Difference between revisions of "Zero-emission buildings and architectural forms"
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In terms of architectural design, natural ventilation is used to improve the thermal environment, natural lighting is used to improve the light environment, and ecological materials are used. In terms of energy management, use the real-time control and online visualization methods of the Home Energy Management System (HEMS) to promote user participation in energy conservation. In terms of technical applications, it combines solar power generation, heat pumps and electric hydrogen production systems to realize seasonal fluctuating energy storage through electric heat conversion to increase the proportion of on-site renewable energy consumption. Eventually achieve the goal of zero carbon emissions. | In terms of architectural design, natural ventilation is used to improve the thermal environment, natural lighting is used to improve the light environment, and ecological materials are used. In terms of energy management, use the real-time control and online visualization methods of the Home Energy Management System (HEMS) to promote user participation in energy conservation. In terms of technical applications, it combines solar power generation, heat pumps and electric hydrogen production systems to realize seasonal fluctuating energy storage through electric heat conversion to increase the proportion of on-site renewable energy consumption. Eventually achieve the goal of zero carbon emissions. | ||
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Revision as of 09:10, 11 December 2020
In terms of architectural design, natural ventilation is used to improve the thermal environment, natural lighting is used to improve the light environment, and ecological materials are used. In terms of energy management, use the real-time control and online visualization methods of the Home Energy Management System (HEMS) to promote user participation in energy conservation. In terms of technical applications, it combines solar power generation, heat pumps and electric hydrogen production systems to realize seasonal fluctuating energy storage through electric heat conversion to increase the proportion of on-site renewable energy consumption. Eventually achieve the goal of zero carbon emissions.
