IoT ZigBee technology makes home management more effective

The new wireless technology combined with low-power, low-cost hardware enables home area networks to be affordable and easy to install for the average homeowner. At present, "home-awareness" services provided by various broadband and wireless telecommunication service providers can control the home system via the Internet or mobile phones. These wireless networking technologies are converging on a true smart grid solution that makes energy management more efficient while enhancing comfort, convenience and security. Consumers are the main source of energy consumption. In the United States, for example, the energy consumed by home accounts for one fifth of the national total each year, of which 60% is consumed by electricity. However, utilities can not do what they can to manage the dilemma of peak energy demand, and about 10% of the electricity generated today is only used less than 1%. However, if the demand for energy can be dynamically responded to the existing energy supply, there is no need to build a separate power plant as long as the goal of "saving high costs, improving reliability and energy efficiency" is achieved at home through energy grids .

Governments in North America, Australia, Europe and Asia are driving a smart grid to set up smart meters and a peer-to-peer demand response system, as many utility projects have smart meters installed. In addition, the emerging government policies that emphasize the modernization of the power grid also bring about momentum for the development of smart meters.

To that end, utilities are deploying advanced metering infrastructure (AMI) systems to connect the smart home's home area network to the hub of public utilities. Advanced meter infrastructure is the use of two-way smart meter communication technology, send and receive information and instructions between home and public utilities.

At home, the home area network connects communication thermostats, load switches, lighting systems, room displays, and automation to smart meters (or separate gateways). This network can collect information and send it to consumers and other places outside the public utilities themselves. This information can be used for a variety of purposes, including price-per-use pricing, demand response, and long-distance service suspension. Using the smart surveillance capabilities of the Home Area Network, consumers can gain a better understanding of their energy usage patterns and enable energy demand to respond dynamically to existing energy supplies. As a result, consumers benefit from cost, reliability and energy efficiency without sacrificing comfort.

Importing ZigBee Technologies Home Networks Energy Management More Effective Global standards for wireless networks ZigBee is designed for surveillance applications. ZigBee is an ultra-low power wireless mesh networking technology that embeds wireless communications into a wide range of smart energy or home area networking devices, including smart meters, temperature control, lighting ballasts, smoke alarms, security alerts, Neither need to increase the high development costs, nor need to set up the physical circuit to be prosperous.

ZigBee can combine devices into powerful wireless mesh networks to auto-configure and self-repair, and let many individual devices rely on the kinetic energy of the battery, which can be long-running. In addition, ZigBee not only provides wireless control technology for smart energy, home automation, lighting, commercial building automation, and a wide variety of sensing and monitoring applications, but has also become a standard for home LAN applications.

After the ZigBee Smart Energy (SE) Profile was introduced in early 2008, the ZigBee standard took a big step toward energy management in the home area network. SE Profile sets new standards for secure, easy-to-use home area network devices such as programmable thermostats and interior displays. ZigBee Smart Energy provides a truly open standard for utilities to implement home area network communications. It also benefits consumers by enabling them to harness the power of automation and near-instant messaging to intelligently manage their own energy consumption and the ability to choose interoperable products from a variety of manufacturers (Figure 1).

IoT ZigBee technology makes home management more effective

Figure 1 wireless link to the home area network for consumers with greater convenience and cost. Source: ZigBee Alliance

Disassemble Kneader

LINA Disassemble Dispersion Kneader

LINA disassemble dispersion kneader provides excellent cleaning performance especially for sticky materials. Without affecting dispersion kneader's mixing effect, the rotor can be separated easily from the mixing chamber. This type of dispersion internal mixer is suitable for a variety of materials and able to provide a better performance dust seal for preventing material leakage.

Special design for CIM & MIM

1. Higher cleanness: Clean up the material without dead corners; the mixing chamber and rotors of the dispersion kneader can be separated completely; All surface that directly contact with the material is mirror polished, which ensure all the materials easy to clean without stickiness.

2. Wearable inner cavity: Imported special new alloy steel and vacuum heat treatment are adopted. Strong wear resistance, resistance to horizontal erosion, corrosion resistance and high glossy finish effects are achieved.

3. Adjustable rotor speed ratio: The speed ratio of rotors is adjustable, which target at some special material function requirements and achieve best dispersion effect and efficiency. The kneader with adjustable rotor speed ratio is designed especially for those materials that are sensitive of temperature/high require of different temperature/fast change rate of temperature/fast and span molecular chain diversification.

4. Temperature control system: A lot of trials report that stage temperature control has the essential effect of ceramics` color difference.

5. PLC intelligent control system: 1. Real-time data record and export of kneading time, temperature (mixing chamber and front/rear rotors), ram pressure, current, torque and recipe code. 2. The control system can be set up to 20 mixing steps, save 20 recipe spaces. 3. The control system is capable of remote importing of the process recipe and data monitoring, and communicating with MES via Ethernet communication interface. 4. An Ethernet communication interface and 20% of the control points are reserved. Touch screen is provided.

Specifications of LINA Disassemble Dispersion kneader

Disassemble Dispersion Mixer,Disassemble Kneading Machines,Rubber Disassemble Dispersion Mixer,Ceremic Disassemble Mixer

LINA Machinery Industrial Co.,Ltd , https://www.linakneader.com