Photoresponsive polymer design for solar concentrator self-steering heliostats
J Barker, A Basnet, M Bhaduri, C Burch… - Active and Passive …, 2014 - spiedigitallibrary.org
Concentrating solar energy and transforming it into electricity is clean, economical and
renewable. One design of solar power plants consists of an array of heliostats which
redirects sunlight to a fixed receiver tower and the generated heat is converted into
electricity. Currently, the angles of elevation of heliostats are controlled by motors and drives
that are costly and require diverting power that can otherwise be used for producing
electricity. We consider replacing the motor and drive system of the heliostat with a …
renewable. One design of solar power plants consists of an array of heliostats which
redirects sunlight to a fixed receiver tower and the generated heat is converted into
electricity. Currently, the angles of elevation of heliostats are controlled by motors and drives
that are costly and require diverting power that can otherwise be used for producing
electricity. We consider replacing the motor and drive system of the heliostat with a …
[PDF][PDF] Photoresponsive Polymer Design for Solar Concentrator Self-Steering Heliostats.
JE Massad, J Barker, A Basnet, M Bhaduri, C Burch… - 2014 - osti.gov
Concentrating solar energy and transforming it into electricity is clean, economical and
renewable. One design of solar power plants consists of an array of heliostats which
redirects sunlight to a fixed receiver tower and the generated heat is converted into
electricity. Currently, the angles of elevation of heliostats are controlled by motors and drives
that are costly and require diverting power that can otherwise be used for producing
electricity. We consider replacing the motor and drive system of the heliostat with a …
renewable. One design of solar power plants consists of an array of heliostats which
redirects sunlight to a fixed receiver tower and the generated heat is converted into
electricity. Currently, the angles of elevation of heliostats are controlled by motors and drives
that are costly and require diverting power that can otherwise be used for producing
electricity. We consider replacing the motor and drive system of the heliostat with a …
以上显示的是最相近的搜索结果。 查看全部搜索结果