Solar energy is likely to be an important power source for surface-based operation on Mars. Photovoltaic cells offer many advantages. In this article we have presented analytical expressions and solar radiation data for stationary flat surfaces (horizontal and inclined) as a function of latitude, season and atmospheric dust load (optical depth). The diffuse component of the solar radiation on Mars can be significant, thus greatly affecting the optimal inclination angle of the photovoltaic surface
Dust elevated in local or global dust storms on the Martian surface could settle on photovoltaic (PV...
[1] A general parameterization is proposed in this study to calculate, in a Mars-like dusty atmosphe...
Since 2012 August, the Radiation Assessment Detector (RAD) on the Curiosity rover has been character...
A photovoltaic power source for surface-based operation on Mars can offer many advantages. Detailed ...
Missions to Mars will require electric power. A leading candidate for providing power is solar power...
NASA, through Project Pathfinder, has put in place an advanced technology program to address future ...
Detailed information on solar radiation characteristics on Mars are necessary for effective design o...
Detailed information on solar radiation characteristics on Mars are necessary for effective design o...
Detailed information on the climatic conditions on Mars are very desirable for the design of photovo...
It is well documented that Mars is totally engulfed in huge dust storms nearly each Martian year. Du...
The electric power system is a crucial element of any architecture supporting human surface explorat...
Detailed information on the environmental conditions on Mars are very desirable for the design of ph...
A central question surrounding possible human exploration of Mars is whether crewed missions can be ...
This presentation covers the modeling and power performance of high power Mars surface solar arrays ...
Solar arrays will be the power supply for future missions to the planet Mars, including landers, rov...
Dust elevated in local or global dust storms on the Martian surface could settle on photovoltaic (PV...
[1] A general parameterization is proposed in this study to calculate, in a Mars-like dusty atmosphe...
Since 2012 August, the Radiation Assessment Detector (RAD) on the Curiosity rover has been character...
A photovoltaic power source for surface-based operation on Mars can offer many advantages. Detailed ...
Missions to Mars will require electric power. A leading candidate for providing power is solar power...
NASA, through Project Pathfinder, has put in place an advanced technology program to address future ...
Detailed information on solar radiation characteristics on Mars are necessary for effective design o...
Detailed information on solar radiation characteristics on Mars are necessary for effective design o...
Detailed information on the climatic conditions on Mars are very desirable for the design of photovo...
It is well documented that Mars is totally engulfed in huge dust storms nearly each Martian year. Du...
The electric power system is a crucial element of any architecture supporting human surface explorat...
Detailed information on the environmental conditions on Mars are very desirable for the design of ph...
A central question surrounding possible human exploration of Mars is whether crewed missions can be ...
This presentation covers the modeling and power performance of high power Mars surface solar arrays ...
Solar arrays will be the power supply for future missions to the planet Mars, including landers, rov...
Dust elevated in local or global dust storms on the Martian surface could settle on photovoltaic (PV...
[1] A general parameterization is proposed in this study to calculate, in a Mars-like dusty atmosphe...
Since 2012 August, the Radiation Assessment Detector (RAD) on the Curiosity rover has been character...