Blog Archives
FCP-1000 (2V 1000AH)
FCP Series Batteries in the FCP range are the ideal choice for deep discharge applications requiring high reliability over time. The AGM lead-carbon technology developed by Furukawa battery company (Japan) offers exceptional, maintenance-free performance. The design of the positive plates has been optimised and the composition of the negative plates reworked, improving the quality of charge absorption (PSOC: partial state of charge) and reducing plate sulfation. This innovative design ensures an unrivalled cycling life expectancy for lead-acid batteries. Range Characteristics These batteries are perfectly resistant to deep discharges, guaranteeing performance for demanding applications such as isolated or hybrid sites and telecommunications systems. A life expectancy of 3,000 cycles at 70% discharge and 25°C guarantees long-term reliability and savings. The internal design of the lead carbon battery allows it to operate with partial loads without affecting its long-term performance. The large … Continue reading
FCP-500 (2V 500AH)
FCP Series Batteries in the FCP range are the ideal choice for deep discharge applications requiring high reliability over time. The AGM lead-carbon technology developed by Furukawa battery company (Japan) offers exceptional, maintenance-free performance. The design of the positive plates has been optimised and the composition of the negative plates reworked, improving the quality of charge absorption (PSOC: partial state of charge) and reducing plate sulfation. This innovative design ensures an unrivalled cycling life expectancy for lead-acid batteries. Range Characteristics These batteries are perfectly resistant to deep discharges, guaranteeing performance for demanding applications such as isolated or hybrid sites and telecommunications systems. A life expectancy of 3,000 cycles at 70% discharge and 25°C guarantees long-term reliability and savings. The internal design of the lead carbon battery allows it to operate with partial loads without affecting its long-term performance. The large … Continue reading
DCS12-100 (12V 100AH)
DCS Series AGM lead-carbon technology utilised in the DCS range offers exceptional, maintenance-free performance. These batteries are the ideal choice for deep discharge applications requiring high reliability over time. The design of the positive plates has been optimised and the composition of the negative plates reworked, improving the quality of charge absorption (PSOC: partial state of charge) and reducing plate sulfation. This innovative design ensures an unrivalled cycling life expectancy for lead-acid batteries. Range Characteristics These batteries are highly resistant to deep discharges, guaranteeing performance for demanding applications such as isolated or hybrid sites and telecommunications systems. A life expectancy of 3,000 cycles at 70% discharge and 25°C guarantees long-term reliability and savings. The internal design of the lead carbon battery allows it to operate with partial loads without affecting its long-term performance. Operating temperatures range from -20 to … Continue reading
DCS12-50 (12V 50AH)
DCS Series AGM lead-carbon technology utilised in the DCS range offers exceptional, maintenance-free performance. These batteries are the ideal choice for deep discharge applications requiring high reliability over time. The design of the positive plates has been optimised and the composition of the negative plates reworked, improving the quality of charge absorption (PSOC: partial state of charge) and reducing plate sulfation. This innovative design ensures an unrivalled cycling life expectancy for lead-acid batteries. Range Characteristics These batteries are highly resistant to deep discharges, guaranteeing performance for demanding applications such as isolated or hybrid sites and telecommunications systems. A life expectancy of 3,000 cycles at 70% discharge and 25°C guarantees long-term reliability and savings. The internal design of the lead carbon battery allows it to operate with partial loads without affecting its long-term performance. Operating temperatures range from -20 to … Continue reading
GFMJ-1000 (2V 1000AH)
GFMJ Series GFMJ series gel batteries utilise advanced battery manufacturing technology. It has good cyclic and high-low temperature performance, special electrolyte design and good charge acceptance ability. GFMJ can be used in high-low temperature environments with poor grid conditions. It is optimal for pure cyclic solar, wind and energy storage systems. Range Characteristics This range is versatile and easy to install, with numerous models ranging from 33 to 1200Ah. It has high cycling performance over 1700 cycles at 50% DoD High tolerance to temperature variations, from -20°C to 55°C. It has an excellent life expectancy. 18 years for 2V cells and 12 years for 12V monoblocs.
GFMJ-800 (2V 800AH)
GFMJ Series GFMJ series gel batteries utilise advanced battery manufacturing technology. It has good cyclic and high-low temperature performance, special electrolyte design and good charge acceptance ability. GFMJ can be used in high-low temperature environments with poor grid conditions. It is optimal for pure cyclic solar, wind and energy storage systems. Range Characteristics This range is versatile and easy to install, with numerous models ranging from 33 to 1200Ah. It has high cycling performance over 1700 cycles at 50% DoD High tolerance to temperature variations, from -20°C to 55°C. It has an excellent life expectancy. 18 years for 2V cells and 12 years for 12V monoblocs.
GFMJ-600 (2V 600AH)
GFMJ Series GFMJ series gel batteries utilise advanced battery manufacturing technology. It has good cyclic and high-low temperature performance, special electrolyte design and good charge acceptance ability. GFMJ can be used in high-low temperature environments with poor grid conditions. It is optimal for pure cyclic solar, wind and energy storage systems. Range Characteristics This range is versatile and easy to install, with numerous models ranging from 33 to 1200Ah. It has high cycling performance over 1700 cycles at 50% DoD High tolerance to temperature variations, from -20°C to 55°C. It has an excellent life expectancy. 18 years for 2V cells and 12 years for 12V monoblocs.
GFMJ-500 (2V 500AH)
GFMJ Series GFMJ series gel batteries utilise advanced battery manufacturing technology. It has good cyclic and high-low temperature performance, special electrolyte design and good charge acceptance ability. GFMJ can be used in high-low temperature environments with poor grid conditions. It is optimal for pure cyclic solar, wind and energy storage systems. Range Characteristics This range is versatile and easy to install, with numerous models ranging from 33 to 1200Ah. It has high cycling performance over 1700 cycles at 50% DoD High tolerance to temperature variations, from -20°C to 55°C. It has an excellent life expectancy. 18 years for 2V cells and 12 years for 12V monoblocs.
GFMJ-400 (2V 400AH)
GFMJ Series GFMJ series gel batteries utilise advanced battery manufacturing technology. It has good cyclic and high-low temperature performance, special electrolyte design and good charge acceptance ability. GFMJ can be used in high-low temperature environments with poor grid conditions. It is optimal for pure cyclic solar, wind and energy storage systems. Range Characteristics This range is versatile and easy to install, with numerous models ranging from 33 to 1200Ah. It has high cycling performance over 1700 cycles at 50% DoD High tolerance to temperature variations, from -20°C to 55°C. It has an excellent life expectancy. 18 years for 2V cells and 12 years for 12V monoblocs.
GFMJ-300 (2V 300AH)
GFMJ Series GFMJ series gel batteries utilise advanced battery manufacturing technology. It has good cyclic and high-low temperature performance, special electrolyte design and good charge acceptance ability. GFMJ can be used in high-low temperature environments with poor grid conditions. It is optimal for pure cyclic solar, wind and energy storage systems. Range Characteristics This range is versatile and easy to install, with numerous models ranging from 33 to 1200Ah. It has high cycling performance over 1700 cycles at 50% DoD High tolerance to temperature variations, from -20°C to 55°C. It has an excellent life expectancy. 18 years for 2V cells and 12 years for 12V monoblocs.
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