Wireless self-powered switch green product in the double carbon era

What are the ways to reach the double carbon goal? There are different ways in different fields. In this area of smart home decoration, there are unexpected benefits of adopting the green products of the dual carbon era of Ebelong wireless self-powered switch.

Wireless self-powered switch green product in the double carbon era

The wireless self-powered switch does not need to cut the wall wiring, has no battery, is IP67 level waterproof, has anti-electricity, has easy multi-control, has wireless intelligent control, very simple installation, and is quite convenient to use.

The wireless self-powered switch is not wired, which saves wires, reduces noise and dust pollution from chiseling walls, reduces labor costs, protects walls, shortens decoration work time, and has no complicated wire pulling process.

The wireless self-powered switch does not use batteries, which saves energy by eliminating the trouble of replacing batteries and dealing with waste batteries.

Therefore, the use of a wireless self-powered switch for smart home decoration of Ebelong is very much in line with the environmental protection concept of the double carbon era, supporting OEM and ODM customization, more details are welcome.

The “double carbon” also has a certain influence on the traditional industry. To reach the double carbon target believes that all the staff should participate in it and advocate the concept of low carbon life; believes that carbon emission reduction in the construction field is a crucial part, and the continuous promotion of green building development is an important means to achieve carbon emission reduction.

Wireless self-powered switch

What is the role of green buildings in reaching the double carbon target?

The double carbon target refers to China’s commitment to stop the growth of carbon dioxide emissions before the year, and gradually reduce them after reaching the peak; China will strive to balance the emissions of carbon dioxide and its elimination by the year; to reach the double carbon target, believes that carbon emission reduction in the construction field is also an important part, and green building is an important means to achieve carbon emission reduction, implement the double carbon policy, and systematically The “green value” will be highlighted.

Wireless self-powered switch supports voice and mobile APP control

How does the energy-saving system help to achieve double carbon?

The application fields are expanding, and the biomass materials that can be resourcefully utilized mainly include plants that directly use photosynthesis to synthesize organic matter, such as crop straw, rice husk, corn cob, waste wood, and municipal waste; they also include organic matter formed by indirectly using photosynthesis products, such as livestock and poultry manure, crab shells, shrimp skin and shells, as well as photoautotrophic prokaryotic algae.

Currently, the fields of efficient comprehensive utilization of biomass are distributed in energy, ecological agriculture, environmental remediation, and building materials. Take energy applications as an example, including biomass to ethanol and biomass power generation. The former is the most traditional way of efficient comprehensive utilization of biomass, China’s annual biomass fuel ethanol production of about 10,000 tons, and gradually become an important part of the liquid fuel; the latter, with the strong support of national financial subsidies, the scale of power generation is growing rapidly, biomass power generation has reached 100 million kilowatt hours per year.

In the field of ecological agriculture, for example, straw is an important part of the field, focusing on the collection and return of straw to the field in the vicinity. Organic fertilizers prepared from biomass through composting and other fermentation methods can effectively improve the organic matter content of farmland and soil fertility, improve the ecosystem function of crop roots, and achieve high quality and increased crop yields.

Future applications of biomass materials are expanding in the direction of high-value utilization, such as modular building materials, biomass carbon fiber, biomass energy storage materials, biomass environmental remediation materials, etc.

In modular building materials, straw composite wall panels, reconstituted wood, new fiberboard, wood-plastic composites, and bio-steel, and several other major molding industries involving biomass building materials will make an important contribution to the modularization, environmental protection, and energy conservation of assembled passive houses in the construction industry.

In the field of biomass material return, some new application technologies are approaching radicalization, such as biomass degradable mulch and biochar direct return to the field is gaining small-scale promotion.

In terms of biomass carbon fiber, high-quality biomass-based carbon fiber precursors are important directions. Lignin has higher carbon content than cellulose, and the preparation of lignin carbon fiber by dry spraying wet spinning carbonization and melt spinning process to improve the thermal fusibility and spinnability of lignin is the future research trend.

In biomass energy storage, carbon materials are prepared using biomass materials and used as a substitute for graphite in batteries to enhance the energy storage performance of lithium-ion batteries. In biomass environmental remediation, biocarbon materials also have the greatest application prospect in it.

Ebelong wireless self-powered switch

In this area of smart home renovation, Ebelong wireless self-powered switch is very much in line with the application of the double carbon era and is worth knowing!

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