Solar cell and electronic device

An electronic device, comprising a solar cell, which comprises:

• a front electrode on a side of an illuminated surface;
• a back electrode;
• a functional layer disposed between the front electrode and the back electrode;
• wherein the front electrode and the back electrode are disposed opposite to each other;
• wherein the front electrode comprises a high-conductivity region and a low-conductivity region that are adjacent to each other, and the back electrode comprises a high-conductivity region and a low-conductivity region that are adjacent to each other;
• and
• wherein the solar cell is configured to supply power to the electronic device;
• wherein the low-conductivity region of the front electrode comprises a transparent conductive oxide layer and a first conductive mesh layer embedded in the transparent conductive oxide layer;
• wherein the first conductive mesh layer is electrically connected to the functional layer;
• wherein the high-conductivity region of the front electrode comprises the transparent conductive oxide layer and a second conductive mesh layer embedded in the transparent conductive oxide layer;
• wherein the second conductive mesh layer is electrically connected to the functional layer;
• and
• wherein a side length of the second conductive mesh laver in the high-conductivity region of the front electrode is less than a side length of the first conductive mesh laver in low high-conductivity region of the front electrode.

A pair of smart glasses, wherein the pair of smart glasses comprises a power consumption module and a solar cell, which comprises:

• a front electrode one a side of an illuminated surface;
• a back electrode;
• a functional layer disposed between the front electrode and the back electrode;
• wherein the front electrode and the back electrode are disposed opposite to each other;
• wherein the front electrode comprises a high-conductivity region and a low-conductivity region that are adjacent to each other, and the back electrode comprises a high-conductivity region and a low-conductivity region that are adjacent to each other;
• and
• wherein the solar cell supplies power to the power consumption module;
• wherein the low-conductivity region of the front electrode comprises a transparent conductive oxide layer and a first conductive mesh layer embedded in the transparent conductive oxide layer;
• wherein the first conductive mesh layer is electrically connected to the functional layer;
• wherein the high-conductivity region of the front electrode comprises the transparent conductive oxide layer and a second conductive mesh layer embedded in the transparent conductive oxide layer;
• wherein the second conductive mesh layer is electrically connected to the functional layer;
• and
• wherein a side length of the second conductive mesh laver in the high-conductivity region of the front electrode is less than a side length of the first conductive mesh laver in low high-conductivity region of the front electrode.