SEF-3210RT Solar Energy Frame

SEF-3210 SOLAR ENERGY FRAME - FLAT FIXED RETRACTABLE TRAY

The innovative class leading Solar Energy Frame series have been designed to provide a captive renewable photo-voltaic energy source. Solar Energy Frame is a unique plug-n-play solar panel system designed to integrate with the Condor Micro power grid and the Lynx Battery energy storage system to provide a full on-site Captive Renewable Energy system. These Solar Energy Frames are roof mountable and can be manufactured to suit 20ft, 24ft or 32ft ISO container sizes. The frames are simple to set up and require no installation.

Standard Features:

• Constructed with interlock corners securing the SEF onto ISO site cabins
• Designed to interlock, stack and rack for transport & shipping purposes
• Simple plug 'n' play connection to Solar Hybrid Generator or Battery Storage Unit

Optional Accessories:

• Solar Energy Magnetic Smart Box
• Solar Energy Twist lock
• Manual Tilt option for optimal exposure

Mechanical Specifications:

• Heavy duty galvanized frame designed and constructed to be positioned on the roof of site cabins with ISO corner castings. Comes complete with integrated forklift pocket arrangements.
• The Solar Energy Frame has been designed to accommodate the fitting of 8 x 540W Solar PV Panels. The frame has also been designed to house an additional 6 x 540W Solar PV Panels which are retractable on sliding trays, giving an overall maximum Solar Power output of 7560W.
• Overall Dimensions: 9754 mm x 3048 mm x 478 mm

Electrical Specifications:

• Rated Output Power: 7460W
• Rated Voltage: 230V Single Phase
• Frequency: 50Hz
• The solar energy produced is converted from DC to AC with unique onboard micro inverters delivering power to the site cabins via integrated CEE 32A 230V 3 pin Sockets at each end of the solar frame.

Power distribution box:

Electrical power connections are: -
1) Solar Frame input
2) Site cabin input
3) Direct power connection: Generator/Grid
The power distribution box controls the flow of electrical power from the solar energy frame to the designated site cabin. Surplus power will be transferred to DyMac renewable battery energy storage systems. When there is insufficient solar energy being produced, the controller automatically allows the additional required power to be delivered either; from an external direct grid supply or from the batteries in the DyMac renewable battery energy storage systems.
The power distribution box when positioned on a flat steel surface of a site cabin is held in place with integrated magnets.
Multiple Solar Energy Frames can be cascaded together resulting in increased total solar power input capacity.