Cloud Compute Corp, a leading infrastructure provider, is rapidly building hyper-scale data centres to meet the soaring demand for artificial intelligence processing. While these facilities are central to the modern digital economy, the rapid expansion of hyper-scale server farms could soon lead to local ecological crises and regional energy shortages. Cooling these massive arrays of processors requires millions of litres of water daily, often sourced from areas already facing water stress. Furthermore, the immense electricity consumption of these centres often relies on local grids powered by fossil fuels, contributing significantly to carbon emissions and driving up local electricity prices for residents.
Some technology firms are attempting to invest in direct liquid cooling systems and renewable energy power purchase agreements (PPAs). However, these technologies are expensive to implement at scale. Environmental economists argue that because data centre operators do not pay for the full environmental damage caused by their water usage and carbon emissions, the market price of digital services remains artificially low, leading to overprovision.
Extract C states that "the rapid expansion of hyper-scale server farms could soon lead to local ecological crises and regional energy shortages."
With the help of a diagram, explain why the rapid growth of data centres for AI processing might lead to market failure.
378 exam-style questions on AQA A Level Economics 1.8 The market mechanism, market failure and government intervention in markets, covering 1.8.1 How markets and prices allocate resources, 1.8.2 The meaning of market failure, 1.8.3 Public goods, private goods and quasi-public goods, 1.8.4 Positive and negative externalities in consumption and production, 1.8.5 Merit and demerit goods, 1.8.6 Market imperfections, 1.8.7 Competition policy (A-level only), 1.8.8 Public ownership, privatisation, regulation and deregulation of markets (A-level only), 1.8.9 Government intervention in markets, and 1.8.10 Government failure. Each one has a worked solution and a mark scheme showing where the marks go.