Taiwan's government and energy authorities project electricity demand will grow by 2.5% annually through 2035 [1].
This surge in energy needs threatens the stability of the national grid as the island balances its role as a global semiconductor hub with climate challenges. The increased load puts pressure on existing infrastructure and forces a re-evaluation of the nation's long-term energy mix.
The updated forecast represents a significant increase from a previous estimate of 1.7% per year [2]. Authorities said this acceleration is due to three primary drivers: the proliferation of AI-related data centers, the continued expansion of the semiconductor sector, and rising ambient temperatures. Hotter weather has increased the cooling loads across residential and industrial sectors [1].
To address the gap between supply and demand, the government plans to add fossil-fuel capacity. Energy officials said they are considering the possibility of restarting nuclear generation to ensure a stable power supply [1].
The semiconductor industry remains a cornerstone of the economy, but its energy-intensive nature creates a paradox where technological growth necessitates more power than the current grid can easily provide. The shift toward AI has intensified this requirement, as data centers require significantly more electricity than traditional computing facilities [1].
Officials said they are now tasked with scaling generation capacity while managing the environmental impact of adding more fossil-fuel plants. The potential return to nuclear power remains a point of strategic deliberation as the government seeks to avoid outages that could disrupt global electronics supply chains [1].
“Electricity demand is projected to grow at 2.5% annually through 2035”
Taiwan's energy crisis highlights the tension between the global AI boom and sustainability goals. Because the world relies on Taiwan for high-end chips, any power instability on the island could trigger global economic disruptions. The shift toward fossil fuels and nuclear power suggests that the pace of AI infrastructure growth is currently outstripping the deployment of renewable energy alternatives.
