The ZERO BOILER Energy Platform can be applied to a wide range of residential, commercial, and industrial facilities where energy is consumed. Depending on the operating environment and energy requirements, waste heat recovery, heat pumps, thermal storage, solar photovoltaic systems, and energy storage systems (ESS) can be combined to create customized energy solutions. RESIDENTIAL APPLICATIONS ZERO BOILER can be applied to detached houses, apartments, country homes, and other residential buildings. Cooling, heating, and domestic hot water production can be integrated into a single system. By incorporating solar photovoltaic power generation and ESS, the system can be expanded toward greater residential energy independence. COMMERCIAL AND BUILDING APPLICATIONS ZERO BOILER can be applied to bathhouses, swimming pools, hot springs, water parks, hotels, motels, hospitals, commercial buildings, and resorts. These facilities typically require large amounts of hot water, heating, and cooling. By recovering waste heat from discharged hot water and reusing it for hot water production and space heating, ZERO BOILER aims to significantly reduce conventional boiler use. INDUSTRIAL APPLICATIONS ZERO BOILER can be applied to factories, food processing facilities, agricultural and marine product drying facilities, and industrial processes requiring thermal energy. Waste heat generated during industrial processes can be recovered and reused through heat pump systems for heating, cooling, drying, and hot water production. AGRICULTURE AND FOOD PROCESSING ZERO BOILER technology can be applied to drying various agricultural and marine products, including fruits, vegetables, chili peppers, sweet potatoes, potatoes, and seafood. By recovering and reusing heat instead of continuously discharging it outdoors, the system aims to reduce drying energy consumption while improving product drying quality and working conditions. RE100 AND ENERGY INDEPENDENCE By combining solar photovoltaic power generation, ESS, and heat pumps, ZERO BOILER can support the transition toward renewable electricity use in homes and businesses. The integrated system generates electricity, stores surplus energy, and utilizes it for cooling, heating, and hot water production. This approach can serve as a practical solution supporting Personal RE100 and Corporate RE100 initiatives, helping households and businesses increase renewable energy utilization and move toward greater energy independence. | 
