The discussion centers on the feasibility of using the thermoelectric effect to power a typical house. A significant temperature difference is required, typically in the range of 100°C to 200°C, to achieve meaningful power generation. The efficiency of thermoelectric converters is highly dependent on this temperature difference, with typical efficiencies ranging from 5% to 10%. Additional challenges include the high costs of thermoelectric converters (TECs) and inverters, as well as the complexities involved in generating and maintaining the necessary heat.
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Physiks111 said:What type of temperature difference do you think you need to to power a typical house using the thermoelectric effect?
Suppose you could obtain a constant huge temperature difference, is there any other issues with powering a house this way?