Energy & Datacentres

AI 101 — How do AI video generators work?

The Frontier

AI 101 — How do AI video generators work?

An AI video generator is a model that starts with a grid of random noise and repeatedly refines it into a moving picture that matches your prompt — the same trick image generators use, stretched across time. Nothing is filmed, and nothing is stitched together from clips the model has seen. The pixels in the finished video were invented, frame by frame, all at once. Why it matters right now Kling 4.0, Kuaishou's flagship video model, went fully live on October 15 with up to 30 seconds of…

AI 101 — What is an AI data center?

The Stack

AI 101 — What is an AI data center?

An AI data center is a building full of specialized computers — mostly GPUs — designed from the power feed to the cooling pipes to train and run AI models at massive scale. From the outside it looks like any windowless warehouse. Inside, the difference is density: racks of chips packed so tight, and drawing so much power, that ordinary air conditioning and ordinary grid connections no longer do the job. Why it matters right now. These buildings have become the physical front line of AI.

SeeAct AI: embodied AI's endgame is robots that retrain themselves

The Frontier

SeeAct AI: embodied AI's endgame is robots that retrain themselves

A Chinese robotics startup founded this year is arguing that the next leap in physical AI will not come from bigger models or more human demonstrations, but from letting robots generate and bank their own experience. Also today: iFlytek's industrial arm ships a small energy model built to run on the factory floor. Yao Mu, an assistant professor at Shanghai Jiao Tong University, has founded SeeAct AI to bet that embodied intelligence ends in reward-driven self-evolution rather than more…

Europe puts a data centre energy label on the grid, California sends the bill

The Guardrails

Europe puts a data centre energy label on the grid, California sends the bill

The European Commission proposed a mandatory A-to-G sustainability label for data centres, with the first labels expected to appear in 2027. The delegated regulation, published Monday, requires operators of facilities of 500 kW or more to disclose how efficiently they use energy and water, how clean their electricity is, and whether they can hand waste heat back to the local grid — plus information on how their water use sits against water stress in the area.

AI 101 — How Much Power Does AI Actually Use?

The Everyday

AI 101 — How Much Power Does AI Actually Use?

AI's power use is the electricity burned by the data centers that train and answer with models — about 1.5% of the world's electricity in 2024, and on track to roughly double by 2030. That sounds small, and per query it is genuinely small. The reason it keeps making front pages is where the demand lands: a handful of regional grids, the bills of the people living on them, and the cost of running the machines in the first place. This is the ten-minute version. Why it matters right now.

Ant's EnergyTS 3.0 forecasts weather 45 days out for power traders

The Frontier

Ant's EnergyTS 3.0 forecasts weather 45 days out for power traders

The AI-to-energy story in the West is about how much power the models need. In China it is about who sells the grid a forecast — and Ant Group's enterprise arm just pushed the horizon out to six weeks. Ant Digital Technology (蚂蚁数科) used the Bund Summit in Shanghai on September 10 to ship EnergyTS 3.0, its time-series foundation model for the energy and carbon sector, with a forecast horizon of up to 45 days.

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