Energy demand quickly improves how energy-saving security will be achieved

Foreword: With the continuous expansion of the security market and the need for energy-saving and emission-reduction, the advantages of energy-saving security products are slowly showing up. In today's society, the concept of safe city has been put forward, the city is full of electronic monitoring systems, leading to an increase in front-end equipment, back-end storage capacity is increasing, the demand for energy consumption is increasing. Energy consumption requirements to improve energy security how to achieve?

Security industry how to achieve energy saving and environmental protection?

Security energy conservation is embodied in two aspects. First, the development and production of energy-saving products, and second, by changing the power supply to achieve energy-saving applications. Energy-saving products can be understood as low-power products, which can achieve energy-saving effects by reducing the power consumption of products. The transformation of the power supply mode is the use of wind power, solar energy and other renewable environmental protection energy sources to reduce the dependence and consumption of traditional energy sources such as coal, petroleum, and reduce the cost of traditional energy inputs to achieve environmental protection and energy conservation.

With the implementation of large-scale projects such as “Safe City”, video surveillance systems have become increasingly popular and large-scale, and their demand for data storage is also increasing. As a result, hard disk manufacturers have successively introduced products with larger storage capacities and hard disk capacities. The larger the energy consumption required, the more it will increase. Green energy-saving hard disk technology can save 4~5W of power compared with conventional hard disks, and its performance remains stable.

Now, highways, outdoor unattended base stations, outdoor power towers and other fields will use wind-solar hybrid power generation systems to provide power for relatively low-power electronic devices, such as field monitoring cameras, microwave transmission equipment, etc., and can be designed for monitoring and transmission equipment. DC12V or DC24V power supply is matched with the DC power supply of the wind power generation system, so that the inverter or the transformer can be omitted and the energy consumption of the conversion equipment is not available.

The appearance of fingerprint access control allows the identification of the authorized person to be realized only by a finger contact. If the biometric access control system can be popularized, it will certainly make extraordinary contributions to energy conservation and environmental protection. After all, it is actually reducing a large number of access card production, which greatly eases the environmental pollution and energy consumption of discarded access cards.

LCD splicing screen makes the video surveillance display system from the original high-power DLP screen into a new type of energy-saving and environmentally friendly liquid crystal splicing screen; the emergence of liquid crystal monitors has gradually replaced the traditional CRT monitor, not only its power consumption is greatly reduced, In addition, the amount of raw materials is also reduced in the manufacture of the device housing, which saves the industrial raw materials required for the production of the product and reduces energy consumption and manpower in the production process.

In addition to achieving energy savings from a technical perspective, it is also possible to make full use of renewable energy to reduce power consumption. Through the use of renewable resources to achieve energy-saving emission reduction effect. For example, wind power, solar energy and other renewable resources can be used to supply electricity nearby.

At present, more and more new communities are installing smart home systems based on the concept of low-carbon and energy-saving. Taking Honeywell's smart home system as an example, it brings with it a safe and convenient home life: the owner can not only control the lights, air conditioners, etc. through the touch screen at home, but also set up and start scenarios such as meeting, morning and returning home. , You can also use the iPhone, iPad and WiFi digital products to set up and control remotely. Smart homes provide comfortable convenience and a low-carbon living environment while also taking into account the needs of security, such as remote monitoring and one-button alarms.

Conclusion Today, global energy conservation has become a consensus. In the future, energy conservation will become a new indicator for measuring the technical content of security products. The facts prove that this market trend is very clear. The future development of energy-saving security can be divided into internal and external factors. The internal factors are to start from the industry products, achieve energy conservation, and achieve environmental protection. Manufacturers, as subjective agents, must understand the significance of energy conservation and environmental protection, make products produced by R&D truly energy-efficient, and promote the sound development of energy-saving and environmental protection.

With the further advancement of energy conservation and environmental protection, the rapid development of security industry technology and the improvement of energy-saving and environmental protection performance of security products, security and energy conservation are bound to go a step further.