient to hurricanes and tropical storms.