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Ni-Cd battery XHP series

Ni-Cd battery XHP series
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NiCd Battery Solution for Generator Starting Application Best Choice for your Generator Starting requirement

How our solution is the best? Perfect for Generator start Applications Depend upon EverExceed XHP series where vital establishments generator starting and emergency back-up duties need guaranteed power in an instant. The built-in reliability of sintered technology and alkaline electrolyte provides up to 20+ years of costeffective trouble-free service. Temperature Advantage Because of the extraordinary temperature advantage of EverExceed XHP NiCd batteries over Auto mobile starting lead-acid batteries, the reliability of generator increases a lot. Specially for the application of Data...

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Why choose our XHP series NiCd Battery over Lead-acid Battery? EverExceed XHP series NiCd battery Lead-Acid battery Nominal voltage Charging time More than 10 hours Maintenance cost Battery life in standard temp. (25°C) Battery life in High temp. (50°C) Generally less than 1 year Potassium hydroxide Sulfuric acid Generally 6 months to 2 years Replacement time in 10 years Temperature advantage Lead Acid No risk of sudden death which is suffered by lead-acid batteries. Corrective Maintenance Longer service life, even when operating at ambient temperatures of +40°C (+104°F) or more. More than...

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TCO Analysis between EverExceed XHP Series NiCd battery and Auto mobile starting Lead-acid: The initial cost for EverExceed XHP NiCd is generally higher. Note, the cost of the raw material of EverExceed XHP series NiCd solution is much higher than the cost of lead, but the price difference of this battery and traditional Auto mobile starting Lead-acid battery is marginal. CAPEX Due to the high temperature of most of the generator based sites, Auto mobile starting lead acid batteries in a generator starting application have a service life of maximum 2-3 years, whereas EverExceed XHP series...

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EverExceed XHP Series NiCd Battery Plastic bonded negative electrode Large electrolyte reserve with visible level Sintered positive electrode EverExceed XHP Series nickel cadmium batteries are designed for industrial high power applications. Sintered-plate technology used on both positive and negative electrodes provides unrivaled performance in power and energy density. The technology and the production line were acquired from VARTA in Germany. EverExceed XHP Series batteries are suitable for ultra high power or high energy density applications such as Diesel Generator starting, engine...

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Battery Charging: It is recommended to use Constant Voltage method of charging for Nickel Cadmium Batteries, usually with current limitation to C/5 or C/10. Charging voltages must be regularly checked. To optimize the battery performance, it is necessary to ensure that the voltage is kept within the standard limits. EverExceed XHP NiCd Sintered Plate Electrical Specifications & Dimensions Dimensions Max. Weight inch kg lb. Volume of Electrolyte (L) Material Terminal Nominal Voltage Capacity Part No. (V) (C5 Ah) Initial Charging: The whole charge should preferably be carried out at constant...

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Discharge Date Table for Engine Starting Applications Discharge performance date after fully charged by constant current according to IEC60623 standard Available amperes at +20°C ±5°C(+68°F ±9°F) Final voltage: 0.85 V/ Cell Discharge Date Table for Engine Starting Applications Discharge performance date after fully charged by constant current according to IEC60623 standard Available amperes at +20°C ±5°C(+68°F ±9°F) Final voltage: 0.65 V/ Cell

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