The SINGLE model with cantilever roof is the space-saving solution and suitable for mounting on house walls. It can be accessed from one side.

We offer CARTHEIA SINGLE with the smallest batch size of 2 pitches, which can be extended according to your individual requirements. A maximum of 5 rows of 3 photovoltaic modules (= 15 modules) can be installed on the roof (capacity: 6 kWp). Dimensions: 2.90 / 5.80 / 5.90 metres (H/W/D).

The DOUBLE model with trough roof is ideal for more car parking spaces and for covering larger parking areas. It can be accessed from two sides.

We offer CARTHEIA DOUBLE with the smallest batch size of 4 parking spaces, which can be extended according to your individual requirements. A maximum of 6 rows of 5 photovoltaic modules (= 30 modules) can be installed on each side of the roof. (output: 12 kWp). Dimensions: 2.90 / 5.80 / 11.30 metres (H/W/D).

All models have a self-supporting construction.

No. The dimensions of the CARTHEIA models are standardised. This offers the customer a considerable cost advantage, as our standard designs are already constructed and statically tested. However, it is very easy to extend or scale the footprint.

For each installed output in kWp, a yield of 900-950 kWh/year can be expected in the northern federal states. In the south of Germany it is even 1050 kWh/year. The orientation of the solar system to the sun is always decisive.

Yes, and we recommend this to every buyer of CARTHEIA. Because every kilowatt hour (kWh) generated by the solar system on the solar carport saves you the same amount of electricity from the public grid.

The duration of the charging process depends on various factors, such as the size of the battery, the current state of charge and the set charging power. You can calculate the charging time of a vehicle as follows:

Battery capacity (kWh) / charging power (kW) = charging time (h)

Yes, because we always recommend connecting the domestic power grid to the inverter. In this case, the electricity from the public grid supports the charging process. Furthermore, the energy generated during the day can be charged during the evening hours by adding a power storage unit.