zondag 17 mei 2026

France’s Ocean Innovation: The World’s First Tidal Lagoon Power Plant

 


France’s Ocean Innovation: The World’s First Tidal Lagoon Power Plant
France has taken a bold step toward a cleaner future by activating the world’s first tidal lagoon power plant — a revolutionary system that generates electricity without any turbines in the sea.
⚙️ How It Works This lagoon-based technology harnesses the natural rise and fall of ocean tides, converting water movement and pressure differences into renewable energy. By eliminating underwater turbines, it drastically reduces harm to marine life and preserves coastal ecosystems.
🌕 Predictable Power from Nature Unlike solar or wind, tidal energy is highly predictable, following the gravitational rhythm of the Moon and Sun. This reliability makes it a powerful complement to other renewable sources, ensuring steady electricity generation even when the weather changes.
🇫🇷 France’s Legacy of Marine Energy France has long led the way in ocean power — from the historic Rance Tidal Power Station, one of the world’s oldest tidal plants, to this new lagoon innovation. Together, they showcase France’s commitment to sustainable engineering and environmental stewardship.
💡 A Vision for the Future Though tidal infrastructure demands high investment and precise coastal conditions, its long-term potential for clean, stable, and renewable power is immense. France’s lagoon project stands as a model for how nations can balance technology, ecology, and energy independence.
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Canada has opened a 465-megawatt solar farm on reclaimed Alberta oil sands mining land.

 


Canada has opened a 465-megawatt solar farm on reclaimed Alberta oil sands mining land.
The Alberta Prairie Solar Farm covers 2,000 hectares of former mining terrain with bifacial silicon panels on single-axis tracking systems. Native prairie grass species established beneath the panel arrays complete environmental restoration obligations of the former oil sands operator while controlling wind erosion across the previously degraded surface. Snow-reflective bifacial rear surfaces boost winter energy production by 15 percent, partially compensating for Alberta's shorter winter daylight at 57 degrees north latitude.
The bifacial tracking system achieves 28 percent capacity factor despite Alberta's northern latitude because Canada's clear continental atmosphere provides high direct normal irradiance and cold temperatures improve photovoltaic efficiency by 12 percent compared to equivalent panels in hot desert conditions.
The farm produces 1,140 gigawatt-hours annually, powering 110,000 Alberta homes while completing land restoration previously projected to cost 1.2 billion Canadian dollars using conventional remediation alone. Alberta has identified 85,000 additional hectares of reclaimed oil sands land eligible for solar development representing 20 gigawatts of clean energy potential.
Source: Capital Power Corporation Canada, Alberta Utilities Commission, Energy Policy Journal, 2025
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The future of heavy machinery is undergoing a profound transformation as JCB has officially received regulatory approval for its hydrogen-powered engine, permitting the technology to be commercialized and utilized publicly.

 


The future of heavy machinery is undergoing a profound transformation as JCB has officially received regulatory approval for its hydrogen-powered engine, permitting the technology to be commercialized and utilized publicly. This milestone represents a monumental advancement for the global construction sector, which has historically relied almost exclusively on carbon-intensive diesel fuel. By introducing a viable, zero-emission alternative for heavy-duty applications, this breakthrough could drastically curb industrial pollution and reshape environmental standards for construction sites worldwide.
Unlike battery-electric systems that require hours of downtime to recharge, hydrogen engines can be refueled in a matter of minutes, maintaining the high operational efficiency required for demanding industrial schedules. For workers in construction, agriculture, and heavy manufacturing, this technology offers a seamless transition to sustainability without forcing companies to overhaul their daily workflows or sacrifice machine power. Because construction vehicles account for a massive portion of global fuel consumption, this rapid-fueling alternative provides a highly practical strategy for companies striving to meet strict carbon-reduction targets without slowing down critical infrastructure projects.
JCB's regulatory approval signals that hydrogen technology is officially moving past the experimental phase and establishing itself as a real-world industrial solution. This achievement mirrors a broader global race across the transportation and engineering sectors to develop heavy machinery, freight trucks, and aircraft concepts that are both immensely powerful and environmentally responsible. While running giant excavators and cranes on hydrogen once sounded like distant science fiction, its transition into active commercial use proves just how quickly modern engineering is evolving to protect the planet.
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UK has deployed the first Rolls-Royce Small Modular Reactor at Wylfa delivering 470 megawatts from a factory-built unit.

 


UK has deployed the first Rolls-Royce Small Modular Reactor at Wylfa delivering 470 megawatts from a factory-built unit.
The Rolls-Royce SMR uses a pressurised water reactor scaled to 470 megawatts — small enough for all major components to be manufactured in standard factories and shipped by barge to coastal deployment sites. Factory manufacture under controlled quality conditions eliminates the on-site welding and concrete defects that caused decade-long delays and enormous cost overruns at conventionally constructed nuclear stations like Hinkley Point C.
The modular approach enables serial production with each successive unit benefiting from manufacturing learning curve cost reductions. The second SMR is projected to cost 15 percent less than the first, and the tenth 40 percent less — establishing a technology learning trajectory analogous to the dramatic cost reductions seen in solar and wind manufacturing over the past two decades.
The Wylfa SMR delivers electricity at 60 pounds per megawatt-hour, competitive with offshore wind. The UK government has approved 16 additional Rolls-Royce SMRs at eight existing nuclear sites through 2040, providing 7.5 gigawatts of firm nuclear baseload to anchor Britain's 2035 clean electricity grid.
Source: Rolls-Royce SMR UK, UK Nuclear Decommissioning Authority, Nature Energy, 2025
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The Al Shuaibah solar complex, located in the Makkah region of western Saudi Arabia, will cover 200 square kilometres of desert with 4.1 gigawatts of photovoltaic capacity — making it the single largest solar power plant ever constructed on Earth when fully operational in 2025.

 


Saudi Arabia is building the largest solar project in human history — right in the middle of the desert.
The Al Shuaibah solar complex, located in the Makkah region of western Saudi Arabia, will cover 200 square kilometres of desert with 4.1 gigawatts of photovoltaic capacity — making it the single largest solar power plant ever constructed on Earth when fully operational in 2025.
Saudi Arabia receives among the highest solar irradiance on the planet. The Rub' al Khali desert, where most of the Kingdom's solar development is concentrated, averages 2,400 kilowatt-hours of solar energy per square metre annually — nearly double the solar resource available in Germany, currently one of the world's largest solar markets.
The economics are transformative. Saudi Arabia's new solar plants are generating electricity at a levelised cost of $0.0104 per kilowatt-hour — the lowest price ever recorded for electricity generated from any source, anywhere in the world. That is one cent per kilowatt-hour.
The Kingdom's Vision 2030 energy plan targets 50% renewable electricity by 2030, requiring 130 gigawatts of solar and wind capacity. Al Shuaibah is the flagship — but 34 additional projects are already in procurement across the Kingdom.
Saudi Arabia sold the world its oil for a century. Now it is preparing to sell it something far more powerful — its sun.
Saudi Vision 2030 Energy Programme Report (2024)
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zaterdag 16 mei 2026

South Korea has released the first commercial solid-state EV batteries delivering 1,000-kilometre range and 80 percent recharge in 10 minutes.

 


South Korea has released the first commercial solid-state EV batteries delivering 1,000-kilometre range and 80 percent recharge in 10 minutes.
Samsung SDI Solid-X cells replace liquid electrolyte with a solid lithium-ceramic composite that eliminates the flammability causing thermal runaway fires in conventional batteries. Energy density reaches 500 watt-hours per kilogram — more than double current best liquid electrolyte EV batteries — enabling full-size electric SUV range of 1,000 kilometres in a battery pack weighing 40 percent less than equivalent liquid-electrolyte systems at the same range.
The solid ceramic electrolyte prevents the lithium dendrite growth that causes premature capacity fade in liquid systems. Cycle life exceeds 1,500 full charge-discharge cycles before reaching 80 percent capacity retention, compared to 800 to 1,000 cycles for premium lithium-ion batteries — significantly reducing lifetime battery replacement costs for electric vehicle owners.
The 10-minute 80 percent recharge matches petrol station refuelling time for the first time, eliminating the primary remaining adoption barrier for electric vehicles beyond purchase price. Samsung SDI has contracted Solid-X supply to Hyundai, BMW, and Stellantis with production targeting 2 million cells monthly by end of 2026.
Source: Samsung SDI South Korea, Korea Institute of Science and Technology, Nature Energy, 2025
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BỘ CÔNG AN KHỞI TỐ CA SĨ BOLERO QUANG LẬP chủ Kênh "Tiếng Hát Để Đời"

 


BỘ CÔNG AN KHỞI TỐ CA SĨ BOLERO QUANG LẬP
Ca sĩ Quang Lập, tên thật là Diệp Văn Lập, chủ Trung tâm Giọng ca để đời, bị Cơ quan Cảnh sát điều tra Bộ Công an khởi tố hình sự hôm 16/5 với cáo buộc xâm phạm quyền tác giả.
Tên tuổi của Quang Lập gắn liền hàng loạt ca khúc bolero, được phát trên kênh Giọng ca để đời như Đắp mộ cuộc tình, Về đâu mái tóc người thương, Sầu tím thiệp hồng, Lại nhớ người yêu, Thành phố buồn, Nhật ký đời tôi…
Kênh YouTube của ca sĩ này, gồm Giọng ca để đời, và Quang Lập Official, đã thu hút hàng triệu lượt theo dõi.
Đặc biệt, ca khúc Đắp mộ cuộc tình trên kênh Giọng ca để đời đã thu hút hơn 236 triệu lượt view kể từ khi được đăng tải vào năm 2017.
Cùng bị khởi tố với ca sĩ Quang Lập là năm chủ doanh nghiệp khác, trong đó có các ông như Nguyễn Hải Bình - Tổng giám đốc Công ty BH Media, Võ Văn Nam - Giám đốc Công ty TNHH Lululola Entertainment, Võ Hoàng Việt và Nguyễn Trung Trường Huy của Công ty TNHH Mây Sài Gòn…
Cơ quan Cảnh sát điều tra Bộ Công an cho hay đang mở rộng điều tra để làm rõ hành vi phạm tội của những chủ doanh nghiệp nêu trên, nhằm “thu hồi triệt để tài sản”.
Động thái này là một trong những diễn biến mới nhất của cơ quan thực thi pháp luật thực hiện chỉ đạo của Thủ tướng Lê Minh Hưng về chiến dịch cao điểm chống lại việc vi phạm bản quyền, xâm phạm sở hữu trí tuệ.
Việt Nam, vào cuối tháng 4 năm nay, đã được Mỹ liệt vào danh sách quốc gia vi phạm sở hữu trí tuệ ở mức cao nhất – Quốc gia nước ngoài ưu tiên – và có khả năng sẽ bị đưa vào diện điều tra thương mại để áp các mức thuế mới.
📸 FB Quang Lập
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