Taiwan expects power demand to increase by more than 5GW by 2030, enough to power nearly 4 million homes — rise in electricity consumption driven by semiconductor manufacturing and AI data center deployments

Taipei skyline
(Image credit: Getty Images)

Taiwan is facing a new challenge in its goal to retain its advantage in AI and advanced semiconductor manufacturing — crucial for maintaining its silicon shield — as it grapples with a tightening power supply. Electricity demand is rising sharply as Taiwanese tech companies build semiconductor manufacturing facilities alongside AI data centers. According to Digitimes, both the AI and semiconductor industries could add about 5 gigawatts of demand — enough to power upwards of 3.75 million homes — by 2030, roughly a gigawatt of additional load per year through the end of the decade.

This expansion, fueled by increasing global demand for the most advanced AI chips, is putting even more pressure on the island’s grid. Taipower chairperson Wen-sheng Tseng notes that each wafer fab needs around 200MW to operate, suggesting that the multiple facilities planned for and being built around the island will demand 5.3 to 5.4 gigawatts of electricity. This does not count the other plants and factories needed to support the operation of these factories, so it’s likely that the power demand will even be higher than projected. Nevertheless, four new electricity-generating gas units are set to come online this year, with an additional 5.2GW expected to enter trials soon. The company is also working to beef up Taiwan’s grid and enhance resilience plans, ensuring that the island’s power supply can keep up with the demand, particularly from science parks and industrial zones.

Despite that, Taipower is still warning that demand is also increasing outside of these areas. Some fabs and servers are setting up facilities beyond these designated sectors, sometimes even requesting up to 20% of the power consumption of a science park for just a single structure. Because of this, Tseng says that both fabs and tech companies should be careful when selecting sites for their future infrastructure, ensuring that they’ll only be built in places where there is ample power supply to avoid bottlenecks in the future.

Article continues below

Even though Taiwan’s power utility company is warning about power consumption, it seems to be on track to cover the future growth of the AI and semiconductor industry, provided that the current projections hold. This is a far cry from what the U.S. is experiencing, with the White House resorting to forcing big tech companies to promise that they will pay for the grid and power source upgrades needed to supply the massive amounts of electricity that AI data centers need.

Google Preferred Source

Follow Tom's Hardware on Google News, or add us as a preferred source, to get our latest news, analysis, & reviews in your feeds.

Jowi Morales
Contributing Writer

Jowi Morales is a tech enthusiast with years of experience working in the industry. He’s been writing with several tech publications since 2021, where he’s been interested in tech hardware and consumer electronics.

  • hotaru251
    given how much power infrastructure is going to be built due to this ai addiction...once it pops we best see massively lower power bills as there is PLENTY of generation after this.
    Reply
  • Notton
    hotaru251 said:
    given how much power infrastructure is going to be built due to this ai addiction...once it pops we best see massively lower power bills as there is PLENTY of generation after this.
    I'm not familiar with Taiwan's energy sources, but a quick search puts it at...
    42.4% LNG. Imported from China and Qatar
    39.3% Coal. Imported from Indonesia and Australia
    4.2% Nuclear, and being phased out.
    11.6% Renewable, and still building out
    Total: 288TWh (2024 numbers)

    Taiwan might be building out their renewables, but they still rely too heavily on imported fossil fuels, and I don't think they'll see massively cheaper electricity bills from a mere 5~6GW of spare capacity.
    Reply