The Jüllich Glas JGS-240P+ photovoltaic panel offers a power of 240W. The maximum current is 8.2A, with a voltage of 29.4V. The panel shows resilience with 8.8A short circuit current and 37.6V open circuit voltage, indicators of safety in adverse conditions.
The Jüllich Glas JGS-245M photovoltaic panel offers a power of 245W. The maximum current is 8.5A, with a voltage of 28.9V. The panel shows resilience with 9.1A short circuit current and 37.2V open circuit voltage, indicators of safety in adverse conditions.
The Jüllich Glas JGS-255M photovoltaic panel offers a power of 255W. The maximum current is 8.3A, with a voltage of 30.9V. The panel shows resilience with 8.9A short circuit current and 37.8V open circuit voltage, indicators of safety in adverse conditions.
The Jüllich Glas JGS-255P photovoltaic panel offers a power of 255W. The maximum current is 8.5A, with a voltage of 30V. The panel shows resilience with 8.89A short circuit current and 37.7V open circuit voltage, indicators of safety in adverse conditions.
The Jüllich Glas JGS-245P photovoltaic panel offers a power of 245W. The maximum current is 8.28A, with a voltage of 29.6V. The panel shows resilience with 8.82A short circuit current and 37.5V open circuit voltage, indicators of safety in adverse conditions.
The Jüllich Glas JGS-240P photovoltaic panel offers a power of 240W. The maximum current is 8.2A, with a voltage of 29.4V. The panel shows resilience with 8.8A short circuit current and 37.4V open circuit voltage, indicators of safety in adverse conditions.
The Jüllich Glas JGS-250P photovoltaic panel offers a power of 250W. The maximum current is 8.39A, with a voltage of 29.8V. The panel shows resilience with 8.86A short circuit current and 37.6V open circuit voltage, indicators of safety in adverse conditions.
The Jüllich Glas JGS-235P photovoltaic panel offers a power of 235W. The maximum current is 8A, with a voltage of 29.4V. The panel shows resilience with 8.75A short circuit current and 37.3V open circuit voltage, indicators of safety in adverse conditions.