Hardware industry practices low-carbon starting from energy saving and material development

The quality of the environment is closely related to human life. In the era of low-carbon energy conservation, energy conservation and environmental protection have been integrated into every detail of our lives. For the hardware industry, energy-saving building materials and smart technologies closely related to environmental protection will be the first stop for low-carbon companies to implement low-carbon.

The 2010 Shanghai World Expo has made a good demonstration for low-carbon energy conservation. Many venues are designed and manufactured using energy-saving, environmental-friendly or sustainable recycling materials. In addition, some venues use special glass materials for curtain walls, and they can be used as natural light sources when they are sunny. When there is insufficient light, they can gather or reflect the light source so that people can enjoy the energy-saving surprise without knowing it.

China is currently in the peak period of real estate construction, but the vast majority of building materials on the market are high energy-consuming building materials. However, due to the impact of relevant national energy conservation policies, the proportion of energy-saving and environmental-friendly doors and windows and curtain walls is increasing year by year. The adoption of energy-saving building materials such as aluminum alloys and glass-fiber reinforced plastics will be the future direction of development of hardware and building materials. Nowadays, many large-scale buildings and building production will choose energy-saving products, which will also set a benchmark for the industry while saving costs.

The selection of energy-saving materials stems from the research and development of new materials, while the new materials with the most market prospects are based on the energy-saving industry. Recently, Jingang Glass, which has been strong in the secondary market, has become the focus of investors. It is reported that the main glass photovoltaic glass, and this photovoltaic glass is energy-saving materials, the glass industry as the main force of building energy efficiency and solar energy industry, an important raw material supplier, will significantly benefit from building energy efficiency and solar energy industry.

With the deepening of the concept of low carbon, LED gradually entered the people's field of vision. LED has a lot of advantages: low power consumption, long service life, high brightness, low heat, and even its production materials are made of non-toxic and environmental protection. LED does not cause mercury pollution like fluorescent lamp mercury, but also can be recycled and reused. There are no ultraviolet and infrared rays in the spectrum. There is neither heat nor radiation. The glare is small and the light source is cold. It can be safely touched. With LED lighting systems, LED displays and other products are increasingly recognized and selected by people, LED is undoubtedly become the people's eyes of energy-saving stars.

However, it is not so easy to permanently enjoy the reputation of 'energy-saving stars'. LEDs also need to be constantly self-reliant and conduct effective technological research and development.

It is reported that MIT has recently developed a smart LED lighting system that can save 90% of energy. The core of this kind of lighting system is a small card-sized controller. The built-in sensor can monitor the actual lighting environment of the user's work area. Users can adjust the light density and color balance through the controller to achieve the brightness of their favorite environment. The micro-controller can not only monitor the density of the light emitted by the LED lighting, it can also calculate the ambient light that penetrates from outside the window or near the work area. If the sun shining from the window is sufficient to meet the user's lighting needs, the light above the work area will be dimmed or turned off directly; if the light outside the window is blocked by the clouds, the light above the work area will be immediately Is enabled. Compared with incandescent or fluorescent lamps, this LED intelligent lighting control system can save up to 90% of electricity.

Technological R&D does not only occur in colleges and universities. Hardware companies can also generate revenue through independent innovation. Recently, Chau Ming Technology introduced the P3 high-definition energy-saving display, using a new control system, circuit design and cooling system, application of the new driver IC jointly developed with Taiwan's MBI, and innovative addition of environmental intelligent monitoring system, making the new P3 HD The energy-saving display screen has prominent features such as high-definition screen, energy saving, power saving, and light weight. After testing: Zhou Ming Technology P3 high-definition energy-saving LED display, more than 40% energy saving than traditional LED display.

Zhenhai is a domestic fastener production base. Pickling is an indispensable process for producing fasteners. There are currently 89 pickling companies in the region, and about 1,200 tons of waste water is discharged daily. After 2004, a dedicated wastewater treatment plant was set up in Jiuzhai City and Jiuzhai City. The wastewater from the pickling plant was received in pipelines and vehicles. At the beginning of this year, the district environmental protection department discovered that some companies' pipelines and pickling tanks were leaking. In order to save costs, some companies commissioned non-professional companies to transport and treat wastewater, causing many pollution incidents. To this end, the district decided to conduct a comprehensive rectification of these enterprises.

“Jinding” company is the largest fastener manufacturer in the district. To eliminate pollution, the company eliminated the buried pickling tank, and all the waste water enters the waste water pool and sewage treatment plant through the open channel. The person in charge of the company introduced the move to enable technicians to detect leaks and take measures in case of an abnormal number in the “Taiwan Account”. To this end, they stopped production for two months and invested 1.5 million yuan. So far, the district has newly installed 3.2 kilometers of pickling wastewater pipelines, completed acceptance of 81 enterprises, and enterprises that failed to comply have suspended production and rectification.

In order to prevent stolen goods, in addition to the establishment of a “Taiwan Account”, GPS is also installed on vehicles that transport waste water. In addition, they also installed on-line monitoring facilities alongside larger companies with waste water and off-river waterways, allowing them to monitor their flow and pH at any time. In addition, more than 20 volunteer supervisors were hired in the district to encourage them to report sewage and to participate in “checkout” inspections.