Your Energy Storage Solution
If you need power you can rely on for your domestic or commercial applications, don’t look past BAE solar batteries to provide you with uninterrupted operations and the maximum service life available.
In Australia, BAE has earned a reputation for supplying quality German built and engineered batteries for a diverse array of needs. These include RAPS, UPS, Emergency back-up, renewable energy storage for stand-alone and hybrid grid-connected systems. This is backed up by proven performance in the harshest environments around the globe.
R&J Batteries are proud to be the national distributor for the BAE tubular positive GEL range of products. BAE PVV and OPzV cells are available in amp hour sizes from 121Ah(C10) to 4710Ah(C100). We can also offer wet and flat plate BAE cells if required.
The BAE Secura OPZV PVV Solar range in V0 rated cell cases are compliant AS/NZS 5139:2019 - Electrical Installations – Safety of battery systems for use with power conversion equipment
BAE Secura OPzV PVV Solar Battery
70 Ah – 4940 Ah
BAE Solar Secura PVV batteries don’t need to be refilled with water during their service life. Making this battery type is a maintenance free battery. This also eliminates checking of electrolyte level. The batteries are used to store electric energy in medium and large solar photovoltaic installations. Due to the robust tubular plate design, BAE PVV Batteries are excellently suited for highest requirements regarding cycling ability and long lifetime.
BAE Secura OPzS PVS Solar Battery
70 Ah – 4940 Ah
BAE solar Secura PVS batteries need only low maintenance and are used to store electrical energy in smaller solar photovoltaic installations. Their robust tubular plate design makes BAE PVS batteries suitable for the highest requirements regarding cycling ability and long lifetime.
BAE from Sunset to Sunrise
The sun generates energy of 1012 GWh per year. Innovative technology enables BAE Batteries to enhance the use of this tremendous potential. Solar photovoltaic systems gain in importance for off-grid energy supply. During the time in which no sun is available, a reliable energy storage is essential.
Charging station in infrastructure
Radio and telecommunications, Cellular phone stations
Private consumer, Solar power plant
Regulating systems, Traffic lights, Emergency call stations
Information & Advertising
Illuminated posters, Rotary displays, Prism reverser
Back-up & Critical Power Solutions
Uninterrupted power supply
Construction of the BAE Panzerpol
The Panzerpol allows 16mm of post sliding whilst maintaining a 100% tight fit. This is brought about through the labyrinth post which is a great base for the plastic connection. A primer is used between the pole and the plastic is injection moulded onto the pole. The plastic coating gives tight contact between rubber rings which prevents acid creeping and allows easy sliding of the post up to 16mm. Positive plate growth is a natural effect of high charge rates and heavy cycling. This prevents the top cracking which causes premature failure of the cell.
Labyrinth at the lead post
Primer at the labyrinth avoids creeping acid
Sliding pole: plastic coated lead post provides perfect connection to the rubber ring and enables easy and tight sliding of up to 16mm
Clean corrosion free post slides through the bushing of rubber ring and plastic coating while keeping absolutely tight and leakage free
Polarity coloured covers
Service Ring for measurements from all sides
While keeping IP25 – protection
Brass or Copper inlay for low internal resistance
Examples of cells without panzerpol construction.
BAE Tubular Plate Design
The tubular plate design of BAE solar batteries offers reliable safe and steady performance with stable capacity over the life of the cell. Designed for long cycle life with deep cycling. The BAE tubular grid casting uses antimony-free, lead-calcium-tin alloy which has very low corrosion characteristics and excellent endurance.The dry-filling process with ‘red’ lead gives low plate deviations in tolerances and uniform filling of all the tubes which guarantees low mass shedding and positive active mass which has extensive contact with the conductive lead spines. The large internal surface area also gives stable capacity and high cycle life thus giving you years of reliable energy output.
Dry filling per shaking
Constant quality checks
Very short weight tolerances
Lower acid density necessary
Large internal surface – high capacity
Consistent high-quality level
Strong repelling force
High cyclic behaviour
Strong, thick, centred
High cyclic behaviour
About BAE Solar Batteries
BAE has been producing high quality solar batteries in Berlin since 1899. All their products are made according to the highest environmental standards and are all DIN-certified. BAE is active worldwide and their core business has been in the production of stationary solar batteries for use in backup power solutions for utilities and telecommunications networks. They have built a world-renowned reputation for quality, reliability and innovation.
BAE solar batteries are well-known for their high cycle life and low maintenance operation. In Australia, the BAE solar range has been used for various applications, such as electrical storage for renewable applications, backup and emergency power systems, UPS and various other applications.
National Distributors of BAE Solar Batteries
R&J Batteries are proud to be the national distributor of the BAE solar battery range. If you need power you can rely on for your domestic or commercial application, don’t look past BAE batteries to provide you with uninterrupted operations and the maximum service life available.
Have a question for our team about BAE solar batteries or any of our other commercial batteries? Simply give us a call on 1300 769 282.
The company BAE is certified in accordance with international quality and environmental standards. BAE products meet the highest quality requirements. BAE solar batteries fulfil national and international battery standards as given below:
BAESecura PVS Solar, BAESecura PVSM Solar, IEC 60896-11, IEC 61427:2005, BAESecura PVV Solar, BAESecura PVVM Solar, IEC 60896-21/-22, IEC 61427:2005