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  • How a UPS system works with a Generator

    How a UPS system works with a Generator

    Sep , 19 2022
    As weather extremes and storms increase, power outages are likely to continue to rise. According to the U.S. Energy Information Administration, U.S. customers experienced an average of nearly six hours of power interruptions in 2018. If you have invested in a generator, you’ve prepared for when a storm hits, right? Almost. Even with a generator, you still need a battery backup, also known as an Un...
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  • Key Factors in Choosing the Right UPS

    Key Factors in Choosing the Right UPS

    Sep , 26 2022
    You rely on your UPS system for backup if your power goes out, right? But does your UPS have your back? That is, will it provide a bridge of power long enough for what you need? At the very least you will want to save your data and perform a safe shutdown. Your UPS backup battery will only provide power for a set amount of time, known as runtime. In this article, we will provide a step-by-step app...
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  • Failure causes of lithium battery- Failure during recycling

    Failure causes of lithium battery- Failure during recycling

    Oct , 08 2022
    The battery is generally exothermic during use, so the effect of temperature is very important. In addition, road conditions, usage, ambient temperature, etc. will have different effects. The capacity loss of LiFePO4 power batteries during cycling is generally considered to be caused by the loss of active lithium ions. The research shows that the aging of LiFePO4 power battery during cycling is ma...
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  • Failure causes of lithium battery- Failure during charging and discharging

    Failure causes of lithium battery- Failure during charging and discharging

    Oct , 08 2022
    The battery is often overcharged in the process of use. Relatively speaking, the overdischarge situation is less. The heat released during the overcharge or overdischarge process is easy to accumulate inside the battery, which will further increase the battery temperature. , affecting the service life of the battery and increasing the possibility of the battery catching fire or exploding. Even und...
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  • Failure causes of lithium battery- Failure in other aspects

    Failure causes of lithium battery- Failure in other aspects

    Oct , 08 2022
    Due to the low intrinsic conductivity of LiFePO4, the morphology and size of the material itself, as well as the influence of conductive agents and binders, are easily manifested. Discussing the two contradictory factors of size and carbon coating , it is found that the impedance of LiFePO4 electrode is only related to the average particle size. The anti-site defect inside LiFePO4 (Fe occupies Li ...
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  • What is pulse charging and output power of a battery?

    What is pulse charging and output power of a battery?

    Oct , 24 2022
    What is pulse charging? What is the impact on battery performance? Pulse charging generally adopts the method of charging and discharging, that is, charging for 5 seconds and discharging for 1 second, so that most of the oxygen generated during the charging process will be reduced to electrolyte under the discharge pulse. It not only limits the vaporization of the internal electrolyte, but also fo...
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  • What kind of conditions are better for batteries to be stored in?

    What kind of conditions are better for batteries to be stored in?

    Oct , 24 2022
    Can the battery be stored in the appliance after it is used up or if it is not used for a long time? If the electrical appliance will not be used for a long time, it is better to take the battery out and put it in a low temperature and dry place. If not, even if the electrical appliance is turned off, the system will still make the battery have a low current output, which will shorten the battery ...
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  • What is round trip efficiency and response time for Energy storage solution?

    What is round trip efficiency and response time for Energy storage solution?

    Oct , 31 2022
    Round-Trip Efficiency Round-trip efficiency takes into consideration energy losses from power conversions and parasitic loads (e.g., electronics, heating and cooling, and pumping) associated with operating the energy storage system. This metric is a key determinant of the cost-effectiveness of energy storage technologies. Among energy storage options, compressed-air energy storage (CAES) has the l...
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  • Major Interconnection Issues for Energy storage solution

    Major Interconnection Issues for Energy storage solution

    Oct , 31 2022
    Major Interconnection Issues Generally, DG-based power systems can operate in independent or stand-alone and grid-connected modes. In fact, in the first mode, the capacity of a DG unit is selected only based on the load requirements. But, in the latter case, this constraint is not determinant. Although the grid-connected operation mode usually is preferred due to the bilateral energy exchanges, th...
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  • Operation mode of integrated ESS application

    Operation mode of integrated ESS application

    Oct , 31 2022
    Operation mode ESS installed at the new energy power generation side can be operated under the following several modes, each independent from each other and not necessarily multifunctional: 1.    Power variation rate limitation. Power variation rate is limited to a certain range relying on real-time measurement of the output power of a wind power plant. The ESS starts charging when the o...
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  • Working principle of a generator side distributed Energy storage system

    Working principle of a generator side distributed Energy storage system

    Oct , 31 2022
    An individual distributed ESS is smaller than an aggregated ESS, because it only handles a single (or a small group) renewable generation unit. Similar to aggregated ESSs, the major function of generator side distributed ESS is to smooth the output of renewables. The distributed ESSs are installed on-site with each renewable generation unit, as illustrated in below figure. A distributed ESS is usu...
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  • Why battery energy storage moving to higher DC voltages (Part-1)

    Why battery energy storage moving to higher DC voltages (Part-1)

    Nov , 08 2022
    Today, most utility-scale solar inverters and converters use 1500 VDC input from the solar panels. Matching the energy storage DC voltage with that of the PV eliminates the need to convert battery voltage, resulting in greater space efficiency and avoided equipment costs. The evolution of battery energy storage systems (BESS) is now pushing higher DC voltages in utility scale applications. The Woo...
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