Abstract: The present invention relates to a junction box for a solar cell module which receives a command of a manager from the outside, controls the solar cell module, displays an operating state of the solar cell module, and implements an anti-theft function, a fire prevention function, etc. of the solar cell module, and a method for driving the same.

Abstract: The present invention relates to a junction box for a solar cell module which receives a command of a manager from the outside, controls the solar cell module, displays an operating state of the solar cell module, and implements an anti-theft function, a fire prevention function, etc. of the solar cell module, and a method for driving the same.

Abstract: This invention is to control and monitor a solar module by optical communication using solar cells in the solar module as a receiver of the incoming optical signal. The optical communication is by way of solar cells in a solar module as sensors and/or receivers, and busbars of the solar module as conduits to transfer the incoming signal to a control circuitry. Such control includes, but is not limited to, on/off control of power output from a solar module, and such monitoring includes, but is not limited to, reading, data keeping and displaying current operating performance status of the solar module. With this invention, solar modules can be turned off and on without physically disconnecting and reconnecting wires. Such control and monitoring enables more efficient and accurate operation and maintenance of a solar power system of any size.

Abstract: This invention is to control and monitor a solar module by optical communication using solar cells in the solar module as a receiver of the incoming optical signal. The optical communication is by way of solar cells in a solar module as sensors and/or receivers, and busbars of the solar module as conduits to transfer the incoming signal to a control circuitry. Such control includes, but is not limited to, on/off control of power output from a solar module, and such monitoring includes, but is not limited to, reading, data keeping and displaying current operating performance status of the solar module. With this invention, solar modules can be turned off and on without physically disconnecting and reconnecting wires. Such control and monitoring enables more efficient and accurate operation and maintenance of a solar power system of any size.

Abstract: This invention is to control and monitor a solar module by optical communication using solar cells in the solar module as a receiver of the incoming optical signal. The optical communication is by way of solar cells in a solar module as sensors and/or receivers, and busbars of the solar module as conduits to transfer the incoming signal to a control circuitry. Such control includes, but is not limited to, on/off control of power output from a solar module, and such monitoring includes, but is not limited to, reading, data keeping and displaying current operating performance status of the solar module. With this invention, solar modules can be turned off and on without physically disconnecting and reconnecting wires. Such control and monitoring enables more efficient and accurate operation and maintenance of a solar power system of any size.

Abstract: The specification discloses the process of imaging an object, typically by digitally obtaining medical radiological studies and storing these centrally with access through prioritizing the data for data streaming and converting the digital data as it is to be steamed to an analog format. The images are associated with markers which allow the image to be enhanced and associated with documents analyzing the images, including billing information. Exchanging and interpreting data is provided by having shared screen access to particular data identified by thumbnail or other marker.