Dual Battery Systems with internal DC-DC Converter

Block Battery's dual systems provide a nominal 16V DC output and a regulated 28V DC output simultaneously. This makes them compatible with 14V V-Mount and B-Mount camera rigs such as the Sony FX9, as well as 28V cinema cameras like the Canon EOS C400 and RED cinema systems, all from a single battery unit.

The SLi-D600 and SLi-D1000 dual battery systems support loads from 0 to 250 watts, making them suitable for powering cameras, monitors, wireless systems, and on-set accessories simultaneously. The SLi-300 single-voltage system supports loads up to 150 watts, appropriate for 14V cameras, LED panels, and lighter production accessories.

Yes. The SLi-D600 and SLi-D1000 feature disassemblable QuickCell modular designs that allow them to be broken down for compliance with air travel battery regulations. This makes them ideal for remote location shoots and international productions requiring portable, high-capacity power that can be transported safely on commercial flights.

Block Battery dual voltage systems are compatible with a wide range of professional cinema cameras including the Sony FX9, Canon EOS C400, and RED cinema cameras. They support both 14V V-Mount and B-Mount rigs as well as 28V camera systems, and are designed to work seamlessly with professional broadcast and ENG/EFP video production setups.

Block Battery systems use LiFePO4 (Lithium Iron Phosphate) chemistry. This chemistry offers a strong safety profile, long cycle life, and thermal stability compared to standard lithium-ion alternatives. It is well-suited for demanding professional production environments where reliability, longevity, and safe operation under heavy loads are critical requirements.

Yes. All Block Battery systems support battery linking, allowing multiple units to be connected together to increase total energy capacity. This is particularly valuable for high-demand productions requiring extended runtimes without battery swaps. The AutoBalance technology in dual systems ensures balanced charge distribution across linked configurations for optimal performance and battery health.