♻️❓ #113 What if plastic waste could quietly become part of our energy resilience? 如果塑料废弃物，能够悄然成为能源韧性的一部分，会怎样？
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♻️❓ #113 What if plastic waste could quietly become part of our energy resilience? 如果塑料废弃物，能够悄然成为能源韧性的一部分，会怎样？

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♻️❓ #113 What if plastic waste could quietly become part of our energy resilience? 如果塑料废弃物，能够悄然成为能源韧性的一部分，会怎样？ In many island and coastal communities, plastic pollution and power disruptions are treated as separate problems.They’re not. In places like Bali and across parts of Indonesia, plastic waste accumulates rapidly; driven by tourism, seasonal currents, and limited downstream treatment. At…

#70⚡ China’s “artificial sun” may come online by 2027, ⚡ 中国的“人造太阳”有望在 2027 年投入使用
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#70⚡ China’s “artificial sun” may come online by 2027, ⚡ 中国的“人造太阳”有望在 2027 年投入使用

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#70⚡ China’s “artificial sun” may come online by 2027, ⚡ 中国的“人造太阳”有望在 2027 年投入使用, producing 2 kilowatts of energy from just 1 kilowatt of input. Imagine containing a volcano running at 100 million °C, held steady by magnetic fields, racing ahead of the world. 中文版在英文刊文下方 If energy soon becomes abundant and affordable, the real question is…

🧾 Who Owns Our Utilities? It’s Time to Take Back Temasek – Newsletter #29🧾 谁真正拥有我们的基本服务？是时候收回淡马锡了 – 刊文 #29
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🧾 Who Owns Our Utilities? It’s Time to Take Back Temasek – Newsletter #29🧾 谁真正拥有我们的基本服务？是时候收回淡马锡了 – 刊文 #29

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🔹 Introduction 引言：我们正在为谁买单？ Singaporeans are now paying more for water, electricity, and gas than ever before. Yet SP Group—formerly Singapore Power—is reporting over S$1 billion in profit annually, despite being the monopoly provider of our essential utilities. The public might assume this money goes back to society. But does it? 新加坡人正为水、电、燃气支付历史最高费用。与此同时，前“新加坡电力公司”——现今的 SP Group（新加坡能源集团） 每年仍然坐拥超过 10亿新元利润。…

Concrete Batteries: A Subsea Solution for Renewable Energy Storage – Newsletter #28
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Concrete Batteries: A Subsea Solution for Renewable Energy Storage – Newsletter #28

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🔋🔌 Concrete Batteries: A Subsea Solution for Renewable Energy Storage As the world accelerates toward renewable energy adoption, efficient and scalable storage solutions become paramount. Traditional methods like lithium-ion batteries and pumped hydro storage have limitations in cost, scalability, and geographical feasibility. Enter an innovative approach: submerged concrete spheres acting as gravity-based energy storage systems….