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Implementing a natural cooling system using underground pipes in The Line could significantly reduce the city’s energy needs, making it easier to achieve its zero-emission targets. In regions like Saudi Arabia, where temperatures are extremely high and cooling accounts for a substantial portion of energy consumption, this solution could diminish the reliance on conventional air conditioning systems.

Reducing Energy Demand

Geothermal cooling systems work by circulating air through pipes buried underground, where it is cooled to lower temperatures before entering the building. Integrating such a system in The Line could substantially cut down on the energy needed to cool the buildings, either replacing or supplementing traditional air conditioning units. In effect, this could lower the overall energy demand of the city, which is crucial for achieving zero emissions.

Cost Savings and Environmental Benefits

By using natural cooling, The Line could reduce greenhouse gas emissions and cut energy costs, especially during peak demand periods. Combining natural cooling with other green energy systems, such as hydrogen, solar, and wind power, could further advance The Line’s goal of becoming a model for future sustainable cities.

Complementing Existing Systems and Reducing Energy Consumption

Natural cooling could work alongside existing ventilation and air conditioning systems in The Line, reducing energy demand and operational costs. Using this system as a supplement could make the city more flexible in its energy needs, lowering dependence on more costly cooling technologies.

Conclusion and Call for Local Partners

Implementing a natural cooling system in The Line could be a key step toward reducing the city’s energy demand and meeting its ambitious zero-emission goals. Collaboration with local partners in Saudi Arabia is essential to test and adapt this solution to local climate conditions, contributing to the creation of a more sustainable future.

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