The WBTS involves a large water tank that supplies domestic hot water and space heating. TABS utilizes building components as thermal storage, providing heating and cooling through the thermal inertia of the components. The high-temperature stone storage uses a massive stone core with insulation layers for high-temperature heat storage. The project ensures the integration of these storage systems into high-performance buildings and considers insulation and heat dissipation factors. The overall goal is to effectively utilize excess wind power, reduce grid overloading, and store energy for space heating and domestic hot water. The project’s research findings contribute to the development of efficient and sustainable energy solutions for buildings.