Taurus tubular plate vented batteries are ideal for solar applications. These batteries require very low maintenance during operation and have excellent cycle life.

HBLs Triumph Plus series are advanced valve regulated lead acid maintenance free batteries. Heavy-duty thick plates with unique manufacturing process make these batteries the most suitable for higher cyclic life & efficient performance under Partial State of Charge (PSOC) operating conditions. Also other unique design features improve temperature tolerance hence suitable for higher operating temperature Outdoor site operations. Telecom BTS sites depend heavily on standby power i.e. batteries and DG, due to poor & unreliable grid power. Operating conditions in these areas subject the batteries to deep cycling & partial state of charge operation. The challenge in maintaining site uptime through uninterrupted power is highly dependent on the consistent & reliable performance of the battery. HBLs Triumph Plus batteries are designed to meet the growing need of reliable power.

HBLs Triumph HP series is a premium design valve regulated lead acid battery based on features offered by world class companies. The battery works on the gas recombination principle and has been designed to meet the requirements of a wide range of applications. HBLs Triumph HP series is backed by 30 years of design and manufacturing experience in field of specialized batteries. Triumph-HP batteries are manufactured using advanced processes like computer controlled cell formation, PLC controlled electrolyte filling and robotic welded steel enclosures. Further each unit is quality tested.

HBL has developed the design and manufacturing technology for a wide range of submarine batteries. The product superiority comes from a fully equipped modern facility that has machines for Pressure die casting of low antimony tubular spines, forming and plating copper stretch metal, Resin transfer moulding of high shock resistant fiber glass containers and a fully automated cell test facility.

Nickel Cadmium Fibre electrode batteries may be seen as 3rd generation (1980s) technology. Pocket plate is 1st generation (1919's) and Sintered Plate is 2nd generation (1950s). The Fibre Electrode Technology has been provided by DAUG, Germany (research venture of Mercedes Benz & Volkswagen). The Nickel Fibre matrix used for the fibre plate allows 90% of the electrode volume for holding the active material. The open three dimensional fibre structure also provides good conductivity to ensure excellent electrical performance. Nickel Cadmium Fibre plate technology uses active material free from graphite and iron. Elimination of these elements ensures that the electrolyte does not get carbonated and reduces water consumption. The elastic nature of NCFP electrode enables it to absorb greater shock and vibration stresses. This includes volume changes during charge and discharge cycles, hence the battery can give more number of cycles compared to other battery technologies. The NCFP technology is considerably lighter in weight and hence has high energy density.

HBLs Nickel Cadmium Pocket Plate Battery designs are based on the superior Pocket Plate technology. The first electrode design for Nickel Cadmium Batteries employed the pocket plate construction which is still considered to be the most reliable design.The fully integrated modern factory, supported by strong process management and quality controls makes HBL one of the best Nickel Cadmium Battery production facilities in the world.In HBLs Pocket Plate design, the active materials are encapsulated between folded steel strips which are perforated from both sides. This double perforation method increases the effective surface area by 30% and helps in better utilization of the active material thereby making the battery more efficient. The batteries are manufactured in 3 series designated as H, M and L based on their performance capabilities. The H series have thin plates to provide for high discharge currents, the L series have thick plates to provide lower currents for long durations and the M series have an optimized plate thickness which is ideal for medium discharge performance and durations.These Batteries are available as Single cells of 1.2V or in Blocks (individual cells thermally welded and connected either in series or in parallel) of higher voltages (2.4, 3.6V etc) and capacities.

IGNITE batteries are manufactured by HBL using state-of-the-art Pure Lead Tin technology that helps to deliver higher cranking current and longer shelf life than ordinary batteries.

The Pure Lead-Tin VRLA battery has an unmatched peak power performance due to its thin plate design. This is a sealed maintenance free battery with no topping up required for life.

HBLs Front terminal batteries are compact in design with high energy density, suitable for installation in ETSI racks. These batteries are manufactured using advanced and automated processes thus ensuring very high reliability and integrity

Taurus offers two types of series NDP (Normal Discharge Performance) & HDP (High Discharge Performance) complying to IS 1651 specification. These products cover a wide capacity range that permits selection of an optimum battery for a given application.

Pure Lead Thin Plate Technology is an advanced lead acid technology ideally suited to high rate discharge applications where TOTAL reliability is demanded. Uninterruptible Power Solution for Data Centers Data centers are critical business hubs for banks, insurance companies, government institutions and many other institutions. A totally reliable power supply is needed for their operations. UPS are typically used in parallel with diesel generators. On failure of the grid power the UPS takes on the load while the generator is started, stabilized and switched to take over the critical loads. For the power system to be totally reliable the facilities engineer needs a totally reliable battery. This application requires the best available battery to deliver the load for a typical duration of 5 to 15 minutes. Thereafter the loads will have switched to the alternate DG power

HBL Battle Ready batteries employ Pure Lead Thin plate technology for high performance. These Valve Regulated Lead Acid, maintenance free batteries are designed using Absorbent Glass Mat (AGM) separators. The use of AGM separators in combination with self-resealing, pressure-regulating valves and a starved electrolyte design enables recombination of gasses generated during normal operation. This eliminates free acid and the need for electrolyte top-up. These batteries are tested for vibration & shocks. Battle Ready batteries are delivered fully charged and are ready for use.

Lithium and Lead Reserve Batteries are used in Fuzes of various Military and Naval weapon systems, Projectiles, Bombs and Missiles. These Batteries are unique. They can be stored for more than 20 years prior activation. A substantial amount of electro-chemical energy can be stored in a small volume in the Reserve Battery without any energy loss. HBL Reserve Battery unit has been working comprehensively in the field of Lithium and Lead Reserve Batteries, Turbo-Alternators and Safety & Arming Devices since 1988. Our Reserve Batteries are designed, developed and manufactured using In-house patented technology-to meet customized requirements. HBL Reserve Batteries are hermetically sealed and designed to withstand high setback shock (up-to 50000 gs) and spin (up-to 30000 rpm) to which the munitions are subjected during combat, and still supply power with utmost reliability to the electronic circuitry in the munitions. Our Reserve Batteries are designed to function consistently over a temperature range of -450C to +710C. HBL has developed several models of Lithium and Lead Reserve Batteries for powering electronic circuitry in fuzes of Projectile shells, Mortars, Guns. We developed Batteries to meet the fuze applications of reputed customers in India and abroad. Our Reserve Battery unit has skilled work force and facilities for designing, developing manufacturing, Prototype testing & Battery Qualification in accordance with MIL standards.

Emergency supply of reserve electrical power to aircraft avionics and weapons systems when the output of the aircraft generator is insufficient or the generator is out of service ensuring continued combat capability of the aircraft Independent starting of the aircraft engine without ground support units ensuring the aircraft is never stranded and will be available when called upon.

HBL has been working extensively for the past 3 decades in indigenously designing and developing Silver Oxide-Zinc and Silver Chloride-Magnesium Batteries for Defence Sector applications. We at HBL, manufacture Silver Batteries using proven in-house technologies and designs. All HBL Silver Batteries are designed and manufactured to conform with relevant International Naval, Air-force and Military standards. HBL can also design, develop and manufacture Batteries according to customized applications. HBL Batteries are safe and fail proof when operated and maintained under specified conditions.

Charge input from solar arrays sometimes is insufficient to keep the batteries fully charged. During sun-less days, batteries are discharged but not charged. These conditions result in battery operating in partial state of charge (psoc), cycling and deep-cycling. Also, solar systems are installed in open atmosphere exposing the batteries to extreme temperatures. Other lead acid batteries fail in such conditions due to sulphation, stratification, corrosion and plate shedding. Moreover, remote solar installations make water top-up difficult and costs money. To meet such rigors of usage hbl introduces a maintenance free (no water top-up) tubular gel vrla battery with unbeatable combination of tubular plate and gelled electrolyte, which is a perfect fit for all solar applications.

Taurus tubular plate vented batteries are ideal for solar applications. These batteries require very low maintenance during operation and have excellent cycle life.

HBLs Triumph Plus series are advanced valve regulated lead acid maintenance free batteries. Heavy-duty thick plates with unique manufacturing process make these batteries the most suitable for higher cyclic life & efficient performance under Partial State of Charge (PSOC) operating conditions. Also other unique design features improve temperature tolerance hence suitable for higher operating temperature Outdoor site operations. Telecom BTS sites depend heavily on standby power i.e. batteries and DG, due to poor & unreliable grid power. Operating conditions in these areas subject the batteries to deep cycling & partial state of charge operation. The challenge in maintaining site uptime through uninterrupted power is highly dependent on the consistent & reliable performance of the battery. HBLs Triumph Plus batteries are designed to meet the growing need of reliable power.

HBLs Triumph HP series is a premium design valve regulated lead acid battery based on features offered by world class companies. The battery works on the gas recombination principle and has been designed to meet the requirements of a wide range of applications. HBLs Triumph HP series is backed by 30 years of design and manufacturing experience in field of specialized batteries. Triumph-HP batteries are manufactured using advanced processes like computer controlled cell formation, PLC controlled electrolyte filling and robotic welded steel enclosures. Further each unit is quality tested.

HBL has developed the design and manufacturing technology for a wide range of submarine batteries. The product superiority comes from a fully equipped modern facility that has machines for Pressure die casting of low antimony tubular spines, forming and plating copper stretch metal, Resin transfer moulding of high shock resistant fiber glass containers and a fully automated cell test facility.

Nickel Cadmium Fibre electrode batteries may be seen as 3rd generation (1980s) technology. Pocket plate is 1st generation (1919's) and Sintered Plate is 2nd generation (1950s). The Fibre Electrode Technology has been provided by DAUG, Germany (research venture of Mercedes Benz & Volkswagen). The Nickel Fibre matrix used for the fibre plate allows 90% of the electrode volume for holding the active material. The open three dimensional fibre structure also provides good conductivity to ensure excellent electrical performance. Nickel Cadmium Fibre plate technology uses active material free from graphite and iron. Elimination of these elements ensures that the electrolyte does not get carbonated and reduces water consumption. The elastic nature of NCFP electrode enables it to absorb greater shock and vibration stresses. This includes volume changes during charge and discharge cycles, hence the battery can give more number of cycles compared to other battery technologies. The NCFP technology is considerably lighter in weight and hence has high energy density.

HBLs Nickel Cadmium Pocket Plate Battery designs are based on the superior Pocket Plate technology. The first electrode design for Nickel Cadmium Batteries employed the pocket plate construction which is still considered to be the most reliable design.The fully integrated modern factory, supported by strong process management and quality controls makes HBL one of the best Nickel Cadmium Battery production facilities in the world.In HBLs Pocket Plate design, the active materials are encapsulated between folded steel strips which are perforated from both sides. This double perforation method increases the effective surface area by 30% and helps in better utilization of the active material thereby making the battery more efficient. The batteries are manufactured in 3 series designated as H, M and L based on their performance capabilities. The H series have thin plates to provide for high discharge currents, the L series have thick plates to provide lower currents for long durations and the M series have an optimized plate thickness which is ideal for medium discharge performance and durations.These Batteries are available as Single cells of 1.2V or in Blocks (individual cells thermally welded and connected either in series or in parallel) of higher voltages (2.4, 3.6V etc) and capacities.

IGNITE batteries are manufactured by HBL using state-of-the-art Pure Lead Tin technology that helps to deliver higher cranking current and longer shelf life than ordinary batteries.

The Pure Lead-Tin VRLA battery has an unmatched peak power performance due to its thin plate design. This is a sealed maintenance free battery with no topping up required for life.

HBLs Front terminal batteries are compact in design with high energy density, suitable for installation in ETSI racks. These batteries are manufactured using advanced and automated processes thus ensuring very high reliability and integrity

Taurus offers two types of series NDP (Normal Discharge Performance) & HDP (High Discharge Performance) complying to IS 1651 specification. These products cover a wide capacity range that permits selection of an optimum battery for a given application.

Pure Lead Thin Plate Technology is an advanced lead acid technology ideally suited to high rate discharge applications where TOTAL reliability is demanded. Uninterruptible Power Solution for Data Centers Data centers are critical business hubs for banks, insurance companies, government institutions and many other institutions. A totally reliable power supply is needed for their operations. UPS are typically used in parallel with diesel generators. On failure of the grid power the UPS takes on the load while the generator is started, stabilized and switched to take over the critical loads. For the power system to be totally reliable the facilities engineer needs a totally reliable battery. This application requires the best available battery to deliver the load for a typical duration of 5 to 15 minutes. Thereafter the loads will have switched to the alternate DG power

HBL Battle Ready batteries employ Pure Lead Thin plate technology for high performance. These Valve Regulated Lead Acid, maintenance free batteries are designed using Absorbent Glass Mat (AGM) separators. The use of AGM separators in combination with self-resealing, pressure-regulating valves and a starved electrolyte design enables recombination of gasses generated during normal operation. This eliminates free acid and the need for electrolyte top-up. These batteries are tested for vibration & shocks. Battle Ready batteries are delivered fully charged and are ready for use.

Lithium and Lead Reserve Batteries are used in Fuzes of various Military and Naval weapon systems, Projectiles, Bombs and Missiles. These Batteries are unique. They can be stored for more than 20 years prior activation. A substantial amount of electro-chemical energy can be stored in a small volume in the Reserve Battery without any energy loss. HBL Reserve Battery unit has been working comprehensively in the field of Lithium and Lead Reserve Batteries, Turbo-Alternators and Safety & Arming Devices since 1988. Our Reserve Batteries are designed, developed and manufactured using In-house patented technology-to meet customized requirements. HBL Reserve Batteries are hermetically sealed and designed to withstand high setback shock (up-to 50000 gs) and spin (up-to 30000 rpm) to which the munitions are subjected during combat, and still supply power with utmost reliability to the electronic circuitry in the munitions. Our Reserve Batteries are designed to function consistently over a temperature range of -450C to +710C. HBL has developed several models of Lithium and Lead Reserve Batteries for powering electronic circuitry in fuzes of Projectile shells, Mortars, Guns. We developed Batteries to meet the fuze applications of reputed customers in India and abroad. Our Reserve Battery unit has skilled work force and facilities for designing, developing manufacturing, Prototype testing & Battery Qualification in accordance with MIL standards.

Emergency supply of reserve electrical power to aircraft avionics and weapons systems when the output of the aircraft generator is insufficient or the generator is out of service ensuring continued combat capability of the aircraft Independent starting of the aircraft engine without ground support units ensuring the aircraft is never stranded and will be available when called upon.

HBL has been working extensively for the past 3 decades in indigenously designing and developing Silver Oxide-Zinc and Silver Chloride-Magnesium Batteries for Defence Sector applications. We at HBL, manufacture Silver Batteries using proven in-house technologies and designs. All HBL Silver Batteries are designed and manufactured to conform with relevant International Naval, Air-force and Military standards. HBL can also design, develop and manufacture Batteries according to customized applications. HBL Batteries are safe and fail proof when operated and maintained under specified conditions.

Charge input from solar arrays sometimes is insufficient to keep the batteries fully charged. During sun-less days, batteries are discharged but not charged. These conditions result in battery operating in partial state of charge (psoc), cycling and deep-cycling. Also, solar systems are installed in open atmosphere exposing the batteries to extreme temperatures. Other lead acid batteries fail in such conditions due to sulphation, stratification, corrosion and plate shedding. Moreover, remote solar installations make water top-up difficult and costs money. To meet such rigors of usage hbl introduces a maintenance free (no water top-up) tubular gel vrla battery with unbeatable combination of tubular plate and gelled electrolyte, which is a perfect fit for all solar applications.