能源
wind power,
photovoltaic power,
核電
沙漠地下電廠 中國
山洞中 中國 華為
海中 / 挪威，新加坡
挪威在永續技術方面邁出了重要一步，啟動了一個突破性的浮動資料中心，該中心利用海浪的能量運作。這座創新設施不僅利用波浪運動產生自身能量，還利用周圍的海水自然冷卻伺服器，顯著降低了能耗和碳排放。
該浮動資料中心旨在滿足全球日益增長的資料處理需求，同時最大限度地減少環境影響。透過利用再生海洋能源並消除對傳統冷卻系統的需求，它為陸基資料中心提供了一種經濟高效且環保的替代方案。
專家認為，該計畫可能為綠色基礎設施樹立新的標準，激勵其他國家探索將再生能源與先進技術結合的類似解決方案。如果廣泛採用，此類中心將徹底改變資料產業，使其更具永續性，並減少對化石燃料的依賴。
#waveenergy #oceanpower #floatingdatacenter #datacenter #sustainabletech #greeninfrastructure #cleanenergy #marinetechnology #oceanpowered #selfcooling #seacooling #norway #bergen #marineinnovation #sustainability #renewableenergy #ecoenggitering #anen #marineinnovation #sustainability #renewableenergy #ecoenggitering #fortechforan #sustain"vvol #futuretech #blueeconomy #offshoretech #remoteoperations #modulartech #silentservers #resilienttech
Norway has taken a major step toward sustainable technology by launching a groundbreaking floating data centre that operates using the power of ocean waves. This innovative facility not only generates its own energy from wave motion but also uses the surrounding seawater to naturally cool its servers, significantly reducing energy consumption and carbon emissions.
The floating data centre is designed to handle the growing global demand for data processing while minimising environmental impact. By harnessing renewable marine energy and eliminating the need for traditional cooling systems, it offers a cost-effective and eco-friendly alternative to land-based centres.
Experts believe this project could set a new standard for green infrastructure, inspiring other countries to explore similar solutions that blend renewable energy with advanced technology. If widely adopted, such centres could transform the data industry, making it more sustainable and less dependent on fossil fuels.
#waveenergy #oceanpower #floatingdatacenter #datacenter #sustainabletech #greeninfrastructure #cleanenergy #marinetechnology #oceanpowered #selfcooling #seacooling #norway #bergen #marineinnovation #sustainability #renewableenergy #ecoengineering #techforgood #digitalinfrastructure #climateaction #datacooling #hydrotech #lowcarbon #futuretech #blueeconomy #offshoretech #remoteoperations #modulartech #silentservers #resilienttech
水/河邊/
以Meta公司德州2資料中心為例
AI 概覽
Meta 在德州擁有兩個主要資料中心：一個位於沃斯堡，另一個位於坦普爾。沃斯堡資料中心是一個大型、分階段建設的項目，始於 2015 年；而坦普爾資料中心則是一個先進、可擴展且節能的資料中心，是 Meta 全球網路的一部分，為 Facebook、Instagram 和 WhatsApp 等服務提供支援。這兩個數據中心都優先考慮永續發展和再生能源計劃。
Meta 的德州資料中心：
沃斯堡資料中心：
該資料中心位於佔地 170 英畝的園區內，是由 DPR Construction 開發的一項重要的分階段建設項目。它佔地超過 250 萬平方英尺，跨越多棟建築。
坦普爾資料中心：
該資料中心旨在實現高可擴展性、安全性和能源效率，並配備先進的冷卻系統和太陽能電池板等再生能源解決方案。它是 Meta 全球網路的重要組成部分。根據 liveworktemple.com 報道，Meta 公司在 Temple 資料中心投資超過 8 億美元，該資料中心佔地 393 英畝，總建築面積約 90 萬平方英尺。
再生能源：
Meta 致力於支援兩個資料中心的再生能源計劃，包括太陽能和其他永續能源解決方案。他們的目標是使其資料中心的電力消耗 100% 達到再生能源的水平。
經濟影響：
Meta 在德州的投資正在創造就業機會，支持當地社區，並推動週邊地區的經濟發展。
用水量：
Meta 承認資料中心（尤其是支援人工智慧的資料中心）的用水量龐大，並積極進行水資源保護和復原工作。據 Meta 資料中心稱，Meta 的目標是到 2030 年實現水資源節約，恢復的水量超過其消耗量。
WWWWWW
AI Overview
The location "northeast Louisiana, near the tiny town of Holly Ridge in Richland Parish" is the site of a significant technology investment, specifically Meta's $10 billion Hyperion Campus data center, which is under development on a 2,250-acre site. The area is also home to the Holly Ridge Solar project, a large-scale solar farm with a battery energy storage component, developed by a subsidiary of NextEra Energy Resources.
Meta 斥資 100 億美元建設的資料中心在路易斯安那州引發爭議
Meta 剛剛獲批，將為其在路易斯安那州規模最大的資料中心新建 3 座天然氣發電廠 ⚡。這些發電廠將共同發電 2.25 吉瓦，隨著 AI 的擴張，該資料中心最終將需要 5 吉瓦的電力。
🌍 此舉引發爭議：
1. 批評人士稱，納稅人可能要承擔長期成本。
2. 一條耗資 5.5 億美元的輸電線路將由當地居民出資興建。
3. 環保人士警告稱，這可能會威脅 Meta 2030 年的淨零排放承諾。
Meta 也正在投資太陽能專案併購買再生能源。
Location within the U.S. state of Louisiana
Louisiana's location within the U.S.
AI Overview
Meta has two major data center locations in Texas: one in Fort Worth and another in Temple. The Fort Worth facility is a large, multi-phase project that began in 2015, while the Temple facility, a state-of-the-art, scalable, and energy-efficient center, is part of Meta's global network supporting services like Facebook, Instagram, and WhatsApp. Both facilities prioritize sustainability and renewable energy initiatives.
Meta's Texas Data Centers:
Fort Worth Data Center:
Located on a 170-acre campus, this facility is a significant multi-phase construction project developed by DPR Construction. It spans over 2.5 million square feet across multiple buildings.
Temple Data Center:
This facility is designed for high scalability, security, and energy efficiency, featuring advanced cooling systems and renewable energy solutions like solar panels. It's a critical part of Meta's global network. Meta invested over $800 million in the Temple data center, according to liveworktemple.com, which will span 393 acres and total approximately 900,000 square feet.
Renewable Energy:
Meta is committed to supporting renewable energy initiatives at both data centers, including solar power and other sustainable energy solutions. They aim to match their data centers' electricity usage with 100% renewable energy.
Economic Impact:
Meta's investments in Texas are creating jobs, supporting local communities, and driving economic development in the surrounding regions.
Water Usage:
Meta acknowledges the significant water consumption of data centers, especially those powering AI, and is actively working on water conservation and restoration efforts. Meta's goal is to be water positive by 2030, restoring more water than they consume, according to Meta Data Centers.
地球的一大勝利！ 5月13日，丹麥啟用了全球首家商業規模的電甲醇工廠，標誌著其向零排放航運邁出了一大步。
這種由再生電力、二氧化碳和氫氣製成的綠色燃料將為馬士基的貨櫃船隊提供動力，幫助減少地球上污染最嚴重的行業之一的碳排放。
為什麼這會改變產業格局？電甲醇燃燒比傳統燃料更清潔，無需更換引擎即可取代化石燃料，有助於全球航運巨頭更順利地實現轉型。
鑑於全球超過3%的二氧化碳排放來自貨船，丹麥的創新可能會改變海上運輸的未來。
這並非科幻小說，而是正在發生的現實。
Big win for the planet! On May 13, Denmark opened the world’s first commercial-scale e-methanol plant — marking a massive leap toward zero-emission shipping.
This green fuel, made from renewable electricity, CO₂, and hydrogen, will power Maersk’s fleet of container ships, helping slash carbon emissions from one of the most polluting industries on Earth.
Why is this a game changer? E-methanol burns cleaner than traditional fuels and can replace fossil-based marine fuel without changing engines — making the transition smoother for global shipping giants.
With over 3% of global CO₂ emissions coming from cargo ships, Denmark’s innovation could transform the future of maritime transport.
This isn’t science fiction — it’s happening right now.
僅用110天，中國就完成了世界最寬水下公路隧道的建設，這項非凡壯舉令全球基礎設施專家讚歎不已。這條位於濟南黃河地下的雙層隧道全長3.3公里（2英里），直徑達創紀錄的17公尺（55.8英尺），可容納六條全向車道。該項目採用了世界最大的隧道掘進機「山河號」，以每日18公尺的掘進速度打破了紀錄。這條隧道不僅是濟南兩個快速發展的地區的連接，更標誌著高速、高精度巨型工程新時代的到來。預計2025年竣工，它將再次證明中國在大型工程領域無與倫比的實力，並讓人們一窺城市交通的未來。
In a span of just 110 days, China has achieved the remarkable feat of constructing the world's broadest underwater roadway tunnel, leaving global infrastructure specialists in awe. This double-decker tunnel, stretching 3.3 kilometers (2 miles) under the Yellow River in Jinan, boasts a record-setting diameter of 17 meters (55.8 feet), providing space for six full traffic lanes.
The project, which utilized the world's largest tunnel boring machine, "Shanhe," broke speed records by progressing up to 18 meters daily. This tunnel serves not only as a link between two rapidly expanding districts in Jinan, but also signifies the dawn of a new age in high-speed, high-accuracy mega construction. Expected to be completed in 2025, it stands as a testament to China's unparalleled proficiency in large-scale engineering, offering a sneak peek into the future of urban transportation.
In a span of just 110 days, China has achieved the remarkable feat of constructing the world's broadest underwater roadway tunnel, leaving global infrastructure specialists in awe. This double-decker tunnel, stretching 3.3 kilometers (2 miles) under the Yellow River in Jinan, boasts a record-setting diameter of 17 meters (55.8 feet), providing space for six full traffic lanes.
The project, which utilized the world's largest tunnel boring machine, "Shanhe," broke speed records by progressing up to 18 meters daily. This tunnel serves not only as a link between two rapidly expanding districts in Jinan, but also signifies the dawn of a new age in high-speed, high-accuracy mega construction. Expected to be completed in 2025, it stands as a testament to China's unparalleled proficiency in large-scale engineering, offering a sneak peek into the future of urban transportation.
地球的一大勝利！ 5月13日，丹麥啟用了全球首家商業規模的電甲醇工廠，標誌著其向零排放航運邁出了一大步。
這種由再生電力、二氧化碳和氫氣製成的綠色燃料將為馬士基的貨櫃船隊提供動力，幫助減少地球上污染最嚴重的行業之一的碳排放。
為什麼這會改變產業格局？電甲醇燃燒比傳統燃料更清潔，無需更換引擎即可取代化石燃料，有助於全球航運巨頭更順利地實現轉型。
鑑於全球超過3%的二氧化碳排放來自貨船，丹麥的創新可能會改變海上運輸的未來。
這並非科幻小說，而是正在發生的現實。
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