Ventura batteries for stationary applications
Detailed information

Batteries for stationary applications

Stationary batteries play an important role in modern power systems by providing efficient energy storage and management. Reliable and flexible battery systems support homes and offices, renewable energy integration, grid services, and peak loads.

Ventura series for stationary applications

GP
An essential range of versatile, maintenance-free batteries for general-purpose applications.
GPL
A broad range of versatile, maintenance-free batteries for general-purpose applications.
HR
A range of maintenance-free batteries with high-rate discharge performance.
HRL
An extended range of maintenance-free batteries with high-rate discharge performance.
FT
A range of maintenance-free front-terminal batteries.
CL
A range of long-life maintenance-free batteries.
CP
A range of maintenance-free batteries with exceptional cycle life.
VTG
A range of high-cycle-life batteries manufactured using TRUE GEL technology.
Ventura for stationary applications

Catalog Ventura

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Technology
Applications
Voltage, V
Rated capacity
5
1747
3489
5230
6972
Terminal type
Service life, years
Cycle life
Length, mm
90
246
401
557
712
Width, mm
65
140
214
289
363
Height, mm
99.5
281.5
463.5
645.5
827
Weight, kg
1.56
57.56
113.56
169.56
225
Batteries found:

Frequently asked questions

What are stationary batteries used for?

Stationary batteries are primarily designed for long-term use in backup and uninterruptible power systems. They are used in UPS systems, telecommunications equipment, the energy sector, security systems, data centres and other facilities where power must be maintained during a mains outage.

How do I choose a stationary battery?

Consider the system's operating voltage, battery capacity, available space, battery technology and intended operating mode. The installation temperature, required backup runtime and frequency of discharge also matter.

What is the difference between 2 V, 6 V and 12 V stationary batteries?

The voltage of each individual battery determines how the complete battery string is configured. The 6 V and 12 V monoblocs are convenient for compact systems, cabinets and UPS units, while 2 V cells are often used to build large stationary battery banks with high capacity and high total voltage.

Which technology should I choose: AGM or GEL?

AGM batteries are well suited to backup power and systems requiring high current output. Gel batteries are resistant to the demands of cyclic operation and deep discharge. The choice depends on the equipment's purpose, operating mode and battery life requirements.

Which Ventura series are suitable for stationary applications?

GP and GPL are used for general-purpose applications. HR and HRL can be considered where higher current performance is required, while FT offers convenient rack installation and maintenance. CL series batteries are designed for a long service life, and CP and VTG for applications with greater cycle life requirements.

How long do stationary batteries last?

Service life depends on the series, technology and operating conditions. The Ventura catalogue includes models with design lives ranging from 6–9 years to 20 years; for some batteries, life is also specified in charge–discharge cycles. Actual life is affected by ambient temperature, depth of discharge and compliance with charging and discharging requirements.

Do stationary batteries require maintenance?

Sealed AGM and GEL batteries do not require regular water topping up, but they still need monitoring. Periodically check the case and terminals, voltage, battery temperature and connections, especially in critical backup power systems.
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