ZERO CARBON BUILDING

Zero carbon buildings are buildings with zero carbon emissions. Through the passive energy-saving design of the building envelope, the energy consumption of the building is reduced to less than 10% of that of the traditional building. At the same time, renewable energy such as solar energy, wind energy, shallow geothermal energy, and biomass energy are used to drive the high-efficiency grades of energy inside the building. Electrical equipment, in order to achieve zero-carbon standards that do not consume external coal, oil, and electricity.

Over the past 50 years, Nilan has been actively advocating the development concept of low-carbon and environmental protection, always pursuing the brand image of the guardian of the global environment, and striving to promote the development of energy-saving and carbon-reduction technologies in the construction industry. Rich.

: Passive House Design Promotion

Nilan Huzhou Green Building Technology Industrial Park - Zero Carbon Building Experience Center

R&D and promotion of passive house supporting products
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Technical Improvement of Operating Consumables for Fresh Air System
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Counter-current hexagonal heat exchange core
The counter-current hexagonal heat exchange core adopts polymer superconducting nano-membrane technology, which not only greatly increases the heat exchange efficiency to more than 70%, effectively reduces the energy consumption of indoor air conditioning or heating, but also realizes the whole body washable, Recyclable technical standards reduce equipment operating consumables by more than 50%;
EAT particle whisker microchannel condensation technology
Using special PP material to form a special shaped microchannel, the nanoscale carbon fiber conductive layer is evenly distributed inside, and the conductive layer can efficiently capture the particles passing through the microchannel. The successful application of this technology not only improves the fresh air purification efficiency to more than 99%, but also can The special material of repeated washing greatly reduces or even directly replaces the use of traditional HEPA, activated carbon and other filters. Roughly estimated, a fresh air system using EAT technology can save about 40 pieces of traditional filters in its operating lifeg