The solar work case consists of a robust case with integrated solar module, a
battery for storing energy and various consumers that can be operated using the
self-generated solar power.
The solar work case is available in three
different versions:
- unprocessed
- prepared and ready for installation
- ready for use
In addition to the assembly instructions, the solar work case also contains an educational introduction to the basics of photovoltaics.
The prepared and ready for use material kit consists of
standard electrical components plus the original assembly material.
The
assembly of the material kit does require certain technical skills but no
specific advanced expertise. The assembly instructions guide the user through
the assembly of the material kit step-by-step right up to the creation of a
fully assembled solar work case.
This involves drilling the necessary holes in the case, bending the panels for locking the case lid in place and securing the battery in the case, establishing the electrical connections, etc. in order to assemble the components.
In addition to the materials included in the scope of delivery, the following are also required for assembly:
- 5 mm drill
- Screwdriver
- Sandpaper
- Hacksaw
- Fabric tape
- A way of bending panels, e.g. a vice
The assembly of the solar work case – whether this is done individually, in a group or as a class – is intended to teach basic technical skills and should of course be fun. And when it is complete, the solar work case is in itself a small solar power station that can be used in practice.
The solar module supplies energy from the sun, which is stored in the battery via a charge controller. A wide range of connection options enable various conventional consumers to be operated.
The energy from the sun is stored in the battery as DC current, although other household devices can also be connected via the inverter.
Introduction to basic technical tasks such as:
- Mounting
- Establishing simple electrical connections
Together with the fully assembled solar work case, the educational documents introduce trainees to the basics of photovoltaics, including:
- Module characteristics and their influencing factors
- The fill factor of a solar cell or a solar module
- Power adjustment
Trainees will also become familiar with and understand the main components of an off-grid PV system
- General schools
- Training centres and vocational colleges
- Project groups
- Self-study
- Development projects
- Work case with aluminium design
- Solar module
- Charge controller with deep discharge protection
- 2 universal vehicle sockets
- Battery
- Active loudspeakers
- LED penlight with spotlight
- Inverter
- Lamp socket with LED lamp
- Adapter set
- Numerous strands
- Fuse holder with blade-type fuses
- Distribution box
- Mini cable duct
- Aluminium strip
- Mounting screws with nuts and washers
- Electrical pliers with assembly material
- Detailed assembly instructions with educational material
- Power data:
- Solar module: 10 W, 12 V
- Battery: 12 V, 7.2 Ah
- Connections:
- 2x12 V universal sockets
- Additional 12 V connections through the use of an adapter set
- 2xUSB connections (via an adapter)
- 230 V socket (via an inverter)
- E27 lamp socket with euro plug for 230 V AC current