Supplied to Germany Sunshine Storage Battery A412/100A size * * ****
Supply German sunshine battery A412/100A size
Germany Sunshine series valve controlled sealed gel batteries introduce advanced German gel battery production technology, and adopt the customs of European imports key Raw materials are produced with key special production equipment imported from Europe. The rich liquid design, thick plate technology and unique colloidal electrolyte preparation and filling process ensure the service life of the battery; With super long service life and high reliability, it can be used in harsh high and low temperature environments and harsh power conditions.
This product is widely used in communication, power, energy storage UP S/EPS and other fields.
Features of solar battery
1. Solid gel electrolyte is used. Under the same volume, the electrolyte has large capacity, large heat capacity and strong heat dissipation ability, which can avoid the thermal runaway phenomenon that is easy to occur in ordinary batteries. Strong adaptability to ambient temperature (high and low temperature).
2. There is no free liquid inside, and there is no possibility of internal short circuit.
3. The electrolyte concentration is low, and the corrosion to the plate is weak; The concentration is uniform and there is no acid stratification.
4. Antimony free alloy battery panel is used, and the self discharge rate of the battery is low. The battery is stored at 20 ℃ for two years, and does not need to be recharged.
5. Adopt sliding sealing technology (German Sunshine Corporation
6. Long time discharge capability and strong cyclic discharge capability
7. High sensitivity low pressure umbrella type gas valve (Sungrow Germany * * *) is used, without liquid seepage or swelling.
8. Super strong ability to withstand deep discharge and large current discharge, with overcharging and over discharge self-protection, the battery can still be connected to the load after 100%, and can be restored to the original capacity after four weeks of charging. That is to say, it allows the battery inevitably generated by the electrochemical reaction to grow in the later period of use, and can ensure its high sealing performance.
When I examine the above issues from the perspective of my personal data protection, I think they are very relevant, and each issue affects in a specific way other Aspects of. I tried to clear my mind, and then I sketched a pie chart, showing all the focuses of attention one by one.
What are the IT challenges facing your enterprise? Admittedly, considering the uniqueness of each enterprise, the specific details will be different for each enterprise. But I think, combined with some general considerations, we can always find some general rules to apply to any enterprise.
Let's start with data protection, which covers all aspects of your enterprise's current data protection. Given the correlation between data protection and data growth, this can lead to missed backups window Mouth. This is because the old technology did not consider processing such a large amount of data at the beginning of design.
However, data protection is also constrained by budget constraints, which will cause your enterprise to retain the old technology for longer than it should. In many cases, the way to reduce the impact of data growth is to move to new technologies, but new technologies also mean spending money.
Data growth is also associated with budget constraints. Strict budget restrictions have hindered the IT department's processing of data growth, resulting in missing some better opportunities. After all, like rowing, employees must also devote their energy to keeping the boat balanced and floating, not just rowing toward the destination.
All three challenges come together, which means that some data of the enterprise is unprotected, and at the same time, it has missed some good opportunities for growth, and may face further budget cuts.
You can't stop data growth. Moreover, the enterprise budget is affected by many factors beyond the control of the IT Department. But you can consider recreating your data protection. Will it cost a lot of money? This of course means getting rid of the old technology, which means you need to buy something new. But if you can control data growth, it often saves money, protects important information, reduces management overhead, and allows you to capture missed opportunities, because your employees have little to do except backup and disaster recovery.
IT departments may find it difficult to learn the lesson that the cost of doing nothing will exceed the cost of doing something. Some aid programmes are not free. So if you need to "solve the problem of data growth by adding more tape drives or more disks", you will need to spend a lot of money, but in the end it will only be difficult to run, or even stagnate.
You need to fundamentally reconsider what you are doing and look at modern data protection technology, which basically means snapshot and replication. We have seen that too much initial investment has brought about significant savings. At the front, you can integrate multiple products into one solution. Try to calculate how many different tools and technologies your enterprise uses for data protection. You may be shocked when you learn that there are as many as four or five kinds.
At the beginning, there may be a lot of money to be paid to suppliers. But the greater savings are in management. We have seen enterprises change from one or more full-time employees of the former IT department to only take an hour or less to manage data protection. This can transfer more resources to more favorable strategic work and make up for missed opportunities for your enterprise.
By implementing an updated data protection infrastructure, you can completely change the original pie chart.
When you reposition data protection, it means that you can see that your backup window has been phased out, even as data grows. Because this will eventually bring greater savings. By gaining control of your budget and freeing up the time of your IT staff, you can begin to seize opportunities again. Later, it will help you achieve enterprise growth while limiting risk.
Take a moment to evaluate how to deal with the IT challenges facing your enterprise pie chart, and think about the current related costs, and how to deal with them effectively.
The problems existing in China's power grid are: 1. There are a large number of power consuming equipment, which has an impact on the power grid, causing serious transient voltage and surge current; 2. Large scale use of nonlinear equipment, which produces a large number of harmonics; 3. The power supply voltage is unstable. According to the different needs of users, INVITAM Power proposes "on-demand solutions" while launching a series of industry specific use solutions, and tailors UPS power supply solutions that are more suitable for users according to their power infrastructure and power supply requirements.
A few days ago, good news came from the front line of the market that INVITAM's high-quality UPS won the bid for "Uninterruptible Power Supply Procurement for State Grid Huxi Power Supply Station". This is another typical successful case created by INVERTEN Power in the field of national grid after it successfully served Chongqing National Grid recently.
Inviton Power will continue to work hard to give full play to its advantages of customization, personal design, and meeting customer needs, and to achieve a more stable, reliable and energy-saving power supply and distribution system as a lifelong goal.
In recent years, with the high development of informatization, the data center has also accelerated its construction and moved towards high heat density. Part of the construction of the data center is to expand on the basis of the original agricultural production system room, but if the original design is followed without expansion of the main equipment, the original accurate air conditioning unit will not keep up with the needs of the computer room construction and development, and the cooling capacity of the living room will be insufficient, Or the configuration of accurate air conditioning units exceeds the equipment demand of the current agricultural production system, resulting in excessive cooling capacity of the machine room, which will lead to high overall energy consumption of the machine room.
Some people predict that the IT procurement cost of the data center will be equal to the energy cost. Among the energy consumption of the data center, cooling accounts for 60%~70% of the energy consumption. In the next few years, about half of the world's data centers will be constrained by power and space, and energy consumption will account for 1/3 of the budget of an IT department. According to the data, 50% of the data centers built by most countries in the wave of forward data centers in 2000 began to be rebuilt in 2008.
