Anton/Bauer is aiming to help productions become more sustainable with the introduction of Salt-E Dog, a sodium-based 9kWh mobile power source, which can be used on location.
The Salt-E Dog enables productions to offset 2.6 kg of CO2 and associated NOx per litre of fuel saved.
It offers a range of power output options, with AC power provided through four 20A 120V outlets or a 50A 125V Stage Pin connector.
DC power comes through four 16A 28V XLR3, four 16A 48V, as well as two 5~20V, 100W USB-C ports. The unit can provide up to 6000W of pure sine wave power, and it can be recharged from AC outlets, solar PV, and CCS Level 2 (J1772) electric vehicle charge points.
The sodium cell is 100 per cent recyclable, and also has a lower Global Warming Potential (GWP) rating compared to lithium-ion batteries. Using sodium cells, rather than lithium, productions can safely place the unit near lighting, catering, craft and even on-screen talent without the risk of thermal runaway or fire, reducing the need for fire marshals and water trucks on set lowering insurance premiums, said the company.
The Salt-E Dog’s features include:
- 9kWh sodium battery for consistent and reliable power
- 7-inch colour touchscreen display for real-time monitoring
- IP55 weatherproof rating for durability in all conditions
- Multiple AC and DC outputs for including XLR3, USB and Stage Pin for versatile power distribution
- AC grid power, PowerCon True1, solar PV, and CCS Level 2 (J1772) electric vehicle charger inputs for convenient recharging
“The motion picture and television industry plays a crucial role in inspiring audiences and driving change,” said Nicola Dal Toso, divisional CEO – Videndum Production Solutions. “We are excited to be at the forefront of industry sustainability efforts by producing a cleaner, more environmentally safe alternative to traditional power sources. The Salt-E Dog is the first of a new breed of sustainable Anton/Bauer products that will provide consistent, reliable power with no noise or pollution, helping productions meet sustainability goals without compromising quality.”
