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巴西將在其巴塔利亞水電站大壩上安裝浮動太陽能光伏發電設備，Brazil to host floating solar PV at its Batalha hyd
巴西將在其巴塔利亞水電站大壩上安裝浮動太陽能光伏發電設備
Brazil to host floating solar PV at its Batalha hydropower dam
國際工程公司Tractebel打算在巴西國營電力集團Furnas Centrais Elétricas擁有的52.2兆瓦Batalha水電站修建三座30兆瓦容量的浮動太陽能光伏電站。為中央熔爐項目實施這一復雜的可再生能源項目，Tractebel將為Batalha光伏發電廠I、II和III的實施開發基礎項目。目標是達到30兆瓦的總裝機功率。這將實現約90900光伏組件漂浮在水庫。為達到目標所需的光伏組件的平衡將在地面上開發，利用巴塔利亞水電站曾經的施工現場，所產生的能源將足以滿足近3萬戶家庭每月的能源需求。
據拉丁美洲Tractebel能源產品線的負責人Maria Guilhermina Drummond說，浮式光伏太陽能電站的好處是多方面的。她解釋說：“這種類型的裝置在捕捉太陽能方面提供了一種效率增益，因為由于它們靠近水，因此模塊保持清潔和涼爽，這是獲得優異性能的一個重要因素”。
浮動太陽能和陸基補充能源組合可再生能源事業部經理法比安費雷昂（Fabiane Ferr?o）表示：“安裝在水力發電廠未使用的蓄水池上用于太陽能發電的浮動模塊是實現零碳未來的明智策略”。
“這一非常規項目標志著我們在巴西復雜可再生能源利基市場的努力開始，補充和增加了自2015年以來，特雷澤貝爾在其他國家獲得的浮動太陽能經驗” 。 設計方表示：“為達到目標所需的光伏組件的平衡肯定會建立在地面上，利用巴塔利亞水電站建設和施工現場的優勢。”。
Tractebel可再生能源設備的主管Fabiane Ferro聲稱，在額外的水電站儲槽上安裝漂移部件是減少碳排放的“明智”方法。
巴塔利亞水電站位于巴西主要戈亞斯州的圣馬科斯河上。
巴西在巴伊亞州索布拉迪尼奧的索布拉迪尼奧大壩（位于索布拉迪尼奧的舊金山河上的一個175兆瓦的水力發電中心）還擁有一座1兆瓦的漂移太陽能電站。浮動太陽能光伏發電在巴西有好處，因為組件和浮動框架的放置可能有助于減少目前測試的儲水箱的損耗，同時在干旱時期增加電能供應。
全球電力展會：http://www.world-fairs.org/list-dianlizhan.html
全球能源展：http://www.world-fairs.org/list-xinnengyuan-1.html
原文：
International engineering company Tractebel intends to construct three floating solar PV plants with 30MW of capability at the 52.2MW Batalha hydropower dam, which is owned by Brazil’s state-run power group, Furnas Centrais Elétricas.
Carrying out this complex renewable energy project for Furnas Centrais Elétricas, Tractebel will develop the basic project for the implementation of Batalha Photovoltaic Plants I, II and III.
The objective is to reach a total installed power of 30MW. This will be achieved with about 90,900 photovoltaic modules floated on the reservoir.
The balance of the photovoltaic modules needed to meet the target will be developed on the ground, making use of what was once the construction site of Batalha hydropower plant.
The energy generated will be sufficient to meet the monthly energy needs of close to 30,000 homes.
According to Maria Guilhermina Drummond, superintendent of the Tractebel Energy Product Line in Latin America, the benefits of a floating photovoltaic solar plant are numerous.
"This type of installation offers an efficiency gain in capturing solar energy, since, as they are close to the water, the modules remain cleaner and cooler, an essential factor for superior performance," she explains.
Floating solar and land-based complement the energy mix
“Floating modules installed on the otherwise unused reservoir of hydroelectric power plants for the generation of solar energy is a smart strategy when aiming for a zero-carbon future,” states Fabiane Ferr?o, manager of the renewable business unit.
“This unconventional project marks the beginning of our efforts in the niche of Complex Renewables in Brazil, complementing and adding to the floating solar experience Tractebel has been gaining in other countries since 2015.”
"The equilibrium of photovoltaic components required to satisfy the target will certainly be established on the ground, taking advantage of what was as soon as the building and construction site of Batalha Hydro," the design provider stated.
Drifting components on extra hydroelectric storage tanks is a "wise" means to decrease carbon exhausts, claimed Fabiane Ferrao, the supervisor of Tractebel's renewables device.
The Batalha hydropower plant lies on the S?o Marcos River, in the main Brazilian state of Goiás.
Brazil host an additional 1MW drifting solar plant at the Sobradinho dam, a 175MW hydroelectric centre on the Sao Francisco River in Sobradinho, in the state of Bahia.
Floating solar PV offers a benefit in Brazil, as the components as well as placement of drifting frameworks might aid to decrease dissipation from currently tested water storage tanks, while boosting electrical energy supply in times of dry spells.
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