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Valen ENLiFEN Lithium Front Terminal Batteries combine Lithium Iron Phosphate (LiFePO₄) technology with an integrated Battery Management System (BMS) and compact front terminal design for reliable energy storage in critical applications.
Available in 12V and 48V configurations, the ENLiFEN range provides a lightweight, maintenance-free alternative to conventional lead-acid batteries. Its slimline format allows installation into space-restricted areas and 19-inch battery racking, making it well suited to telecommunications, UPS, data centre, rail, telemetry, solar and other critical power systems.
Choose from 12V and 48V ENLiFEN configurations to suit your system voltage, capacity, runtime and installation requirements.
ENLiFEN Front Terminal Batteries use Lithium Iron Phosphate chemistry to provide reliable performance in demanding standby and energy storage applications.
Compared with conventional AGM batteries, ENLiFEN batteries offer significantly reduced weight and extended service life, helping reduce the physical footprint and ongoing maintenance requirements of critical battery systems.
The maintenance-free design is particularly valuable at remote and difficult-to-access sites where reducing technician visits can lower ongoing operational requirements.
Each ENLiFEN Front Terminal Battery incorporates a customised Valen Battery Management System designed to monitor and protect the lithium cells.
The BMS provides protection against conditions including short circuit, over-voltage and over-discharge while also balancing individual cells within the battery.
Effective cell management helps maintain consistent battery performance and supports the longevity of the complete battery system.
Valen ENLiFEN Lithium Front Terminal Batteries combine Lithium Iron Phosphate (LiFePO₄) technology with an integrated Battery Management System (BMS) and compact front terminal design for reliable energy storage in critical applications.
Available in 12V and 48V configurations, the ENLiFEN range provides a lightweight, maintenance-free alternative to conventional lead-acid batteries. Its slimline format allows installation into space-restricted areas and 19-inch battery racking, making it well suited to telecommunications, UPS, data centre, rail, telemetry, solar and other critical power systems.
Choose from 12V and 48V ENLiFEN configurations to suit your system voltage, capacity, runtime and installation requirements.
ENLiFEN Front Terminal Batteries use Lithium Iron Phosphate chemistry to provide reliable performance in demanding standby and energy storage applications.
Compared with conventional AGM batteries, ENLiFEN batteries offer significantly reduced weight and extended service life, helping reduce the physical footprint and ongoing maintenance requirements of critical battery systems.
The maintenance-free design is particularly valuable at remote and difficult-to-access sites where reducing technician visits can lower ongoing operational requirements.
Each ENLiFEN Front Terminal Battery incorporates a customised Valen Battery Management System designed to monitor and protect the lithium cells.
The BMS provides protection against conditions including short circuit, over-voltage and over-discharge while also balancing individual cells within the battery.
Effective cell management helps maintain consistent battery performance and supports the longevity of the complete battery system.
The ENLiFEN range includes both 12V and 48V front terminal battery configurations, allowing the appropriate architecture to be selected for different power systems.
12V Lithium Front Terminal Batteries provide flexibility for systems where multiple batteries may be configured to achieve the required voltage and energy storage capacity.
48V Lithium Front Terminal Batteries provide a higher-voltage solution for compatible telecommunications, communications and critical backup power systems while reducing the number of individual batteries required.
Selecting between 12V and 48V depends on the system architecture, connected load, required runtime, available installation space and existing power equipment.
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