Reserve Power (VRLA - AGM & GEL, Pure Lead, and Flooded Tubular)

Critical Standby battery back-up applications where the energy is stored in reserve in batteries and ready for use whenever needed. Typical critical battery back-up applications are UPS (High rate applications), Telecom (long duration float application), Utility Switchgear (step loads, peak power shaving, frequency regulation, and distributed energy applications), Renewable Energy (cyclic solar/wind energy storage), Emergency Lighting (float applications), Industrial Controlled Power, Railway & Aircraft signal back-up support.

Leoch Battery Manufacturing has the most advanced manufacturing equipment and technology available today, with gravity cast grids, continuous punched grids, expanded metal grids, tubular grids, and the Premium Pure Lead punched grids for exceptional life and performance.



Stationary, reserve power or standby refer to applications where the battery energy is kept in reserve and ready for use when needed, as in case of emergency or grid failure. The term "stationary" is most commonly used in Europe and "reserve power" or "standby" in USA/UK. Typical applications are UPS, telecom, renewable energy...

LRC Series

Advanced Carbon Deep Cycle AGM

The LRC Series utilizes Advanced Carbon technology for superior performance in partial-state-of-charge (PSOC) applications and a long deep cycle life of 4400 cycles @ 50% DoD. These robust, high capacity, VRLA AGM batteries are ideal for use in applications where the batteries are cycled regularly, such as: Peak load shifting energy storage systems, Load tracking energy storage systems, Grid frequency adjustment energy storage systems, mobile container storage systems and a variety of other applications.





LC Series

Advanced Carbon Deep Cycle AGM

The LC Series offers superior performance in partial state of charge (PSOC) applications and a long deep cycle life of 3300 cycles @ 50% DoDThese energy efficient, high capacity AGM batteries use Advanced Carbon Technology for enhanced performance and longevity. The LC Series are ideal for use in off-grid photovoltaic (PV) systems, peak load shifting energy storage systems, load tracking energy storage systems, Smart grid, micro-grid systems, mobile container storage systems and a variety of other applications.




OPzV Series

Tubular GEL, Critical Cycling Applications

Telecommunications (Wireless and Wireline Telecom huts)  /  Off the grid Wireless & Radio telephone relay stations  /  Long Life Utility Plant Back-up Power  /  Emergency lighting systems  /  Solar & Wind Energy Storage  /  Railway signalling  /  Process and control engineering  /  Standby power  /  Critical Buoy lighting.

LPF Series - Front Terminal AGM

LPF Series - Front Terminal AGM for Telecom Applications

Designed for Standard 19" or 23 " relay racks and power cabinets / Network connection equipment of communication systems / Wireless and Wireline Telecom sites / local area network / Power stations systems / Excellent for APU (Aux Power Units) 

Front Terminal AGM - High Rate UPS Application:

Designed for UPS power cabinets requiring front terminals for easy maintenance recording /  Critical UPS, standby power supply,  APU – Aux Power Systems / Power station systems / Railway and marine systems.

LPS Series

General Purpose AGM Battery Applications

Green energy systems (solar, wind, hydro, etc)  /  Solar power stations  /  Measurement stations  /  Pump systems  /  Signal Station /  Survey and Mapping system  /  Emergency lighting Railway crossing  /  Traffic lights  /  Street lightening  /  Lawn lamp  /  Street signs  /  SOS pillars  /  Alarm installations  /  Weekend cottage camping  / Caravans Boats or buoys

PLH+C Series

Pure Lead + Carbon, Punched Grid Technology

Pure Lead used to optimize the high rate and float life

Punched continuous grid strip – better metal crystal structure

Continuous, double pasting process – high consistency and reliability

High Temperature Curing for Standby application to improve cycling ability

COS welding, TTP and ABS heat sealing - Low internal resistance and Low self-discharging rate

Rapid charging acceptance and cyclic endurance for a superiorperformance in extreme environmental conditions

Jar formation is involved which is more under environment friendly consideration