Additionally, if the artwork was placed in front of an object, anything behind the artwork will be cooler in terms of temperature as the metal sequins reflect light and thereby do not let much heat transfer through the sculpture. The lower power consumption by the micro LED lights enables the kinetic sculpture to maintain its presence even at night. If the same sculpture were to be created on a much larger scale, it could help lower the temperature within a building by several degrees thereby saving electricity costs related to air conditioning which leads to lower carbon emissions. Increasing the magnitude of the sculpture and attaching a power storage device can also harness energy from the wind moving the sequin panels and using the same energy to power the micro-LED lights at night. This artwork is also mimetic in a sense as it aims to recreate waves in the sea on a panel of metal sequins instead and this is also a representation of bio design that is inspired from
Additionally, if the artwork was placed in front of an object, anything behind the artwork will be cooler in terms of temperature as the metal sequins reflect light and thereby do not let much heat transfer through the sculpture. The lower power consumption by the micro LED lights enables the kinetic sculpture to maintain its presence even at night. If the same sculpture were to be created on a much larger scale, it could help lower the temperature within a building by several degrees thereby saving electricity costs related to air conditioning which leads to lower carbon emissions. Increasing the magnitude of the sculpture and attaching a power storage device can also harness energy from the wind moving the sequin panels and using the same energy to power the micro-LED lights at night. This artwork is also mimetic in a sense as it aims to recreate waves in the sea on a panel of metal sequins instead and this is also a representation of bio design that is inspired from