DC Electric BBQ
Greenplate® DC Series Inbench BBQ
Introducing the DC Series Inbench Electric BBQ from Greenplate – a revolutionary cooking solution that promises to transform the way you cook your food.
Designed to operate at temperatures up to 320 degrees, all while being powered by a 24v DC power supply.
BBQs Made
FOR PORTABLE & ON-The-GO
What sets our product apart is its ability to be customized to fit your unique power requirements. Our customers have the freedom to design their own power system to suit their specific cooking needs. Whether you’re looking to use solar, wind, generator, or mains power, our BBQ system can be charged from a variety of power sources.
Our Inbench Electric BBQ is perfect for those who need a portable cooking solution. Its mobility makes it perfect for camping trips, outdoor gatherings, or even for use on a food truck. The 120A Anderson plug connection ensures a simple and secure connection, while the push-button start and indicator lights provide an easy-to-use interface that lets you know when the BBQ is heating or when it has reached the desired temperature.
At Greenplate, we take pride in designing and producing high-quality products that meet the needs of our customers. Our DC Series Inbench Electric BBQ is no exception. With its superior cooking capabilities, ease of use, and DC operation, it is sure to become a must-have for any outdoor cooking enthusiast or person looking to provide cooking facilities where mains power is impractical or unachievable.
GREENPLATE DC Series InBench BBQ Unit
Overall Cooking Plate Size : 540mm X 540mm
Cooking Surface Area : 410mm X 410mm
Required Cut-Out : 490mm X 490mm
Weight: 20Kg*
Patent Number:761137
Warranty:
5 years heating element
2 years electronics
2 years labour
Lifetime structural warranty – conditions apply
RECOMMENDED BY
City of Charles Sturt
Princess Alexandra Hospital
Cassowary Coast Regional Council
Tablelands Regional Council
Rural Activities Incorporating Sustainable Energy. Inc
Coffs Coast Holiday Parks
Moreland City Council
ENERGY EFFICIENCY
+ Cooking Performance
Greenplate’s® patented 1.8Kw Safety Extra Low Voltage Heating Design features increased energy efficiency and cooking performance. Requires 24v power supply only to operate. No inverters or 240-volt mains power required.
Anti-warping and corrosion
Mono pressed Stainless Steel Cooking Plate provides a quality build that features anti-warping and corrosion properties, whilst providing exceptional heat transfer.
Child Safety Feature
6 Second Child Safety Start Delay Feature as well as other start options available.
REDUCES HEAT LOSS
+ EVEN HEAT DISTRIBUTION
Greenplate’s® DC Inbench BBQ features the latest in digital temperature control, reducing heat loss and providing even distribution of heat across the entire cooking surface.
Digital Temperature Control
+ 28 Minute Cooking Cycle
The Digital Temperature Control Module includes an adjustable 50°C – 320°C cooking range. Includes a 28 Minute Cooking Cycle – cooking cycles also adjustable on order for custom requirements.
Perfect for portable use and remote locations
Greenplate’s® DC Inbench BBQ Unit is powered by using a 24v supply. This enables the unit to be installed in places where mains power is unattainable. The DC BBQ unit can also be installed into RVs, Boats, Caravans, and other locations. This is the perfect alternative to LPG/Gas powered BBQs.
INNOVATED FOR EFFICIENCY
Make an enquiry about your project and our sales support team will be in touch.
FEATURED Projects
Pine Hills Park Arana Hills
Greenplate is proud to have partnered with Moreton Bay City Council to enhance Pine Hills Park in Arana Hills with our innovative Single Standalone Solar BBQ System. This project reflects our commitment to providing sustainable and eco-friendly solutions that cater to the needs of local communities while minimizing environmental impact.
Warrabrook Reserve Newcastle
Solar BBQ installed at Warrabrook Reserve Newcastle with integrated roof solar module system.
The primary objective was to provide a reliable and eco-friendly cooking solution in a park setting where traditional power sources were economically unfeasible.
