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  • GEL technology VS AGM technology in Lead acid batteries

    GEL technology VS AGM technology in Lead acid batteries

    Aug , 27 2021
    The technology used to create batteries has come a long way since the time of glass cells and wooden encasements. Now we have specialized technology and advancements and it can get confusing trying to keep it all straight. So, we’d like to untangle some of this confusion by asking the question: What is the difference between AGM and GEL technology? Before we dive feet first int...
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  • Modeling process for the cost profile of a Energy Management System (EMS)

    Modeling process for the cost profile of a Energy Management System (EMS)

    Aug , 27 2021
    Modeling is an iterative process that starts with a first estimate of battery specification that is combined with the other inputs to the EMS to deliver a cost profile. It calculates the lifetime costs and operating revenue for a size of ESS. By repeating the process with a range of different sizes, it’s possible to identify the sweet spot, where the operator will find the optimum balance bet...
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  • Why Energy storage batteries are vital for healthcare?

    Why Energy storage batteries are vital for healthcare?

    Aug , 27 2021
    The social determinants of health are the conditions in which people are born, grow, live, work and age. It is they that are mostly responsible for health injustices around the world. Something that is not widely considered to be a factor within the social determinants of health, but most certainly should be is electricity. There are a vast number of patients that rely on medical equipment every d...
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  • Powering Alarms and Security Systems with backup batteries

    Powering Alarms and Security Systems with backup batteries

    Aug , 27 2021
    Security and Alarm Systems are available in a wider variety of brands and capabilities than ever before and batteries for these systems also becomes important as well. The 12 volt 7/7.2/9 Ah battery is the most common battery used for alarm systems in the security industry. The requirements for choosing backup battery for alarm security systems are given below: Reliable: In alarms systems, the qua...
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  • How to select the right battery backup for telecom sector?

    How to select the right battery backup for telecom sector?

    Aug , 27 2021
    Power outages are one of telecom companies’ worst nightmares, as they lead to loss of revenue, customers, image, and so on. In response, internet and telephone providers have expressed a keen interest in having a power backup system. There is a wide choice for telecom companies regarding which backup system they want such as diesel and natural gas generators, fuel cells and batteries. Ty...
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  • Evolution of different solar cells_M2 cells

    Evolution of different solar cells_M2 cells

    Aug , 31 2021
    The first modules had a power class of 48 watts in 1983. Here 36 cells with the dimensions 100 x 100 mm were used. The first modules had a power class of 48 watts in 1983. Here 36 cells with the dimensions 100 x 100 mm were used. This cell size was available on the market until about 1996. The first IBC Megaline modules with 120 watt, manufactured in the USA, were based on the dimensions 125 x 125...
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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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  • 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-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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  • Lithium battery failure model-explain the phenomenon of lithium evolution in graphite anode: part-4

    Lithium battery failure model-explain the phenomenon of lithium evolution in graphite anode: part-4

    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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