Products
Battery Chargers Coming Soon
Racks and Spill Containment Systems
BAE Batteries Canada is proud to be partnered with EnviroGuard, the global leader in battery spill containment and environmental health & safety training.
Racks
Aptus is a division of EnviroGuard, which has been offering global compliance solutions since 1993. Our team of experts combines over 60 years of experience in design, fabricating, and manufacturing across multiple industries including standby power. We offer a full line of products for the standby power industry that focuses on major telecom, utility and data center end-user requirements during the design process.
Spill Containment
Fire regulations and countless other laws require spill containment for stationary lead acid battery systems typically used as standby sources of power for those industries where a continuous flow of electrical power is required. The EnviroGuard system uses durable designs built from quality materials and a proprietary non-gassing pillow system to quickly absorb and neutralize electrolyte in a manner that allows proper disposal.
Protect the environment from leaking batteries with our high quality spill containment systems. Battery spill containment includes compliance and safety products and services to ensure compliance within standby power battery rooms, telecom battery systems, solar power battery applications, motive power, and automotive applications.
Have any questions about our products or services?
CONTACT USThe OPzS Series flooded tubular plate 6-12V multi-cell blocks are one of the most enduring lead acid batteries on the market today. They are ideally suited for stand-by operations as well as for capacitive loads. They perfectly meet requirements for bridging times between 1h to more than 10h. The raised-post “N6” design permits individual intercell connection resistance testing.
This battery has an IEC 896-2 cycle rating of 1200 to 80% DOD, and is great for backup power in the applications listed below:
The OPzS Series flooded tubular plate 6-12V multi-cell blocks are one of the most enduring lead acid batteries on the market today. They are ideally suited for stand-by operations as well as for capacitive loads. They perfectly meet requirements for bridging times between 1h to more than 10h. This battery has an IEC 896-2 cycle rating of 1200 to 80% DOD, and is used for backup power in the applications listed below:
The BAE OPzS Series flooded tubular plate cells are one of the most enduring lead acid batteries on the market today. They are ideally suited for stand-by operations as well as for capacitive loads. They perfectly meet requirements for bridging times between 1h to more than 10h.
The OGi Series flooded flat-plate 6-12V multi-cell blocks are robust and optimized for high discharge performance and capable of long duration capacity. This battery has an excellent one-minute discharge rate. It also has an IEC 896-2 cycle rating of 1000 to 80% DOD, and is used for backup power in the applications listed below:
The raised-post “N6” design permits individual cell and intercell connection resistance testing
BAE OGi - cells are suitable for backup power applications where operational safety and long service-life is a top priority. The OGi performs extremely well where discharge currents are required for short duration discharge times. It also works very well when these short discharge demands are coupled with continuous loads over longer duration discharge times.
BAE uses a round-grid flat-plate design for its OGi cells. Due to its excellent lead-mass and grid plate a long operational life and a very good high-current performance is realized. The sleek straight-walled containers and bridge- supported plates provide a high power-density in a compact footprint. The transparent container allows visibility and control for easier maintenance and service.
They are used as a stand-by energy source in transmission and/or distribution substations, as well as in data centres for UPS; for emergency lighting equipment and other applications requiring higher short duration rates.
BAE OGi - cells are suitable for backup power applications where operational safety and long service-life is a top priority. The OGi performs extremely well where discharge currents are required for short duration discharge times. It also works very well when these short discharge demands are coupled with continuous loads over longer duration discharge times.
BAE uses a round-grid flat-plate design for its OGi cells. Due to its excellent lead-mass and grid plate a long operational life and a very good high-current performance is realized. The sleek straight-walled containers and bridge- supported plates provide a high power-density in a compact foot-print. The transparent container allows visibility and control for easier maintenance and service.
They are used as a stand-by energy source in transmission and/or distribution substations, as well as in data centers for UPS; for emergency lighting equipment and other applications requiring higher short duration rates.
The BAE OPzV Series VRLA tubular plate gel batteries belong to the best EUROBAT classification for maintenance free lead-acid batteries. These are classified as >12 year, long life, the highest classification according to EUROBAT. They are ideally suited for stand-by operations with high requirement of operational safety. They perfectly meet requirements for bridging times between 1h to more than 10h.
In applications with high requirements of operational safety and bridging times of 1h to more than 10h, the BAE OPzV is the right choice.
The BAE OPzV Series VRLA tubular plate gel batteries belong to the best EUROBAT classification for maintenance free lead-acid batteries. These are classified as >12 year, long life, the highest classification according to EUROBAT. They are ideally suited for stand-by operations with high requirement of operational safety. They perfectly meet requirements for bridging times between 1h to more than 10h
The BAE OGiV VRLA gel batteries belong to the best EUROBAT classification for maintenance free lead-acid batteries. These are classified as >12 years, long life, the highest classification according to EUROBAT.
Where operational safety has top priority and short autonomy times of 15 min to several hours are required, the OGiV is the right choice.
Non-seismic flooded battery racks offer rugged construction and economical solutions for most needs. Numerous configurations support most manufacturer's batteries, and satisfy most battery room installation needs. Aptus flooded battery racks offer smart rack solutions utilizing proven technology combined with advanced features to reduce installation costs. The racks are easy to assemble, designed to fit most manufacturers' battery models, and feature optional UL Listed integrated spill containment systems with neutralization and absorption. All rack frames are fully welded and feature ANSI 61 gray FR acid-resistant epoxy powder-coat to ensure longevity in standby battery applications. Custom racks are available.
Stocking programs available to allow for quick ship programs - most common stock orders can be fulfilled within 3 weeks. Lengths typically available from 2 to 20 feet. Splice kits are available for larger sizes.
Seismic flooded battery racks are certified to IBC 2012 essential applications. Available in both Light Seismic and Heavy Seismic designs. Both series of racks are also approved by a California Structural Engineer and meet the toughest rack design standards. Universal configurations support most manufacturers' common battery sizes. Flooded battery racks offer smart rack solutions utilizing proven technology combined with advanced features to reduce installation costs. The racks are easy to assemble, designed to fit most manufacturers' battery models, and feature optional UL Listed integrated spill containment systems with neutralization and absorption. All rack frames are fully welded and feature ANSI 61 gray FR acid-resistant epoxy powder-coat to ensure longevity in standby battery applications. Custom racks are available.
Lengths typically available from 2 to 20 feet. Splice kits are available for larger sizes.
Seismic flooded battery racks are certified to IBC 2012 essential applications. Available in both Light Seismic and Heavy Seismic designs. Both series of racks are also approved by a California Structural Engineer and meet the toughest rack design standards. Universal configurations support most manufacturers' common battery sizes. Flooded battery racks offer smart rack solutions utilizing proven technology combined with advanced features to reduce installation costs. The racks are easy to assemble, designed to fit most manufacturers' battery models, and feature optional UL Listed integrated spill containment systems with neutralization and absorption. All rack frames are fully welded and feature ANSI 61 gray FR acid-resistant epoxy powder-coat to ensure longevity in standby battery applications. Custom racks are available.
Lengths typically available from 2 to 20 feet. Splice kits are available for larger sizes.
A front access battery rack that incorporates a spill containment solution at no added cost. This feature is designed to comply with authorities having jurisdiction and enforcement personnel who may require this feature. The containment trays can be applied during new installation or as a retrofit solution. These racks are modular in design and accept all major manufacturers' 10 year batteries. Containment can be added at a later date at a marginal cost. This allows the end user more flexibility and will reduce cost of compliance if required.
Used in wet-cell battery applications, the Eagle is a UL Listed, patented, liner based, spill containment system. It has a Class 1 fire rated, corrosive resistant, pre-formed liner and metal barrier walls with an acid-resistant, safety yellow coating. Also available in grey.
Ssed in wet-cell battery applications, is a non liner-based spill containment system that complies with NFPA, International Fire Code (IFC), and OSHA. It has metal barrier walls with an acid-resistant, safety yellow coating. Flanges may be in or out to save floor space.
The OPzS Series flooded tubular plate 6-12V multi-cell blocks are one of the most enduring lead acid batteries on the market today. They are ideally suited for stand-by operations as well as for capacitive loads. They perfectly meet requirements for bridging times between 1h to more than 10h. The raised-post “N7” design permits individual intercell connection resistance testing.
This battery has an IEC 896-2 cycle rating of 1200 to 80% DOD, and is great for backup power in the applications listed below:
The OGi Series flooded flat-plate 6-12V multi-cell blocks are robust and optimized for high discharge performance and capable of long duration capacity. This battery has an excellent one-minute discharge rate. It also has an IEC 896-2 cycle rating of 1000 to 80% DOD, and is used for backup power in the applications listed below:
The raised-post “N7” design permits individual cell and intercell connection resistance testing.
The BAE OPzV Series VRLA tubular plate gel batteries belong to the best EUROBAT classification for maintenance free lead-acid batteries. These are classified as >12 year, long life, the highest classification according to EUROBAT. They are ideally suited for stand-by operations with high requirement of operational safety. They perfectly meet requirements for bridging times between 1h to more than 10h. The raised-post “N7” design permits individual internal and connection Ohmic testing on a per cell basis for a significant increase in reliability.
In applications with high requirements of operational safety and bridging times of 1h to more than 10h, the BAE OPzV is the right choice.
The BAE OGiV VRLA gel batteries belong to the best EUROBAT classification for maintenance free lead-acid batteries. These are classified as >12 years, long life, the highest classification according to EUROBAT.
Where operational safety has top priority and short autonomy times of 15 min to several hours are required, the OGiV is the right choice. The raised-post “N7” design permits individual internal and connection Ohmic testing on a per cell basis for a significant increase in reliability.