【 Weak current College 】 how to choose real integration network energy solutions

As the popularity of network intelligence, the power of intelligence is the inevitable trend of development, such as the power of various information code via email, mobile phones and other communication equipment is sent to the relevant network management personnel, since intelligent power not only to diagnose the fault of their own, and according to different applications, automatic adjustment, set the operational mode to meet different needs. In this case, through the network, remotely monitoring the health of the power supply, operating parameters, when the batteries run out of time to safely shut down the server, the terminal operating system, and can save considerable management costs and funds, therefore, to establish a complete "network, energy integration," power House has become the preferred choice of industry information.

From a design point of view, the integration of the power room is not just limited to AC and DC power supply system, but also including distribution, environmental regulation, power and environmental monitoring, etc. all power and environmental equipment, through such integration of design combinations, mainly equipment uptime and reliable protection. At present, the mainstream of network energy suppliers raised the appropriate integration network energy solutions: (a) "end-to-end integration" solution: provide room AC input, load side of network energy solutions, while offering room power and power and environmental security of the whole solution to Emerson Network power as representatives; (ii) the "overall" solution: provide room survey, integration programme design, product suite of integrated, engineering, systems and test and open, and maintenance of the integration of complete solutions. To the user, what kind of solution is their most needed?

First of all, the most important.

As the heart of the entire network, security, support systems, network power system availability and efficiency is crucial, how to protect a network of energy-efficient, highly available, highly reliable is integrated energy solutions to important consideration. Instead of the standard of unity became gets high availability and high performance.

Productivity level depends on matching products can provide energy systems on the network and good compatibility, network power system also needs a good companion to bring out the maximum efficiency. If the network energy products so that different manufacturers of equipment Assembly, prone to incompatible or inefficient phenomenon, it is difficult to play-out system performance, so that all too easily lead to inefficiencies in the system and the specifications are not caused by a fault.

In the end-to-end integration network energy programme to promote all of the devices in the system are used the same brand, design, production, manufacture, the manufacturer can develop uniform standards, thus technically remain unified, process, enabling the device to have the best possible match for the entire system can play all the parts are out to get the best performance, the most pure electric energy, ensuring the efficient operation of the system, but also to avoid compatibility problems and cause system failures.

Secondly, the "zip" planning to avoid.

In the integration programme design, future development should not be overlooked, is the only way to effectively avoid the "zip" program.

We all know, network power key is not interrupted in order to guarantee the stable operation of the network 7x24. At the same time, a computer room configurations and other computer and electronic equipment, so on temperature, humidity, cleanliness, electric field strength, noise interference, safety, security, leakproof, power quality, vibration, lightning protection and grounding requirements extremely strict. Therefore, in the design of an integrated solution, taboo in the engine room of the second building, room design should plan ahead for future possible growth of operations, the system must have some expansion capabilities. Otherwise, later prior construction might lead to power loss, but also in construction, but also to guard against dust, fine impurities, because these pollutants once infiltrated energy equipment, may result in equipment damage.

At present, many programmes integrated design, the device uses a combination of different brands, so it is difficult to guarantee the system's ability to upgrade, resulting in system development. Formation "-style" planning and construction. End-to-end integrated network energy programmes to solve the problem of network scalability. Such programmes can effectively avoid the "zip" program, users can easily adapt the network expansion in demand.

Finally, the maintenance service capabilities need to think about.

In order to guarantee the stability of the network of energy systems, technology service selection is also very important, good service mode to provide the user with more affordable, more easy to maintain, but also the design, production, supply, works and so much more smoothly.

Typically, the integrated integration scenario, since all equipment from different brands, when problems arise, users first found Integrator, and integrators to look for manufacturers, it is easy to cause shifting phenomenon. Moreover, the failure of unknown origin, also will involve more manufacturers, both in time and capital on the damage caused to the user.

By the same manufacturer's equipment room system, testing on a relatively simple maintenance. If there is a problem, but also facilitate technical personnel to identify the cause of the failure. When a system fails, you can get good service guarantee will occur between suppliers and manufacturers of prevarication, can in the shortest possible time troubleshooting and recovery system.

Generally speaking, Emerson Network power as a representative of end-to-end integrated solution approach similar to the data set integrated power management for end-to-end integration technology, that is, from the same vendors to provide access to the full range and power-related integration solutions, supplemented by a one-stop service. In this way, not only solved the problem of the system is not compatible, you can effectively avoid failure due to multiple suppliers shifting between and delay system recovery of valuable time and, more importantly, also by reducing the key equipment and load between the point of failure to increase overall system availability。 On the user, this is an ideal option.