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  • What are the types of Solar battery?

    What are the types of Solar battery?

    Aug , 27 2021
    There are multiple battery types to consider when choosing solar batteries. Which type is best varies based on your needs and whether you prioritize cost efficiency, safety or environmental impact. Deep-cycle battery The term “deep cycle” refers to the battery’s ability to complete a discharge-recharge cycle several times. Deep-cycle batteries are designed to keep a steady flow of power over an ex...
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  • Which batteries are appropriate for low temperature operation?

    Which batteries are appropriate for low temperature operation?

    Aug , 27 2021
    One of the biggest threats to batteries is the temperature. It is vital to keep your batteries in conditions that do not affect their chemistry. Unfortunately, getting the right temperature is never easy. Whereas high temperatures are bad, cold temperatures are not good either. Charging a battery above freezing temperature is one of the biggest challenges for European, American and some other coun...
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  • Five golden rules for Smarter TCO analysis for Telecom application, Rule# 1

    Five golden rules for Smarter TCO analysis for Telecom application, Rule# 1

    Aug , 31 2021
    EverExceed has drawn on a long field experience in supplying batteries for telecom applications to identify Five Golden Rules for a TCO analysis that will result in a fully informed smart decision. These five golden rules will be discussed in this forum in a weekly series. Today we are going to describe Rule number 1. Rule 1: Know your current spending At each project stage you must iden...
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  • Five golden rules for Smarter TCO analysis for Telecom application, Rule# 2

    Five golden rules for Smarter TCO analysis for Telecom application, Rule# 2

    Aug , 31 2021
    EverExceed has drawn on a long field experience in supplying batteries for telecom applications to identify Five Golden Rules for a TCO analysis that will result in a fully informed smart decision. These five golden rules will be discussed in this forum in a weekly series. To continue this series today we are going to describe rule number 2. Rule 2: Identify areas where you can make savi...
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  • Developing an Energy Management Strategy (EMS) for LiFePO4 based ESS

    Developing an Energy Management Strategy (EMS) for LiFePO4 based ESS

    Aug , 31 2021
    Working closely to setup large-scale Lithium battery based Energy Storage System (ESS) for a wide variety of main grid, weak grid and micro grid installations; EverExceed has significant experience and insight on the real-world operation and optimization of energy storage technology. The most important consideration for any ESS is to view it as part of a whole system rather than as a sta...
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  • What factors are affecting the side reactions of lithium deposition?

    What factors are affecting the side reactions of lithium deposition?

    Sep , 17 2021
    When charging lithium ion battery, Lithium precipitation not only reduces the performance of the battery and greatly shortens the cycle life, but also limits the fast charging capacity of the battery, and may cause disastrous consequences such as combustion and explosion. In a series of articles we will discuss about the problems from the macro scale of lithium-ion battery, working conditions, gra...
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  • What is the experimental evidence of side effects of lithium deposition, collected from different angles?

    What is the experimental evidence of side effects of lithium deposition, collected from different angles?

    Sep , 30 2021
    When charging lithium ion battery, Lithium precipitation not only reduces the performance of the battery and greatly shortens the cycle life, but also limits the fast charging capacity of the battery, and may cause disastrous consequences such as combustion and explosion. In a series of articles we will discuss about the problems from the macro scale of lithium-ion battery, working conditions, gra...
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  • Lithium battery cycle data analysis with curves and equations

    Lithium battery cycle data analysis with curves and equations

    Oct , 23 2021
    Generally, cycle life testing will generate a lot of data, which can obtain a lot of information. What analysis and processing can we do with these cycle data? The following summarizes some of the data processing. 1. Charge and discharge curve The charge-discharge curve refers to the curve of the battery's voltage, current, capacity, etc. changing over time during the charging and discharging proc...
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  • Lithium battery cycle data analysis with constant voltage charging current and capacity decay curve

    Lithium battery cycle data analysis with constant voltage charging current and capacity decay curve

    Oct , 29 2021
    Generally, cycle life testing will generate a lot of data, which can obtain a lot of information. What analysis and processing can we do with these cycle data? The following summarizes some of the data processing, continuation from last week’s article. 1. Constant voltage charging current and time Lithium-ion batteries are usually discharged at different currents during use, and often cannot under...
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  • Lithium battery failure model-explain the phenomenon of lithium evolution in graphite anode: part-1

    Lithium battery failure model-explain the phenomenon of lithium evolution in graphite anode: part-1

    Nov , 01 2021
    During the long-cycle cycle, the reversible capacity of the lithium-ion battery will continue to decrease due to the reduction of active materials, the precipitation of metal lithium, the continuous consumption of electrolyte, the increase of internal resistance and thermal runaway. Among them, the lithium evolution phenomenon of the graphite negative electrode is the most important cause of batte...
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  • Lithium battery failure model-explain the phenomenon of lithium evolution in graphite anode: part-2

    Lithium battery failure model-explain the phenomenon of lithium evolution in graphite anode: part-2

    Nov , 01 2021
    During the long-cycle cycle, the reversible capacity of the lithium-ion battery will continue to decrease due to the reduction of active materials, the precipitation of metal lithium, the continuous consumption of electrolyte, the increase of internal resistance and thermal runaway. Among them, the lithium evolution phenomenon of the graphite negative electrode is the most important cause of batte...
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  • Lithium battery failure model-explain the phenomenon of lithium evolution in graphite anode: part-3

    Lithium battery failure model-explain the phenomenon of lithium evolution in graphite anode: part-3

    Nov , 03 2021
    During the long-cycle cycle, the reversible capacity of the lithium-ion battery will continue to decrease due to the reduction of active materials, the precipitation of metal lithium, the continuous consumption of electrolyte, the increase of internal resistance and thermal runaway. Among them, the lithium evolution phenomenon of the graphite negative electrode is the most important cause of batte...
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