A fluidic system for climate control

A system comprising:

• a first layer comprising a first transparent solid material;
• a second layer comprising at least one second transparent solid material;
• at least a first gap between the first layer and the second layer configured to allow at least a first fluid to selectively flow into and out of the first gap, presence of the first fluid in the first gap is configured to at least one of selectively scatter light, reflect light, or absorb light between the first layer and the second layer;
• a third layer comprising a third transparent solid material;
• and
• a second gap defining a distance of 5-50 mm between the second layer and the third layer and configured to allow a second fluid to selectively flow into and out of the second gap, the second gap being on an opposite side of the second layer from the first gap, and presence of the second fluid in the second gap is configured to transfer heat energy through the second gap based on convection and conduction of heat in the second fluid.

A system comprising:

• a first layer comprising a first transparent solid material;
• a second layer comprising a second transparent solid material and a transparent coating, the transparent coating configured to transmit light having a wavelength between 300 nm and 2500 nm and reflect light having wavelength between 2500 nm and 30000 nm;
• a first gap between the first layer and the second layer configured to allow a first fluid to selectively flow into and out of the first gap, the presence of the first fluid in the first gap configured to be heat emissive and absorb heat energy having a wavelength between 2500 nm and 30000 nm such that the first fluid in the system absorbs heat energy from an environment outside the first layer or emits heat energy from the first fluid into the environment outside the first layer, and absence of the first fluid reduces absorption or emission of heat energy through the first gap due to the transparent coating of the second layer;
• a third layer comprising a third transparent solid material;
• and
• a second gap between the second layer and the third layer configured to allow a second fluid to selectively flow into and out of the second gap, the second gap being on an opposite side of the second layer from the first gap, and the presence of the second fluid in the second gap configured to one or more of selectively scatter, reflect, or absorb light between the second layer and the third layer, or transfer heat energy based on conduction of heat through the second fluid.

A system comprising,

• a first layer comprising a first transparent solid material emissive to light having a wavelength between 2500 nm and 30000nm;
• a second layer comprising a second transparent solid material;
• and
• a first gap defining a distance of between 5 mm and 50 mm between the first layer and the second layer and configured to allow a first fluid to selectively flow into and out of the first gap, the presence of the first fluid in the first gap configured to transfer heat energy through the first gap based on convection and conduction of heat in the first fluid.