Global Solar Systems GmbH
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Global Solar Systems GmbH products

H-I-S

Greenrock - Storage-System

GREENROCK is the safest and most environmentally friendly stationary power storage solution. In contrast to conventional lithium-ion solutions, BlueSky Energy uses a technology based on salt water electrolyte. This is neither flammable nor explosive, safe to touch and absolutely maintenance-free. The salt water power storage is an integrated power storage solution. The salt water battery based on environmentally friendly materials is absolutely safe and maintenance-free

Fuel Cell System

The Ecoport is based on a patented methanol fuel cell technology and is designed as a fully automatic battery charger. With 500 W of power, a single Ecoport 800 provides up to 12 kWh of energy per day. In emergency power applications, the fuel cell continuously supplies up to 800W of electrical energy. Since the consumer is connected directly to the battery, load peaks above 800W can be served without issues. Inexpensive standard methanol is used as a fuel. Compared to other fuel cells, the logistical challenges of transporting gaseous hydrogen are eliminated, while the high efficiency remains. Thanks to simple installation and plug-and-play functionality, a quick power supply can be ensured, for example on construction sites or for traffic surveillance. Three easily replaceable methanol cartridges, each with 25 l of methanol, guarantee 126 kWh supply capacity.

E-Mobility

Solartrichter - Mobile Solar Station

Even in the smallest version, the Solartrichter with an output of 3.3 KWp and a module surface of approx. 18 m² generates up to 4,000 KWh of electricity per year at the Cologne site. The yield values may vary depending on the region/location.

Solartrichter - E-Mobility Charging Station

The Solartrichter is ideal for installation on rest areas, parking lots, holding bays or viewing points.

Technology

Solartrichter - Solar Modules

The Solartrichter tracks the solar modules as precisely, quickly and energy-saving as possible to the most energy-rich point.