On May 23, the 2018 Tencent “Cloud+Future†summit with the theme of “Huaiqi†was held in Guangzhou. On the 24th "Industrial + Energy" special session, Tencent Cloud and industry veterans and partners to discuss the development status, future opportunities and challenges of the energy Internet. At the same time, Tencent Cloud officially released a “safety, stable and efficient†mass equipment connection platform “Energy IoT Platform†to help energy companies achieve smart upgrades.
The four advantages of the "Energy Linkage Platform" help digital enterprises upgrade digitally
In 2018, “Digital China†was first written into the government work report, and all walks of life are actively promoting digital transformation. As an energy industry that is related to the development of the national economy, it is also actively promoting Internet and digital upgrades. However, there are many problems in the development of energy Internet, such as difficulty in data collection, low degree of management intelligence, and lack of high-quality professional services. These problems have seriously affected the operational efficiency of energy companies.
In response to the problems of the energy Internet and the urgent “digital†upgrade demand of energy companies, Tencent Cloud’s “Energy Linkage Platform†can support the access of billions of devices and the reliable transmission of trillions of messages. The two-way communication between the device and the platform for data collection and command delivery enables efficient and visual management of the device, enabling energy companies to achieve more efficient operation management.
Specifically, Tencent Cloud's "Energy IoT Platform" has four major advantages: access to massive heterogeneous energy equipment, non-contact continuous power installation and commissioning, rapid deployment of one-click scan code, and construction of virtual equipment library. These features will help energy companies achieve a little access and fast interconnection. The platform supports thousands of energy devices and 200+ industry protocols, and supports online editing of mainstream standard protocols and dynamic addition of mainstream standard device types. The upper layer uses certificates or key authentication methods to ensure secure access of devices.
In the deployment mode, the platform adopts non-contact sensors to realize uninterrupted power installation and debugging, and adopts a high-intelligent energy gateway without changing the structure of the established energy communication control system to realize a low-intrusion fast access physical connection platform. In addition, enterprises can quickly bind and parameterize energy equipment to the cloud through scanning code. The installation and deployment cycle of the equipment is reduced from several days to one hour, which greatly reduces the difficulty of cloud on energy equipment, at the lowest cost. Maximize efficiency.
Tencent Cloud Internet of Things Communication Technology Director Liu Feng
Tencent Cloud partners with multi-scenario service applications based on the “Energy Linkage Platformâ€
In terms of scenario service application, Tencent Cloud “Energy IoT Platform†can be quickly applied in many scenarios such as intelligent power operation and maintenance, distributed energy management, intelligent power monitoring, user metering and billing, and government energy efficiency monitoring. The potential of equipment and the value of deepening energy data play an important role.
Not only that, Tencent Cloud and its partners have brought more “integrated energy service applications†based on Tencent Cloud’s “Energy Linkage Platformâ€. Such as the purchase and sale of power application system, can adapt to multiple trading center rules, purchase application modules on demand; environment and energy consumption monitoring system, can provide large-screen solutions, achieve multi-meter data collection, provide localized communication solutions Intelligent power monitoring system, 24-hour online monitoring and visual monitoring operation and maintenance center; distributed energy monitoring system, which can provide monitoring and operation functions of different power distribution related equipment, realize data visualization and auxiliary decision-making functions required for operation and maintenance; The metering collection and settlement system not only provides multi-energy collection, but also supports WeChat payment.
From the scene, in the digital transformation of the energy industry, Tencent Cloud has two important partners, Intel and Pengmai Energy Technology. In response to the digital upgrade requirements of the energy industry, Intel provides the technology needed for the energy industry. Through the Intel-based energy router, it can help energy companies quickly access the Tencent Cloud "Energy Linkage Platform" to provide security and stability for the energy industry. Efficient massive data collection, processing, and transmission equipment for remote, real-time awareness and management.
Another partner is Pengmai Energy Technology, which combines the technical capabilities of Tencent Cloud's big data and cloud computing with the power grid, industry leading service providers, universities and research institutes to provide cloud infrastructure for integrated energy service providers. Upgraded solutions such as energy value-added applications and energy data analysis help the rapid transformation of traditional energy service companies through the innovation and integration of next-generation information technology and power technology.
From the perspective of the energy industry, “digital transformation†has become a major trend in the industry, and the “Energy Linkage Platform†released by Tencent Cloud will further help energy and power companies to reduce costs and increase efficiency. Under the digital wave, Tencent Cloud is using its new generation technologies such as cloud computing, big data and artificial intelligence to actively help digital transformation in all walks of life and help build “Digital Chinaâ€.
Emphasis: Because of the market chaos and the cheating of bad dealers, most people simply don't understand USB 3.0 and USB 3.1. USB 3.1 Gen1 is USB 3.0. And USB 3.1 Gen2 is the real USB 3.1. The maximum transmission bandwidth of USB 2.0 is 480 Mbps (i.e. 60MB/s), USB 3.0 (i.e. USB 3.1 Gen1) is 5.0 Gbps (500MB/s), and USB 3.1 Gen 2 is 10.0 Gbps (although the nominal interface theoretical rate of USB 3.1 is 10Gbps), but it also retains some bandwidth to support other functions, so it has a good performance. The actual effective bandwidth is about 7.2 Gbps. USB 2.0 is a four-pin interface, and USB 3.0 and USB 3.1 are nine-pin interfaces.
USB 3.1 is the latest USB specification, which was initiated by big companies such as Intel. Compared with the existing USB technology, the new USB technology uses a more efficient data encoding system and provides more than twice the effective data throughput (USB IF Association). It is fully downward compatible with existing USB connectors and cables.
USB 3.1 is compatible with existing USB 3.0 software stacks and devices
USB3.1 LOGO
USB3.1 LOGO
Protocol, 5Gbps hubs and devices, USB 2.0 products.
Intel, which owns Thunderbolt technology, also welcomes the formation of the USB 3.1 standard. USB 3.1 contains most of the features of USB 3.0 [2]. USB 3.1, as the next generation of USB transmission specifications, is commonly referred to as "SuperSpeed+", which will replace USB 3.0 in the future. [3]
USB 3.1 C SMT FINISHED,DIP USB3.1 Plug,Vertical USB Connector,USB Type-c Receptacles Shell
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