OPZV&OPZS Series VRLA Tubular Gel Battery for Solar Wind Energy Storage Faran Tech

OPZV&OPZS Series VRLA Tubular Gel Battery for Solar Wind Energy Storage Faran Tech

  • OPZV&OPZS Series VRLA Tubular Gel Battery for Solar Wind Energy Storage Faran Tech
  • OPZV&OPZS Series VRLA Tubular Gel Battery for Solar Wind Energy Storage Faran Tech
  • OPZV&OPZS Series VRLA Tubular Gel Battery for Solar Wind Energy Storage Faran Tech
  • OPZV&OPZS Series VRLA Tubular Gel Battery for Solar Wind Energy Storage Faran Tech
Summary
OPZV&OPZS Series VRLA Tubular Gel Battery offers exceptional reliability and long service life exceeding 20 years at 25°C. Designed with advanced GEL electrolyte and Tubular Plate technology, it delivers high performance for solar, wind energy, UPS, telecom, and electric power systems. Ideal for cyclic use under extreme conditions, this durable battery ensures stable energy storage and efficient power supply in critical applications.More
Specifications
Battery chemical type:
GEL
  • OPZV&OPZS Series VRLA Tubular Gel Battery for Solar Wind Energy Storage Faran Tech
  • OPZV&OPZS Series VRLA Tubular Gel Battery for Solar Wind Energy Storage Faran Tech

Description

▏Characteristics

? OPzV series is a Valve Regulated Lead Acid battery that adopts immobilized GEL and Tubular Plate technology to offer high reliability and performance.
? The Battery is designed and manufactured according to DIN standards and with a die-casting positive grid and patent formula of active material.
? OPzV series exceeds DIN standard values with more than 20 years of floating design life at 25℃ and is even more suitable for cyclic use under extreme operating conditions.
? OPzS series is a flooded Lead Acid battery that adopts Tubular Plate technology to offer high reliability and performance.
? The Battery is designed and manufactured according to DIN40736-2/IEC60896-11 standards and with a die-casting positive spine and patent formula of active material.
? OPzS series exceeds DIN40736-2/IEC60896-11 standard values with more than 20 years of floating design life at 25℃ and is even more suitable for cyclic use(solar/wind energy, traction, etc ) under extreme operating conditions.

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