Why A Power Company Is Investing Billions In OpenAI
You've probably heard a lot about AI models like ChatGPT, but have you ever wondered how they actually run? It turns out, it takes an enormous amount of electricity and computing power. This week, we learned about a fascinating deal that highlights just how much energy is needed to keep these advanced AI systems humming.
SoftBank-owned SB Energy, a power and data centre company, has effectively invested about $5.5 billion (AUD $8.3 billion) into OpenAI, the company behind ChatGPT. But here's the twist: they didn't just give them cash. They did it by providing "warrants" – a type of security that gives them the right to buy shares in OpenAI later on. In exchange, OpenAI has committed to a 20-year lease for SB Energy's data centre services.
This isn't about SB Energy buying into OpenAI's AI ideas directly. It's about securing a massive, long-term customer for their energy and data infrastructure. Think of it like a landlord offering a huge discount or a special deal to a very important tenant who will need a lot of space and services for decades. OpenAI needs reliable, consistent, and massive power to run its supercomputers, which are essential for developing and operating its AI systems.
For Australian small business owners and everyday users, this deal might seem a bit abstract, but it underscores a critical point: AI is incredibly power-hungry. As AI tools become more common in our daily lives and workplaces, the demand for energy to support them will only grow. This means we'll likely see more strategic partnerships like this one, as companies scramble to ensure they have the physical infrastructure — the computing power and the electricity — to support the next wave of AI innovation.
It also shows that the big players in AI are thinking very long-term about their resource needs. Investing in the *foundation* of AI, like electricity and data centres, is proving to be just as important as investing in the AI software itself. It's a reminder that beneath all the clever AI chatbots and tools, there's a huge, very real, physical world of power and infrastructure keeping it all running.
Why it matters
This deal shows that powering AI is a massive business opportunity and challenge. As AI tools become common in workplaces, understanding these foundational costs helps us grasp the real-world implications, including how energy demands for AI might impact infrastructure and even electricity prices down the track.
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