CYCLON Batteries

CYCLON batteries have a resealable 50 PSI safety valve which lets gases escape, then automatically reseals, so there’s no risk of excessive gas accumulation within the battery, or “dry out” failure from repeated recharges.

Made from 99.99% pure lead, CYCLON battery plates are extremely thin, so they offer more surface area then conventional batteries and far more power. High purity acid is absorbed right into the Absorbed Glass Mat (AGM) plate separators, so the CYCLON battery provides leak-proof operation in any position.

In addition, the CYCLON battery’s metal outer jacket offers extreme shock, vibration, temperature and flammability protection.

DataSafe Batteries

DataSafe HX Batteries

The DataSafe HX range of valve regulated lead acid batteries has been designed to offer superior solutions for the Uninterruptible Power Supply (UPS) and Information Technology markets. DataSafe HX batteries are the ideal source of power to protect vital systems and incorporates select design features that maximise reliability while ensuring superior performance and an excellent service life.

Built on advanced electrochemistry and backed by over 100 years experience in battery technology and manufacture, DataSafe HX monoblocs have been specifically developed for high discharge rate applications.

DataSafe NPX Batteries

The DataSafe NPX range of valve regulated lead acid batteries has been developed to provide optimal performance and offer superior value in high rate discharge applications.

Used primarily where high power is required for a short duration, these monoblocs are ideally suited for small UPS and general electronics applications such as security and alarms systems, booster packs, leisure and toys, etc.

DataSafe HX Front Terminal Batteries

The DataSafe HX range of valve regulated lead acid batteries has been designed to offer superior solutions for the Uninterruptible Power Supply (UPS) and Information Technology markets. DataSafe HX batteries are the ideal source of power to protect vital systems and incorporates select design features that maximise reliability while ensuring superior performance and an excellent service life.

DataSafe HX Front Terminal batteries are the latest additions to the highly successful high power density range from EnerSys. EnerSys engineers set out to develop true UPS batteries that would be space efficient and easy to maintain. The 16HX550F-FR, 16HX800F-FR and 16HX925F-FR monoblocs are revolutionary 16V, front terminal designs, built on advanced electrochemistry and backed by over 100 years experience in battery technology and manufacture.

DataSafe HX front access batteries have been specifically developed for high discharge rate applications and are ideal for use in cabinets. Compared with traditional 12V top terminated batteries, the 16HX550F-FR, 16HX800F-FR and 16HX925F-FR batteries offer several significant advantages such as space savings, simplified installation, wiring and maintenance. In addition, these batteries are capable of scaling to larger capacities in order to minimise the number of strings in larger UPS systems.

DataSafe HX Plus Batteries

As the cost of electrical energy continues to rise and as energy consumption in applications such as data centres continues to grow, energy efficiency has become a topic of growing interest and concern for the UPS industry. Furthermore, the ever-growing awareness over the impact of energy consumption on the environment has put additional pressure on decision makers to develop genuine power management strategies and to invest in eco-friendly initiatives. As a result, reducing costs and power usage through green initiatives has now become a critical target for many UPS players who have tried to respond by developing higher efficiency power management systems in order to reduce energy losses and ultimately operating costs.

EnerSys, one of the world’s largest industrial battery manufacturers and a leader in stored energy solutions, is proud to be doing its part by developing the most effective and innovative products for a wide range of applications. EnerSys’ DataSafe HX Plus range can significantly contribute to helping customers ultimately achieve their business goals in mission-critical power back-up applications. Using proven and advanced Thin Plate Pure Lead Technology (TPPL), combined with the selection of high grade, high purity materials enables EnerSys to deliver products with outstanding features and benefits and ultimately excellent value for money.

DataSafe XE Batteries

DataSafe XE batteries provide increased power density for modern critical UPS applications.

DataSafe XE batteries are the first specifically designed to meet the evolving needs of today’s datacentre requirements. Engineered with the most advanced Thin Plate Pure Lead (TPPL) technology and benefiting from a superior manufacturing process, DataSafe XE batteries have been specifically designed for 30 seconds to 5 minute high rate discharge applications. Longer life, lower electric spend for float and wider operating temperature range result in savings of up to 25 percent Total Cost of Ownership

GAZ Batteries

The robust design means an excellent resistance against electrical and mechanical stress, low risk of terminal degradation and a proven 20 year plus service life. This combination and extensive use in service make the GAZ Ni-Cd battery series the right choice for industrial applications requiring superior reliability and the highest safety integrity.

GAZ NiCd battery range includes the following models: KL, KM, KH, KGL and KGM

Genesis Batteries

Genesis EP Batteries

Since its introduction in the early 1990s, the Genesis thin plate pure lead-tin (TPPL) batteries have established themselves as a premium high performance battery suitable for a wide range of demanding applications. Today, TPPL technology can be found in applications as diverse as emergency power, avionics, medical, elevators, booster/starter packs, military and consumer equipment.

Genesis EP thin plate pure lead batteries (TPPL) excel in extreme ambient temperature environments and cycling applications such as medical equipment, telecom, UPS, computer backup, renewable energy, lawn and garden equipment and hybrid electric vehicles (HEV).

Genesis NP Batteries

The Genesis NP range of valve regulated lead acid front terminal batteries has been designed to offer competitive solutions for the general purpose float applications.

Genesis NP is a cost-efficient battery type that follows industry standards and is ideal where weight and volume are key factors.

The comprehensive Genesis NP range comprises of 6V and 12V mono blocks ranging from 0.8Ah up to 200Ah. Our Genesis NP is of industry standardized dimensions and can be use as standby power for emergency lighting, security alarm and reserve power for machines.

Genesis TD Batteries

The Genesis TD range of valve regulated lead acid front terminal batteries has been designed to offer competitive solutions for the global telecom and information technology markets.

Genesis TD batteries incorporate selected design features for the cost-conscious user, while retaining superior performance by weight and volume, increased flexibility of installation and reduced maintenance. 

The Genesis TD battery range are 12V monoblocs featuring a front terminal design for effortless installation.

Monobloc terminal connectors are positioned at the front of the cabinet. With no overhead access required, the space between shelves can be reduced. The convenient front terminal design saves valuable time through easier access.

Genesis XE Batteries

Since its introduction in the early 1990’s, the Genesis XE thin plate pure lead (TPPL) battery has established itself as a premium high performance battery suitable for a wide range of demanding applications.

Today, Genesis XE TPPL technology can be found in alternative energy applications such as solar and wind power and Hybrid Electric Vehicles (HEV). The Genesis XE battery utilizes the TPPL technology to crank out enormous power in a smaller footprint making it ideal for custom applications where space is of the utmost importance. The Genesis XE battery has a more rugged design, including a metal jacket, allowing it to be ideal in harsh environments such as heat and shock and vibration applications.

Hawker Batteries

Hawker ArmaSafe Plus Batteries

The Hawker ArmaSafe Plus series utilises the proven EnerSys Thin Plate Pure Lead (TPPL) valve regulated technology, to meet the diverse and demanding energy storage needs of the modern world. Today over 2 million batteries have been installed on a wide range of combat and tactical vehicles throughout the world.

EnerSys Thin Plate Pure Lead (TPPL) technology packs more power into the same space as a conventional battery and reduces corrosion and water loss through the purity of the materials used in construction, providing extended storage and service life as well as increasing the resistance to abusive deep discharges.

The inherent design of the valve-regulated (VRLA) Hawker Armasafe battery minimises gas evolution and eliminates the need to top up periodically with water. The electrolyte is fully absorbed into the glass mat separators between the positive and negative plates, which mean there is no free acid within the battery case; this gives increased flexibility in mounting position.

We also offer battery monitoring systems that are critical for anyone reliant on battery power in a military vehicle. Our solutions include the Datacell II Battery Monitoring System and the VBMS Battery Management System.

Hawker ATEX Batteries

Hawker ATEX batteries are specialist range of motive power batteries using a battery container designed, patented and certified for use in Zone areas where flammable gas or dust may occur.

• Group I Category M2
• Group II Category 2 and 3
[Zone 1 and 2 (Gas), 21 and 22 (Dust)]

They are designed to power electrical materials handling equipment working in potentially explosive environments.

The new compact design of the battery container permits the O.E.M.’s recommended maximum capacity cells to be fitted, thus eliminating the previous necessity of reduced capacity and working patterns noted with alternative designs.

Hawker EvoRail batteries are valve regulated gas recombination batteries with gelled electrolyte. Produced in accordance with the DIN standard, fitted with maintenance-free, gel tubular-plate cells batteries are approved for application in railway vehicles. EvoRail battery does not require any water filling throughout its whole operational life. These batteries also eliminate the possibility of environmentally damaging electrolyte leakage as the electrolyte is fixed in the gel.

EvoRail batteries experience very little self-discharge. Suitable for medium, partly cyclical loads, the batteries have robust cell construction in a tubular-plate design. The fully-insulated maintenance-free fastening technology used in the EvoRail batteries ensures problem-free, cost-conscious cell replacement.

Hawker perfect plus™ motive power batteries provide a high level of power and reliability for all industrial truck operations, from simple applications with a low capacity loading up to heavy duty multi-shift work.

Hawker perfect plus batteries provide higher efficiency in discharge, which is achieved by the use of advanced components in the construction of the positives plates. The sizing of plates has been optimised according to volume available in the cell boxes and the process of filling the positive plates has been improved. All these technical enhancements have enabled an increase in the cell capacities while retaining the same exterior dimensions.

All Hawker perfect plus cells use the robust tubular vented technology (PzS). The positive electrodes are diecast tubular plates (PzS) and advanced components used in their manufacture provide increased efficiency. The negative plates are flat pasted plates. The separator is of the microporous type. The cell box and lid are made from high impact, temperature resistant polypropylene and are heat-seal welded to prevent electrolyte leakage.

Specially designed Hawker Perfect Plus ATEX batteries are also available for potentially explosive environments.

Hawker Perfect Rail Batteries

Hawker PerfectRail range of batteries provides a high level of power and reliability for all rolling stock applications. PerfectRail batteries produced in accordance with the DIN standard, are fitted with low-maintenance, low-antimony tubular plate cells approved for application in railway vehicles. The battery connectors ensure problem-free and easy battery replacement.

Hawker’s automatic water refill system ensures that the batteries are low-maintenance, while the flexible connectors with adapted cross section allow the batteries to carry high currents. The cells and batteries have been homologated by many of the European rail organisations.

Hawker PerfectRailDS Batteries

Hawker PerfectRail proven Pb-sb and hybrid Pb-Ca grid technology offers a cost effective and reliable battery, which you can depend on for consistent performance, irrespective on the application and environment.

The Hawker PerfectRail Diesel Starter range of 12V flooded batteries is suitable for engine starting and it is a source of on-board power for a wide range of rail vehicles.

The Hawker PerfectRail Diesel Starter battery is manufactured using the very highest quality raw materials, using state of- the-art manufacturing equipment and process from plate casting through to assembly and formation. Quality control is ensured through automated self-checking operations and operator checks and tests performed by skilled technicians ensure the control and the continuous improvement of our processes and products.

Hawker Powerbloc Batteries

Powerbloc and Powerbloc dry are ranges of bloc batteries for all applications in small traction, from cleaning machines to pallet trucks and industrial electric vehicles as well as some domestic applications like wheelchairs and golf carts.

Powerbloc are flooded batteries while Powerbloc dry are gas recombination VRLA batteries.
The Powerbloc range can be recharged with 50 Hz or HF chargers whilst the Powerbloc dry requires an approved profile charger. If you wish to use an existing charger you should check that the profile is approved by our technical team.

Our HF chargers are equipped with microprocessors and ensure a reliable full recharge for any degree of discharge of the battery (max 80%). These chargers have an electronically regulated characteristic charging curve. Charging process is automatically controlled and terminated. 

Hawker Submarine Batteries

EnerSys manufactures a wide range of tubular and flat plate cells that are well proven as both standby batteries in nuclear powered submarines and as the main propulsion in diesel electric submarines.

EnerSys technology in submarine batteries is the result of the experience gained in adapting to the changing needs of navies throughout the world. Advancements in technology has now introduced the EnerSys Thin Plate Pure Lead (TPPL) Valve Regulated (VRLA) batteries for submarine applications, reducing service requirements and improved safety.

Hawker ZeMaRail Batteries

ZeMaRail VRLA, TPPL+Sn are maintenance-free rolling stock batteries with Thin Plate Pure Lead (TPPL) technology. TPPL+Sn technology packs more power into the same space than conventional battery. Due to the purity of the materials used in construction corrosion and water losses are reduced, storage and service life is extended moreover resistance to abusive deep discharges is increased.

Hawker ZeMaRail VRLA, AGM and Gel are maintenance-free rolling stock batteries with gel instead of liquid electrolyte. The main effect of gel electrolyte in AGM-technology is the higher cycle performance and deep discharge resistance. An additional side effect of Gel electrolyte in AGM-technology is the more efficient heat management.

Hawker ZeMaRailDS Batteries

ZeMaRail Diesel Starting batteries combine excellent starting power with exceptional deep cyclic capability.

EnerSys® TPPL technology with 99.99% purity lead-tin plates and highly compressed AGM separators delivers superior cranking power and deep cyclic characteristics of 400 cycles to 80% DOD.

The internal elements are specifically designed to withstand extreme levels of shock and vibration ensuring reliability and long life in demanding applications.

The ZeMaRail Diesel Starter battery is designed with quality in mind to boost your energy, when you need it the most.

Ironclad Batteries

Ironclad Batteries

EnerSys has been manufacturing Ironclad batteries for the North American market for over 100 years. They’ve proven themselves to be reliable, rugged performers in many applications and work environments. They’re designed with our proven EnerSys square tube technology to deliver higher sustained operating voltages and rugged reliability for higher productivity and longer life.

Thanks to their unique square tubular, positive plate design using Cladex tubing, Ironclad batteries can run with higher specific gravities, which not only increase the power and run time but also lead to a longer service life. In addition, Ironclad batteries have a design life of 1,800 cycles, which equates to an extra year of life in many applications.

Ironclad batteries meet the demands of even the toughest, heavy-duty applications. 

NexSys 12v Batteries

NexSys 12v Batteries

NexSys 12V batteries provide exceptional performance and flexibility for small traction applications, making them the ideal choice for burden carriers and automated guided vehicles (AGVs). Use them when you want and charge them when you can. You can even put them back into service before they’re fully charged. And they’re maintenance-free and highly resistant to shock.

NexSys chargers are designed especially for NexSys batteries to slash recharge times and allow for opportunity charging with no risk of damaging the battery.

NexSys Batteries

NexSys range of high-performance motive power 2V batteries offers fast charging, opportunity charging, zero battery change (ZBC) and virtually zero maintenance capabilities that deliver significant operational benefits and lifetime cost savings compared to traditional flooded and gel battery alternatives. Based on the proven Thin Plate Pure Lead (TPPL) technology, NexSys batteries are available in Standard and Fast charging configurations to support a wider range of applications than previous models.

Advanced system matching with NexSys and NexSys+ modular chargers ensures high performance and energy cost savings. NexSys batteries are suitable for an extensive range of vehicles including lift trucks, order pickers, pallet trucks, AGV/LGVs and cleaning machines.

ODYSSEY Batteries

Thanks to its rugged construction including Thin Plate Pure Lead (TPPL) technology and AGM (Absorbed Glass Mat) design, ODYSSEY batteries deliver twice the overall power and three times the life of conventional batteries.

OptiGrid Stored Energy Solutions

Utilities are discovering significant benefits through the integration of large battery systems into their power grid structure. That’s why EnerSys is proud to offer OptiGrid Stored Energy Solutions – a flexible, turnkey, utility-scale capacity optimization system.

PowerSafe Batteries

EnerSys sells and distributes PowerSafe batteries globally except in the following countries – India, Indonesia, Malaysia, Singapore and Thailand – where batteries are marketed under the “SuperSafe” brand.

PowerSafe-SuperSafe DDm Batteries

The PowerSafe DDm range of valve regulated lead acid batteries further demonstrates EnerSys’ commitment to supplying those high quality products demanded by customers in the Reserve Power marketplace. PowerSafe DDm combines the benefits of large capacity, long life cells with a choice of compact racking systems to provide reliable, cost-effective solutions for large installations.

PowerSafe DDm batteries enhanced cell design incorporates thick positive plates for superior operational life expectancy together with a dual pillar seal arrangement for utmost integrity. Furthermore, cells are supplied in dedicated steel containers that maintain the uniform compression necessary to ensure consistent performance throughout product life.

The combination of individual modules for easier handling and specially engineered conventional racks provide the flexibility for system design that allows simplified, front access installation even in the most difficult locations. Where operating criteria demands, PowerSafe DDm can also be supplied with seismic racks qualified to UBC 1997 Zone 4.

PowerSafe-SuperSafe GFM Batteries

The PowerSafe GFM battery range offers the solution for large capacity, valve regulated lead acid battery requirements. PowerSafe GFM battery’s modular design concept, with its integral racking system, provides a cost effective, compact battery solution combined with a quick, simple on site installation process.

PowerSafe GFM batteries are designed using proven gas recombination technology which removes the need for regular water addition by regulating the emission of hydrogen and oxygen during charging. Oxygen evolved at the positive plates diffuses through microporous separators to the negative plates and by a series of chemical reactions within the cell, recombines to form water. Each cell incorporates its own safety valve that allows the controlled release of gas when pressure builds up within the cell.

PowerSafe-SuperSafe GN Batteries

PowerSafe GN batteries were initially released in 1978 to serve the nuclear industry. And today, it’s still the trusted battery for nuclear power plants due to our engineering and manufacturing expertise.

PowerSafe GN batteries are built in accordance to a Quality Management System that encompasses 10CFR50 Appendix B and NQA-1 requirements and has become the battery of choice for the resurgent US nuclear market.

Covering a full gamet of range from 1140AH to 3600AH the Powersafe GN battery is a robust calcium flat plate.

PowerSafe GN batteries are qualified to IEEE535 as a battery that can be utilized in Class 1E nuclear applications.

PowerSafe-SuperSafe OP Batteries

The PowerSafe OP range of flooded cells has been designed for use in standby power applications where high performance and long life are requirements of paramount importance. The special flat plate design offers various key benefits such as high energy density and low maintenance to provide cost effective and reliable battery solutions. In addition, PowerSafe OP cells offer excellent performance at high rate discharges.

This comprehensive range of cells, designed for operation in parallel or in series, ensures that your system requirements are perfectly matched. The specification of the PowerSafe OP cells make it ideal for a broad spectrum of applications including telecommunications, Uninterruptible Power Supply, power generation, transmission and distribution, emergency lighting and security systems.

PowerSafe-SuperSafe OPzS Batteries

The EnerSys range of PowerSafe OPzS batteries has been designed for use in all standby power applications that demand the highest levels of reliability and security.

PowerSafe OPzS cells benefit from an optimised plate design that results in increased capacity compared to the requirements of the internationally recognised DIN standard. In addition, the tubular plate technology offers excellent cycling performance together with a proven long life under float voltage conditions, for a truly flexible solution.

The specification of the PowerSafe OPzS cells make it ideal for a wide range of applications such as telecommunications, power generation and distribution, railway, airport and seaport signalling, computing, emergency lighting, automation and measuring systems.

PowerSafe-SuperSafe OPzV Batteries

The EnerSys range of PowerSafe OPzV batteries is suitable for a broad range of applications including telecommunications, power generating stations and distribution systems, railway, airport and seaport signalling, computing, emergency lighting, automation and measuring systems.

The PowerSafe OPzV range of valve regulated lead-acid batteries uses a proven combination of gel and tubular technologies to offer a very high level of reliability. These single cells benefit from an optimised plate design that gives capacities in excess of the DIN standard values. In addition, the PowerSafe OPzV range of batteries offers both an excellent float life and a high cycle life for a truly flexible solution.

PowerSafe-SuperSafe Planté Batteries 

The EnerSys range of PowerSafe Planté YAP, YCP, YHP and U-YHP cells has been designed for standby power applications wherever high performance and long life are absolute requirements.

Using the traditional Planté positive plate design, refined by more than 125 years of EnerSys’ battery manufacturing experience, Planté’s specifications make it the ideal choice for a wide range of applications such as telecommunications, power generation and distribution, UPS, emergency lighting and security systems.

The Planté cell is unique in that it delivers 100% of its rated capacity throughout its entire life, a claim unmatched by any other lead acid battery technology. This eliminates the need to oversize the battery to allow for reduced performance towards the end of service life.

The capacity range covered by EnerSys high performance PowerSafe Planté products is 16 to 2400 ampere-hours (1 0h to 1 .80Vpc at 20°C). YAP types cover 16 to 80Ah; YCP types 107 to 455Ah; YHP types 535 to 2139Ah and U-YHP types 600 to 2400Ah.

PowerSafe-SuperSafe SBS EON Batteries

EnerSys outstanding EON Technology further extends the technical leadership of PowerSafe SBS batteries: not only do PowerSafe SBS EON Technology cells and monoblocs retain the benefits typically associated with EnerSys’ Thin Plate Pure Lead Technology (long life, high energy density, superior shelf life, etc.), they also deliver exceptional cyclic performance in both float and fast charge applications, even in the hottest and harshest operating environments.

Where conventional VRLA AGM batteries struggle to cope with harsh conditions and frequent power outages, EON Technology makes PowerSafe SBS 2V and 12V batteries the perfect solution for the challenging operating conditions of today’s telecommunication networks. The specification of PowerSafe SBS EON Technology also makes SBS EON products suitable for large-scale UPS and off-grid energy storage applications.

The PowerSafe SBS EON Technology battery range is available in several configurations: the front terminal SBS B14 – 190F designs which make installation and inspection quick and easy, the classic top terminal SBS 410 design and the SBS 320 – 900 series which offers industry-leading capacities (up to 900Ah) in OPzV’s DIN container sizes.

For superior energy and power, high performance and proven reliability, there is no substitute to PowerSafe SBS EON Technology batteries.

PowerSafe SBS XC Batteries

The EnerSys® PowerSafe® SBS® XC range of valve regulated lead acid cells and monoblocs is designed to meet the challenging demands of unreliable grid applications.

SBS XC benefits from EnerSys’ state-of-the art Thin Plate Pure Lead (TPPL) technology platform. The fast recharge and high reliability of the PowerSafe SBS XC make it the perfect solution for challenging operating conditions in a network of poor grid stability where there is high risk of uncontrolled partial state of charge (PSoC) operation. It also has the benefit of resilience against deep discharge.

The high cyclability of SBS XC and its ability to operate in uncontrolled PSoC conditions, where ambient temperature can often be warm, provides the operator benefits in terms of total cost of ownership (TCO).

PowerSafe SBS XC Plus Batteries

In many regions of the world where grid-connected power is not available, telecom networks have historically been dependent upon diesel generators, a source of energy known for huge fuel and maintenance costs, high levels of CO2 emissions as well as poor efficiency and reliability. In recent years however, the challenge of powering networks has been successfully overcome by the use of hybrid systems. The combined use of diesel gensets and batteries is progressively enabling the industry to reduce its dependence on generators alone and lower the total cost of ownership of networks. More complex systems, incorporating renewable energy technologies such as solar and wind power, are also being implemented to provide a complimentary energy solution.

 To assist operators reduce OPEX costs further, EnerSys® has developed PowerSafe® SBS XC+, a range combining advanced carbon chemistry with EnerSys’ proven TPPL technology. Unlike conventional VRLA AGM technology telecom batteries, PowerSafe SBS XC+ is an innovative solution specifically engineered to cope with the operating challenges (high cyclic use, high ambient temperatures, etc.) of hybrid telecom sites. PowerSafe SBS XC+ delivers outstanding energy throughput and cyclic performance for longer battery life and its ability to operate in controlled partial state of charge (PSOC) reduces genset runtime for additional OPEX savings, namely significantly lower fuel consumption and generator maintenance costs.

PowerSafe-SuperSafe TS Batteries

The PowerSafe TS range of single cells offers high performance, long life solutions for renewable energy applications.

PowerSafe TS cells are based on proven vented technology and designed for renewable energy applications that require maximum cycle life with the highest level of reliability. They are particularly suitable for use in solar energy installations, ensuring a continuity of electrical supply during the hours of darkness or during periods of reduced sunshine.

Reduced maintenance is achieved through the use of additional electrolyte which means cells only have to be topped-up once a year. This helps to keep down maintenance costs and makes them an ideal solution for many remote or unmanned locations.

Tubular positive plates are widely used in batteries for particularly demanding applications. In the PowerSafe TS range they have been optimised to give an extended cycle life and increased capacity.

PowerSafe-SuperSafe V Batteries

The EnerSys range of PowerSafe V batteries has been designed specifically for use in applications that demand the highest levels of security and reliability. With proven compliance to the most rigorous international standards, PowerSafe V batteries are recognised worldwide as a premium solution for Telecom applications. The reputation of PowerSafe V batteries for long service life, together with excellent high rate performance, also makes it the number one choice for high integrity, high specification UPS systems.

PowerSafe V cells and monoblocs deliver superior performance whilst occupying less space than conventional standby power batteries. The use of V-0 rated, flame retardant, ABS plastic for the thick wall containers and lids offers high mechanical strength with excellent safety features.

PowerSafe V batteries are designed using proven gas recombination technology that removes the need for regular water addition by controlling the evolution of hydrogen and oxygen during charging. Oxygen evolved at the positive plates diffuses through microporous separators to the negative plates and, by a series of chemical reactions within the cell, recombines to form water. Each cell incorporates its own safety valve that allows the controlled release of gas when pressure builds up within the cell.

PowerSafe-SuperSafe V Front Terminal Batteries

The PowerSafe® V Front Terminal range of valve regulated lead acid batteries has been designed specifically for use in applications that demand the highest levels of security and reliability. With compliance to the most rigorous international standards, PowerSafe V-FT batteries are recognised worldwide as a premium solution for Telecom applications. The reputation of PowerSafe V-FT batteries for long service life, together with excellent high rate performance, also makes it ideal for high integrity, high specification UPS systems.

PowerSafe V-FT batteries deliver superior performance while occupying less space than conventional standby power batteries. A range of compact designs, suitable for 19”, 23” and ETSI racking, provides users with the benefit of increased energy density. With all electrical connections at the front, installation and inspection are both quicker and easier.

PowerSafe V-FT batteries benefit from EnerSys’ state-of-the-art Thin Plate Pure Lead manufacturing platform. Monoblocs are designed using gas recombination technology which removes the need for regular water addition by controlling the evolution of hydrogen and oxygen during charging. Oxygen evolved at the positive plates diffuses through microporous separators to the negative plates, and, by a series of chemical reactions within the cell, recombines to form water. Each cell incorporates its own safety valve that allows the controlled release of gas when pressure builds up within the cell.

PowerSafe-SuperSafe Vb Single Cells

PowerSafe Vb batteries are vented lead-acid batteries designed for industrial applications in power supply with high safety requirements. These single cells are qualified for both short duration discharges with high current and long duration discharges with low current. The main areas of application are DC power supply systems in power stations and substations, UPS systems, industrial systems and emergency power supply systems. They can also be used for engine starting and for energy storage in solar power systems.

The special rod plate design of PowerSafe Vb batteries offers a high energy density and a very long life time in one unique design. This gives better performance and can minimise the use of valuable floor space. A rigid earthquake-proof cell allied with the unique PowerSafe Vb safety pole terminals makes this a superior battery design. A very long topping up interval minimises service requirements to complete the package.

PowerSafe-SuperSafe VM Batteries

The PowerSafe VM battery range offers the ideal solution for large capacity, valve regulated lead acid battery requirements. PowerSafe VM batteries’ modular design concept, with its integral racking system, provides a cost effective, compact battery solution combined with a quick, simple on site installation process. PowerSafe VM batteries’ extra thick positive grids provide excellent performance and service life across an extensive range of applications including, telecommunications, power generation/distribution sites, both low and high rate UPS and emergency lighting.

PowerSafe VM batteries are designed using proven gas recombination technology which removes the need for regular water addition by regulating the emission of hydrogen and oxygen during charging. Oxygen evolved at the positive plates diffuses through microporous separators to the negative plates, and, by a series of chemical reactions within the cell, recombines to form water. Each cell incorporates its own safety valve that allows the controlled release of gas when pressure builds up within the cell.

The use of gas recombination technology for lead acid batteries has completely changed the concept of standby power. This technology provides the user with the freedom to use lead acid batteries in a wide range of applications.

PowerSafe-SuperSafe SBS Batteries

The PowerSafe SBS battery range is available in several configurations including the front terminal series, which has become extremely popular in leading edge telecom applications. Smaller than the competition, the design of the front terminal series offers improved flexibility where space is limited and makes installation and maintenance easier and faster.

PowerSafe SBS batteries are designed to cope with raised temperatures and harsh environments. The advanced pure lead plate technology and unique manufacturing methods used by EnerSys, make PowerSafe SBS batteries the first choice for long and trouble-free service. The maximum operating temperature of the PowerSafe SBS J battery series can be extended to 80°C via an optional metal jacket.

EnerSys sells and distributes PowerSafe batteries globally except in the following countries – India, Indonesia, Malaysia, Singapore and Thailand – where batteries are marketed under the “SuperSafe” brand.

Quallion Batteries

EnerSys operates the complete battery manufacturing process, from raw materials to finished batteries, to ensure a unique level of configuration control and security of supply.

With superior energy density, wide operating temperature range, and industry leading reliability, Quallion batteries are more powerful, more flexible, more portable, and smarter than ever before.