Israel to Cap New Data Center Power to 200 Megawatts
Translated & summarized from Calcalist by baba
Israel's Electricity Authority will limit new data centers to a maximum of 200 megawatts of power capacity. This decision aims to manage the overwhelming demand from data center applications, which collectively exceed the country's electricity generation capabilities. The new regulations are expected to be published for public review soon. While not restricting location, the move seeks to ensure grid stability and prevent the diversion of power resources.
The story in 6 lines · by baba
- Israel's Electricity Authority will cap new data centers at 200 megawatts of power capacity.
- The decision addresses a surge in data center applications that threaten to exceed Israel's electricity grid capacity.
- Applications for data centers totaling 27,000 megawatts have been submitted, far surpassing Israel's 18,800 megawatt generation capacity.
- The 200-megawatt limit aims to allow more data centers while protecting grid stability from potential failures.
- Data centers require constant power, making their demand rigid and a long-term commitment for the grid.
- Despite limitations, Israel remains attractive for data centers due to lower electricity costs and its tech industry.
Israel's Electricity Authority is set to limit the maximum power capacity of new data centers to 200 megawatts, according to sources familiar with the matter. The authority is expected to publish the decision for public review on Sunday, with a three-week comment period before a final vote. This move comes as the demand for data centers, driven by artificial intelligence and global tech companies, has surged, leading to a flood of applications that could overwhelm Israel's electricity grid.
Currently, applications have been submitted for 50 data centers with capacities exceeding 200 megawatts, including requests for 1,100 megawatts in Hadera and 875 megawatts in Nesher. These larger projects would not be approved under the new regulations. The authority believes the 200-megawatt cap will allow for more data centers while also enhancing grid stability, as a single large data center failure could cause widespread power disruptions.
The total demand from all submitted data center applications reached 27,000 megawatts, significantly exceeding Israel's total electricity generation capacity of 18,800 megawatts and its peak consumption of 17,300 megawatts. Unlike other heavy energy consumers, data centers require a constant, uninterrupted power supply, making their demand rigid and long-term.
While the new regulations do not restrict the physical location of data centers, the national grid management company, Noga, may find it easier to approve projects in peripheral areas where their impact on other consumers would be less. The authority is also expected to rule against data centers connecting directly to power plants, to prevent the diversion of electricity intended for the general public.
Despite the limitations, Israel remains an attractive location for data centers due to relatively lower electricity prices compared to the US and its status as a technological hub. The article also notes that the increased demand for electricity from data centers will necessitate greater natural gas consumption for power generation, leading to higher air pollution and greenhouse gas emissions. Various forecasts predict a substantial increase in electricity demand in the coming years, with one estimate suggesting data centers alone could consume 7 billion kilowatt-hours annually by 2030.
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