grid | power FNC

The grid|power FNC nickel cadmium battery is based on the unique fibre structure technology. Here, the active material is incorporated into a fleece consisting of nickel-plated plastic fibres, which creates a very good and stable electrochemical connection between the components. The FNC battery can therefore withstand the highest shock and vibration stresses and has a long service life and cycle life even under extreme temperature conditions.

Due to the four available performance classes X, H, M and L, a very wide range of stationary UPS applications can be optimally covered. High-current discharges in diesel generator applications up to long-term discharges in classic UPS systems can be carried out efficiently with the appropriate battery type.

Especially in applications with extreme temperature influences, the grid|power FNC convinces with its long service life and thus reduces the replacement intervals and costs for a new battery system.

Technical data


  • Emergency power supply (UPS)
  • Switchgear
  • Safety lighting


Product data:

Constructionvented
SeriesFNC
TechnologyNickel-Cadmium
PerformanceN.A.
Product groupcells-blocks-modules


 

Your advantages

  • Very high investment protection due to permanently safe and long operating time (up to 25 years)
  • Flexible use at extreme temperatures between -40 °C and +60 °C thanks to temperature-resistant materials
  • Uncomplicated and long storage in case of unexpected project delays
  • The right battery for the right application thanks to the four optimized performance classes
 

Downloads


Technical documentation

LanguageFilenameSizeDownload
grid_power_fnc_manual_de.pdf
2.8 MB | pdf-file
grid_power_fnc_manual_en.pdf
2.8 MB | pdf-file


Brochure

LanguageFilenameSizeDownload
grid_power_fnc_brochure_de.pdf
15.7 MB | pdf-file
grid_power_fnc_brochure_en.pdf
15.8 MB | pdf-file
grid_power_fnc_brochure_pl.pdf
15.8 MB | pdf-file
grid_power_fnc_brochure_ru.pdf
15.7 MB | pdf-file


Case study

LanguageFilenameSizeDownload
grid_fnc_vr_case_study_de.pdf
0.4 MB | pdf-file
grid_fnc_vr_case_study_en.pdf
0.4 MB | pdf-file


Certificates

LanguageFilenameSizeDownload
grid_power_fnc_type_approval_certificate_dnvgl_en.pdf
0.1 MB | pdf-file


Data sheet

LanguageFilenameSizeDownload
fnc_battery_information_sheet_en.pdf
0.2 MB | pdf-file