Innovative approaches for space heating/cooling are being accepted and promoted to increase utilization of the renewable energy sources and reduce carbon emissions. Major portion of energy consumption in a building is utilized for space heating/cooling. Many researches reveal that building sector consumes around 40% of total world energy consumption and major portion of this approximately 32–33%, is used for space heating/cooling [1]. Combination of the active (i.e. conventional Air Conditioner (AC), electric heater, fan, etc.) and passive techniques (i.e. Ground Coupled Heat Exchanger (GCHE) systems, trombe wall, solar chimney, wind tower, phase changing materials, et.) for space heating/cooling consumes less power [2]. For space heating/cooling GCHE systems are gaining rapid acceptance. They are energy efficient, eco-friendly and consume almost no or very less energy compared to other space heating/cooling systems. They utilize geothermal storage energy and having the relative benefit over most of the other systems that they can be used for heating and cooling both. Below 3–4 m depth of earth, temperature remains always constant.