If you want to give energy supply and use concepts a modern painting, you come today to the new German concept "smart", which translates as "smart" or "intelligent" means no longer around. Not only because catalogue canadian tire I have chosen the title "the smart battery" for my blog and my memory guide. But what does this today so overused term "smart" in connection with an electricity storage system? catalogue canadian tire
In the future, not only apartments ("smart homes"), but all the current networks ("smart grids") and also electricity and gas meters catalogue canadian tire ("smart meters") "smart" and thus be able to "learn" in the first place. The benefits of a current memory
Input, the question arises, what is the point and purpose of a power storage, especially in conjunction catalogue canadian tire with a PV (photovoltaic) is to comply with Appendix; A PV battery should ... increase the natural use of the self-produced photovoltaic electricity and thus the current and future energy costs significantly reduced. It will further provide a shield against future electricity price rises. It seeks to increase the ease of use of household appliances catalogue canadian tire and heating, by making the building technology and its intelligent control, so "smart". Finally, a PV battery to provide power to the budget even during a power failure in an emergency.
This list of requirements catalogue canadian tire should not be understood as a complete or final, but it is based on my practical catalogue canadian tire experience in the field of electricity storage. This practice and my meetings and conversations catalogue canadian tire with hundreds of PV system operators have promoted catalogue canadian tire the requirements catalogue canadian tire listed above, the top ranking.
Consider these five requirements, the question arises: What functions a battery must be equipped so that it is a "smart battery"? The 10 properties / Part 1
As a first approach of answering, I have summarized the following 10 characteristics of different memory manufacturer. They give an overview about which requirements should already meet an intelligent power storage to "smart" and thus be sustainable.
1 A PV battery must be equipped with modern cells, hold down the long, maintenance-free catalogue canadian tire and do not constitute technical risk for the homeowner. Old technologies such as lead-acid or nickel-based cells are obsolete in times of stable lithium cells. Apart from the optional retrofit existing PV systems should be simple as possible go from equip.
2 Also, a battery must have a power management system may include or be associated with such a system so that at least a part of the current user (that is, the current driven devices) can be controlled in a household. In order to optimize the energy consumption, detection of total electricity consumption in the home and the own production of electricity from photovoltaics, cogeneration, wind or water power is essential. For a built-in or external intelligent smart meters is required, the exact second of the required measurements and the power generated can perform (in watts).
3 A smart power storage must always exactly can provide information about how much of its capacity still remains as its charge status is and whether there are any problems at the cellular catalogue canadian tire level - for which a single cell monitoring is essential. Similarly, the loading and Entlademanagement must be designed so that an optimum durability is assured of at least 10 years. Also, twice as long a life is but according to the manufacturer guarantees now no longer a rarity.
4 All this information must have a PV battery register not only internally, but can also communicate your owner visually. A connection to the Internet is a prerequisite in order to remotely read the battery data and to be able to remotely control the main functions of the battery by means of app or internet (eg access to consumption history, actual output catalogue canadian tire of the PV, the current consumption, access to the Home Energy a manager, etc.).
5 The most striking feature of a smart battery is its "ability to learn". You learn, for example, to create from the existing power consumption of a house, a consumption forecast. In the future it will be necessary to the calculated consumption for the next days and weeks to face the current weather forecasts, resulting in many new opportunities for optimization of solar energy utilization.
This list of important considerations or battery properties is as I said not exhaustive. Ten essential qualities I want to share with you here. These were the first 5, the other 5 essential
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