Abstract
The technology proposed in this study aims to improve the performance characteristics and coefficient of performance (COP) of a geothermal system by fundamentally preventing underground water discharge and maintaining a constant temperature of the underground heat exchanger composed of bleed discharge water that utilizes two balancing wells using cross-mixing methods. The results of measurements using this technique show that the change in operation from a regular SCW-type heat exchange system to a well-intersected heat exchange system not only improves the COP of geothermal heating and cooling systems, but also ensures a stable supply of geothermal sources. This result is useful for essentially eliminating the ultimately wasted bleed water.
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