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BBCNEWS The Engineers August 22, 2021 09:35:00

So, silicon is a semiconductor. that s the material that s used to absorb sunlight and generate electricity in a solar cell. it works by absorbing sunlight, particles of sunlight, that we call photons, they carry energy, they re absorbed in the silicon and what they do is give electrons in that silicon extra kinetic energy, the energy from the photons transferred to the electrons, and those electrons, with that energy, can move around and they re freed from the lattice they re freed from being bound and localised. and that s the current, in essence, those moving electrons, that if we contact the silicon on either side we can extract in an external circuit and generate current and voltage from the material. now, in terms of the limitations, if we look at what s the optimum efficiency a single solar absorber material could be, like silicon, they top out at about 25%. that s really the practical limit for an actual solar panel ....

Kinetic Energy , Solar Absorber Material , Solar Panel ,

BBCNEWS The Engineers August 21, 2021 01:34:00

Let me turn to henry, let s talk a bit about solar here. solar panels use silicon. can you explain how that technology works, and what its limitations are in helping us reach the goal danielle just outlined 7 so, silicon is a semiconductor. that s the material that s used to absorb sunlight and generate electricity in a solar cell. it works by absorbing sunlight, particles of sunlight, that we call photons, they carry energy, they re absorbed in the silicon and what they do is give electrons in that silicon extra kinetic energy, the energy from the photons transferred to the electrons, and those electrons, with that energy, can move around and they re freed from the lattice they re freed from being bound and localised. and that s the current, in essence, those moving electrons, that if we contact the silicon on either side we can extract in an external circuit and generate current and voltage from the material. ....

Henry Snaith , Technology Works , Solar Panels , Kinetic Energy ,

BBCNEWS The Engineers August 21, 2021 23:34:00

Solar panels use silicon. can you explain how that technology works, and what its limitations are in helping us reach the goal danielle just outlined 7 so, silicon is a semiconductor. that s the material that s used to absorb sunlight and generate electricity in a solar cell. it works by absorbing sunlight, particles of sunlight, that we call photons, they carry energy, they re absorbed in the silicon and what they do is give electrons in that silicon extra kinetic energy, the energy from the photons transferred to the electrons, and those electrons, with that energy, can move around and they re freed from the lattice they re freed from being bound and localised. and that s the current, in essence, those moving electrons, that if we contact the silicon on either side we can extract in an external circuit and generate current and voltage from the material. now, in terms of the limitations, if we look at what s the optimum efficiency a single solar absorbent material could be, ....

Technology Works , Solar Panels , Kinetic Energy , Solar Absorbent Material ,

BBCNEWS The Engineers August 21, 2021 12:32:00

From where we are today, to meet our net zero goals by 2050. so lots of work yet to do. let me turn to henry, let s talk a bit about solar here. solar panels use silicon. can you explain how that technology works, and what its limitations are in helping us reach the goal danielle just outlined 7 so, silicon is a semiconductor. that s the material that s used to absorb sunlight and generate electricity in a solar cell. it works by absorbing sunlight, particles of sunlight, that we call photons, they carry energy, they re absorbed in the silicon and what they do is give electrons in that silicon extra kinetic energy, the energy from the photons transferred to the electrons, and those electrons, with that energy, can move around and they re freed from the lattice they re freed from being bound and localised. and that s the current, in essence, those moving electrons, that if we contact the silicon on either side ....

Henry Snaith , Technology Works , Solar Panels , Kinetic Energy ,